jin kook lee's portfolio 2011
DESCRIPTION
Jin Kook Lee's Portfolio 2011TRANSCRIPT
Portfolio :: Design & Computation
Jin Kook [email protected] dcom.arch.gatech.edu/jkleePh.D. in Design Computing, Georgia Tech College of ArchitectureM.S. Emphasis in Digital Design Media, Yonsei UniversityB.S. in Housing & Interior Design, Yonsei University
Contents
BERA Language
Building Design Rule Checking
Metric Graph for Building Circulation
BIM Resources at Georgia Tech
Architectural Tour & Photography
Custom Parametric Objects
Solar Decathlon 2007
Web Programming & Design
Blurred Boundaries
Housing Context Inference System
Digital Muryangsujun
Interior Design Information System
Universal Design Survey System
Digital Jikji
Architectural Informatics
Samoo Architects & Engineers Web
My Room Designer
Architectural Photography .. & DB
Freehand design studio: Café Design
Freehand Drawings
The purpose of this portfolio is to “visualize” what Jin Kook Lee (J‐K Lee in the portfolio) has done in recent years at Georgia Tech and before joined Georgia Tech, at Yonsei University and some research institutes.
The content in this portfolio includes J‐K Lee’s dissertations, research papers, collaborative projects, personal projects, and so on, described in his CV. The texts and images demonstrated in this portfolio are just snippets of his work, therefore, for your information, full text papers and/or linked websites are helpful to figure out overall features of his work.
Most of pictures and images in this portfolio have been generated by J‐K Lee, but some outcomes and photos from collaborative works are co‐made or made by others such as his colleagues. They are copyright by owners, including J‐K Lee.
Feb. 2011, Portfolio designed by Jin Kook Lee.
@ G
eorgia TechBefore G
eorgia Tech
BERA Language A Domain‐specific Programming Language & Tool
J‐K Lee, a partial fulfillment for the PhD degree, 2010.
Lee J‐K, “Building Environment Rule and Analysis (BERA) Language and its Applications for Evaluating Building Circulation and Spatial Program”, PhD Dissertation, Georgia Tech, 2011.
Advisor & Dissertation Chair: Charles M. Eastman,Committee Professor: John Peponis, Architecture, GA Tech, Sham Navathe, Computer Science, Georgia Tech,Jim Garrett, Civil Engineering, Carnegie Mellon University,Jochen Teizer, Civil & Environmental Engineering, GA Tech.Final defense approved: December 9,2010.
BERA Language is a Java‐based domain‐specific programming language for building design rule checking system. BERA Language has been registered to: Identification Number 5317, Office of Technology Licensing, Georgia Institute of Technology, Jun. 2010. The BERA Language and its Tool has been presented to several industry parties such as Autodesk, Tekla, HOK, Lafarge, Skanska, Turner Construction, etc, as one of the Digital Building Lab Meetings, and some collaborative projects are undergoing, as well as NSF research proposals.
BERA Language A Domain‐specific Programming Language & Tool
J‐K Lee, a partial fulfillment for the PhD degree, 2010.Lee J‐K, “Building Environment Rule and Analysis (BERA) Language and its Applications for Evaluating Building Circulation and Spatial Program”, PhD Dissertation, Georgia Tech, 2011.
Advisor & Dissertation Chair: Charles M. Eastman,Committee Professor: John Peponis, Architecture, GA Tech, Sham Navathe, Computer Science, Georgia Tech,Jim Garrett, Civil Engineering, Carnegie Mellon University,Jochen Teizer, Civil & Environmental Engineering, GA Tech.Final defense approved: December 9,2010.
BERA Language is a Java‐based domain‐specific programming language for building design rule checking system. BERA Language has been registered to: Identification Number 5317, Office of Technology Licensing, Georgia Institute of Technology, Jun. 2010.
The BERA Language and its Tool has been presented to several industry parties such as Autodesk, Tekla, HOK, Lafarge, Skanska, Turner Construction, etc, as one of the Digital Building Lab Meetings, and some collaborative projects are undergoing, as well as NSF research proposals.
// To retrieve all circulation paths between lab + lobby spaces and specific spacesSpace start = getSpace("laboratory") + getSpace("lobby");Space end {
Space.area > 600;Space.Floor.number > 0;pace.Floor.height > 10;Space.name = "office";
}Path myPath = getPath(start, end);get(myPath);
// To retrieve all spaces which satisfy following conditions (Querying BIM model)Space midOffice {
Space.area > 600;Space.area < 900;Space.height > 9;Space.name = "office";
}get(midOffice);
// To define a spatial program Rule ‘researchRule’ and evaluate it using ‘research’ spacesSpace research = getSpace(Space.department = "research");Rule researchRule(Space input) {
input.name = "office";input.area > 200;input.height > 9;
}researchRule(research);
// To define a circulation Rule ‘myOfficeCircRule’ and evaluate it using queried spacesSpace visitorOffices {
Space.name = "visitor";Space.name = "office";Space.name != "private";Space.Floor.elevationHeight >= 0;Space.area > 80;
}Space meetingSpaces = getSpace("meeting") + getSpace("conference") + getSpace("lecture") -getSpace("shared");Rule myOfficeCircRule(Space start, Space end) {
Path p = getPath(start, end);p.Space.security = "public";p.distance < 150;p.depth < 6;
}if (myOfficeCircRule(visitorOffices, meetingSpaces)) myOfficeRule("office", meetingSpaces);
BERA Program Examples
BERA language (Building Environment Rule and Analysis Language) is a high‐level domain‐specific programming language for handling building models so that users can define and check building design rules in an easy and intuitive way. Target users of this language are people working in the area of building information modeling (BIM) for modeling, rule checking or design analysis purposes in the AEC‐FM (Architecture, Engineering, Construction, and Facility Management) industry.
BERA language (Building Environment Rule and Analysis Language) is a high‐level domain‐specific programming language for handling building models so that users can define and check building design rules in an easy and intuitive way. Target users of this language are people working in the area of building information modeling (BIM) for modeling, rule checking or design analysis purposes in the AEC‐FM (Architecture, Engineering, Construction, and Facility Management) industry.
Background: Atlanta Midtown. J-K Lee has viewed this at the lab building, almost everyday since Fall 2005, when he started PhD studies at Georgia Tech. (by J-K Lee, 10mm ultra wide lens)
BERA Language and its Tool icon
The objective of BERA Language is to develop an intuitive language‐driven building design rule checking architecture supporting ease of use, high fidelity to the problem domain, as well as extensibility and portability. To achieve these goals, a building object‐oriented data structure for the universe of discourse is proposed – it is the BERA Object Model (BOM). It is a human‐centered abstraction of complex state of building models rather than the computation‐oriented abstraction which is generally intended to cover broad‐ranged issues such as IFC and native building models. If there is a rule as an example: “office spaces should be bigger than 200SF and their height should be taller than 10feet. Also they should be located in over‐ground floors”, this can be represented as follows:
Rule myOfficeRule(Space s) {s.area > 200; s.height > 10; s.Floor.elevationHeight >= 0;
}
This rule definition example can be evaluated by a given object collection: in this case, they are “office” space instances. It can be represented by: myOfficeRule(“office”). This simply evaluates all space instances that have “office” string in its name. If there are more conditions to determine them, how to retrieve all the space instances of interest? For example, their names contain “office” and they are in the floors which are bigger than 2,000SF. The query language is one of features of BERA Language. It can be represented and queried as follows:
Space myOffice {Space.name = “office”;Space.Floor.area >= 2000;
}
Based on this query, the rule defined above can be evaluated by:myOfficeRule(myOffice). This example shows some snippets of BERA program using space object and its properties, but more building elements, properties, and relations can be represented and evaluated such as precastconcrete. Moreover, the language supports general language features such as logic operations (IF THEN), AND/OR conjunctions, nesting, polymorphism, recursion, negation, etc. Thanks to semantically rich and expressive predicates, we expect the Concept Language efficiently handles the Executable Concepts as an extended and elaborated BERA Language. One of the further language implementations is on its extensibility of target objects.
Software-drivenReview
Depends on Specific Tools
Domain Experts
One-WayManualReview
Manual ReviewBy Design Guide, Requirement,
CAD Drawing, etc.
Domain Experts
Language-drivenReview
By Various Tools
Domain Experts
Limited Interaction
Parameter-driven,Limited Coverage, Only for Pre-defined Functions & Rule Types
Evolution by BERA Language
InteractiveAutomated
Review
EnhancedBERA language
Interaction:User-driven Rules
& Analysis
Evolution by BIM
Two Evolutions of building design review workflow. The second evolution introduces the purpose of BERA Language: automated design reviews enhanced by a rule-checking language: (easy-to-use) language-driven rule checking.
syntactic & semantic parsing, and analyzing of input BERA Language program
Textual reporting into BERA console area (& graphical visualization via the IFC platform - SMC)
Intermediate handlers & Language Executors
BERA Language Tool v.1.0 Interface: Back-end IFC & Graphics platform is currently SMC (Solibri Model Checker)
BERA Language ParserStructure overview
BERA Language Tool v.1.0 start-up screen.
Native Building Models
Front end: Standard for implementations
Back end:Customized for different platforms
Output
IFC
BERA Object Model (BOM)
BERA Executor
BOM Builder
IntermediateHandlers
User’s BERAProgram
BERA Parser& Analyzer
BERA Extension Libraries & Rulesets
BOM Builder
The proposed BERA Object Model (BOM) is a human‐centered abstraction of complex state of building models rather than the computation‐oriented abstraction which is generally intended to cover broad‐ranged issues, e.g. IFC. BOM is one of the key concepts to the building environment rule and analysis as the language name literally implies. By using BOM, users can enjoy the ease of use and portability of pre‐defined BIM data, rather than complex and platform‐dependent data structures. A newly proposed BOM data structure operated on building objects, focusing on evaluating building circulation and spatial program within the scope of this research, but this study also has reviewed and demonstrated its potential for extensibility. The author realized that it is another challenge to define generic and valuable BOM as it grows more detailed. Not only its lateral extensions such as structural building elements, but also the vertical extensions such as additional properties for existing BOM objects are good examples of its extensibility. In the BERA Language Tool implementation described in this dissertation, many computed and derived properties have been proposed and implemented for the building environment rule and analysis (BERA), as well as some basic data directly from the given building model.
Space
Numeric idString GUIDString nameString numberNumeric areaNumeric heightNumeric volumeNumeric numberOfDoor
Building BuildingFloor Floor
Space[] adjacentSpaceSpace[] directlyAccessibleSpace
Numeric basicRsfString departmentString securityString bomaCategory…
Curtain Wall
…
Others
…
MEP
…
Wall
Numeric idString GUIDString type Property[] property
BOMObject[] BOMObject…
Lateral Extensibility of BOM: More building elements can be added for specific domain-specific problems
Vertical Extensibility of BO
M:
More object relations, com
puted properties, etc
Other Structural ElementSite
Building
Structure
Space
Slab
Foundation
Roof
Beam
Ceiling Floor
Column
Wall
OpeningWindow
Door
Furnishing
SpaceGroup
1..*1
0..*
0..*
0..*
0..*
0..*
0..*
0..*
1
1..*1
1
0..*
0..*
Any group orclassificationof spaces
0..*1..*
1..*
1..*
0..*
1..*1
Stair/Elevator0..*1
GeometrySurfaceMaterial …
0..*
0..*1..*
1
1..*0..*
One
One or more
Zero or more
B contains A / A is super class of BB is made up of A (composition)
A B
A BProgram/Circulation related building elements
Dynamically Instantiatable ObjectsBERA Object Model (BOM) overview BERA Language Architecture overview: How language & BOM are related
Building
Space
Floor
1..*1
1..*1
0..*
0..*
Building
Space
Floor
SpaceGroup1..*1
Any group orclassificationof spaces
1..*0..*
1..*1
Dynamically Instantiatable Objects
1..*
1..*
0..*0..*
1..*
Handling any space groups within BOM
Spatial Query: colored by spatial classification.
Metric graph generation for circulation paths.
All paths from a specific space S: compute the most space from S, how many turns needed for going a specific space from S, and/or how many spaces are between S to any of target spaces.
Rule Checking: Evaluate a spatial program rule and a circulation rule: visualize passed/failed results.
Querying specific walls and their related spaces.
Which walls and spaces are facing outdoor air?Object query simply returns/visualizes them.
A spatial program & circulation-specific visualization:Visualize space objects and circulation graph components.
Language Execution & Result Examples
A general 3D building model visualization:Walls, columns and slabs – simply because they are visible!
The BERA Language Tool has been developed based on IFC as given building models, Solibri Model Checker as visualization and IFC platform, ANTLR as the BERA language parser generator, and Java for the tool implementation language (Eclipse, too!). J-K Lee wishes to express his gratitude to those who have contributed to the associated area of research and development.
NEP: Network Energy Performance Network-based Building Energy Calculation Software
NEP: Network Energy Performance - A Network-based Energy Performance Standard Calculation Toolkit has been developed by Sang Hoon Lee and Jin Kook Lee, Jaeho Yoon, advised by Godfried Augenbroe, based on San Hoon Lee’s PhD dissertation.
Lee SH, Lee J-K, Godfried Augenbroe, Yoon J, “NEP: Network Energy Performance”, Office of Technology Licensing, Georgia Tech, 2011.
The NEP software enables quick energy performance assessment when designing and managing the energy grid in a large scale. Reports from NEP provides actionable information supporting decision making for energy efficient design for the grid energy network as well as each consumer and supplier node.
Distinguishing Elements of the NEP model Approach
The NEP approach proposes a lightweight tool that supports rapid decision making for energy efficient system design on portfolio scale in the building sector. There is no deep simulation required as the goal is to manage macro design decisions, not micro operational decisions. The hypothesis for this approach is that energy performance assessment of each node based on the normative calculation methods is accurate enough support macro system level decision making. The model is scalable to larger portfolios and systems and is flexible to explore different topologies with adding or taking away nodes. The main distinguishing feature is the way that nodes and their connections can be managed in the graphical interface while the underlying representation will maintain the consistency to perform the calculations at any time. Compared to approaches used in the smart grid or GIS field (mostly based on statistical models with few categorical variables per node), our approach deploys a more accurate and more configurable model. Compared to models for operation building energy management (typically based on real time embedded simulation) our approach uses a lightweight more flexible approach that avoids heavy duty simulation.
The energy performance quantification of buildings, energy supply and energy generation systems will bring rich information for decision makers to be well-posed when they plan to reduce primary energy consumption and GHG emissions. The resulting model will help energy efficient system design based on system wide outcomes consequently achieving energy savings in the building sector and avoiding environmental impacts.
Building Performance Energy Calculation Process
Level 3b : CO2, EPCCO2Performance evaluation of CO2 emissions to meet building demand, from primary source through to delivery
CO2 emissionsLevel 1 : Qnd , EPCnd
-Performance evaluation of thermal energy demand, based on calculation of heating & cooling
demand-Includes heat transmission, ventilation, solar heat gain, internal heat gain
Level 2 : Edel , EPCdel
-Performance evaluation of building energy consumption based on calculation of
heating, cooling, lighting, DHW, receptacles, auxiliary energy consumption -Consideration of all on site systems, including local energy generation and renewable energy systems
ERen_gen
ELightEDHWERecEAux
ECool
EHeat
Level 3a : EP , EPCP-Performance evaluation of primary energy use at the source, based on calculation of generation, distribution, district systems, delivery on site
Primary EnergyDelivered Energy
Thermal Energy Need
Assessment of overall energy use
And conversion factors
Expressing energy performance
Energy needs for
heating and cooling
Lighting
systemDHW system HVAC system
Auxiliary
systems
Automation
and controls
Internal heat gainsHeat
transmissionFresh air flow
Indoor and
outdoor climate
Solar heat and
shading
Building
Delivered energy
Building energy
needs
Primary energy and
CO2 emissions
Input data
Energy Performance Standard Calculation Toolkit (EPSCT)
EPSCT is an energy performance assessment toolkit embedded in the NEP model has been developed for the hourly normative calculation method as defined in the ISO 13790 standard and supporting documents. The standard introduces a monthly quasi-steady-state and a simple hourly method for the calculation of the energy need for space heating and cooling for residential and non-residential buildings (Van Dijk, Spiekman et al. 2005). In addition to the thermal energy demand for heating and cooling, the total building consumption is determined as the sum of energy consumed for heating, ventilation, lighting, pumps, cooling, (de)humidifying and preparation of domestic hot water by the building systems. Supporting calculation standards are EN ISO 13789 for transmission and ventilation heat transfer, EN 15241, EN 15242 for ventilation for buildings, EN 15243 for cooling and ventilation systems, EN 15193 for lighting, EN 15316-3 series for domestic hot water, and EN 15316-4 series for heating systems. This section describes the set-up of the calculations and details a number of extensions to this set-up.
NEP Assessment Process
BLDG LEVEL 1
Building thermal
load
Buildings
Heat gain
- Solar radiation
- Internal heat gain
Heat loss
- Transmission
- Ventilation
Climate
Lighting DHWHeating Cooling Ventilation Auxiliary
BLDG LEVEL 2
Building energy
delivered
NETWORK LEVEL
Primary energy
CO2 emissions
Database /
Memory
Fossil
resources
Electricity
from grid
System efficiency
and operation
Renewable energy
(PV station, BIPV)Electricity & Heat
(CHP)
Building integrated
renewable energy
Virtual utility from
excess energy
EPSCT
calculation
Buildings and energy
producers at a campus
scale
Campus
Consumer
Producer
Building energy
performance
&
Energy
generation
Aggregation of overall
performance in different
topologies
External
Heat and Cold
(DH / DC with
Geothermal
system)
Graphical
Visualization
Dashboard
PV station
Power plant
Bldg 1
Bldg 2
Bldg 3
Bldg 4
Bldg 5
DHC CHP
Data Structure & Normative Calculation Modules
1 Load Weather Data: United States TMY3 Weather station data – total 1020 stations
Implementation & GUI Overview
2 Import Building & Supply Node Data: 8760 Hourly Calculation
3 Customize Network Data & Dashboard
Implementation & GUI Overview
4 Review Report: Network based Calculation Results & Change Log
Space Program Review
Circulation & Security Rule Checking
Preliminary Energy Analysis
Preliminary Cost Estimation
- General spatial validation- Compare to the program- Area by Floor, Occupants, etc- ANSI/BOMA based area calc- Reusable Excel reporting
- PACES-based Cost DB- GSA CH specific cost data- Location-based cost data, etc- Building type & space specific- Reporting estimates
- Checking over 180 rules- Evaluates thousands of paths- Reporting valid paths- Reporting problematic paths- PDF reporting with images
- Creating energy zones- Creating windows / shadings- Analysis by rotated-direction- Export to Energy Plus- Reporting several results
Extensible to other checking capabilities
Building Design Rule Checking for the GSA Automated Design Guide Project
BIM Enabled Design Guide Automation Project PI: Prof. Charles M. Eastman, Georgia Tech, 2006 – 2011.
Research and software development for the U.S. Courthouse design assessment system using BIM. Digital Building Lab, Georgia Tech. Funded by the U.S. GSA (General Services Administration).
Software modules are add‐ons of Solibri Model Checker.
Eastman C M, Lee J, Jeong Y‐s, and Lee J‐K, “Automatic Rule‐Based Checking of Building Designs”, Automation In Construction, Volume18, Issue 8, 1011‐1033, 2009.Eastman C M, Lee J‐K, Sheward H, Sanguinetti P, Jeong Y‐s, Lee J, and Abdelmohsen S, “Automated Assessment of Early Concept Designs”, Architectural Design, Volume 79, Issue 2, 52‐57, 2009.
E.g. Generating 10 pages spatial review and validation reports from a 1300-space building model.
E.g. On a specific model, approx. 25,000 paths were evaluated using 300 rules in 15 seconds.
1,000,000 lines of IFC P21 file
& Other BIM Tools
Common IFC Building ModelExported from BIM Tools
BIM Award Citation at 2008 AIA TAP BIM Award “Automated Circulation Validation using BIM” Support for Human Use and Innovative Program Requirements Using BIM, The American Institute of Architects (AIA), 2008. www.aia.org.
Metric Graph for Building Circulation A Graph Generation Algorithm on Building Floors
J‐K Lee et al had developed a BIM‐enabled metric graph generation algorithm on top of the given building models. It has embedded into Solibri Model Checker since version 6.This research and development was J‐K Lee’s PhD qualifying paper exam, and published in the journal EPB,2010.Lee J‐K, Eastman C M, Lee J, Kannala M, and Jeong Y‐s, “Computing Walking Distances within Buildings based on the Universal Circulation Network”, Environment and Planning B: Planning and Design 37(4) 628‐645, 2010.Lee J‐K, Eastman C M, Lee J, Jeong Y‐s, and Kannala M, “Accessible Distance Measurement using the GT Metric Graph”, Proceeding of CIB W084 (International Council for Building Research and Innovation, Working Commission 084: Building Comfortable Environments for All) Conference at Georgia Tech, Atlanta, GA, U.S.A, May 15‐16, 2008.
Normal PathwayObserved Pathway:Shortest, Easiest, and Visible Pathas a lot of research papers claimed
Actually no observation needed. Worn grass tells.
A Really Simple Observation of CirculationA Really Simple Observation of CirculationOn a pathway of Georgia Tech campus
Abstract
This paper defines a computational method for measuring walking distances within buildings based on a length‐weighted graph structure for a given building model. We name it the Universal Circulation Network (UCN) and it has been implemented as plug‐in software in Solibri Model Checker (SMC) using Building Information Modeling (BIM) technologies. It provides a new explicitly defined method for representing circulation paths on top of building models supporting further circulation related analysis as a network application. In this paper, we define the computing algorithms and how we realize them. We focus not only on the implementation issues, but also on other intrinsic aspects that need to be considered while dealing with pedestrian circulation within buildings. It is mainly determined by a given building’s spatial topology and geometry, and it returns consistent and accurate scalar quantities. It takes into consideration people movement patterns, reflecting that people tend to walk along the shortest, easiest, and most visible paths. In several actual design review projects, the UCN has proved that it is practically beneficial not only to the distance measurement but also the visualization of pedestrian circulation especially in reviewing building circulation.
Preview: Orange colored line is the circulation Metric Graph representation between two colored spaces: green and blue.Idea was simple and clear. Actual implementation was the challenge.
1) 2) 3)
4) 5) 6)
This shows some graphic examples of computational methods for generating circulation between two spaces. There are two colored spaces as a start and a target space, and two corridors are between them as circulation spaces. They are: 1) colored spaces without graphs, 2) topological graph, 3) topological graph with door vertices, 4) center-line based metric graph, 5) Kannala’s metric graph, and 6) metric graph as a preview of the Metric Graph developed by J-K Lee. It generates the most efficient trace reflecting the most frequently shown pattern of people, compared to others. Moreover, as shown in the three latter examples, only metric graphs support the measure of metric distances between two spaces. Those three metric graphs return the distance 124' 11", 122' 2", and 103' 8" respectively.
IfcObject
IfcProduct
IfcElement
IfcBuildingElement
IfcStair
IfcDoor
IfcRamp
IfcSpatialStructureElement
IfcSpace
IfcRelSpaceBoundaryRelateBuildingElement
RelatingSpace
Related IFC Entities for generating circulation metric graph on top of given modelsVertices for Metric Graph: Based on the spatial boundaries, door center points, door points, concave points, and convex points can be populated. For this vertices, firstly buffered polygons should be generated from the given building model. Dijkstra’s Algorithm can be used for generating edges using those valid set of vertex. Below shows those point set and a representation on top of a text building plan.
1) 2)
3) 4)
Implementation Overview
1 Generate buffered polygons from given space objects boundaries
2 Generate vertices and edges: non-concave point case
3 Generate vertices and edges: using concave points
An example sequence on a test plan >>A space metric graph generation example on a corridor
space: 1) Door edges, 2) Visible door edges, 3) Shortest and visible edge generation from door points to concave points,
and 4) Generating all shortest edges between door points using concave points.
4 Metric Graph for the vertical circulation
5 Metric Graph Set for entire circulation paths on top of a given building model
Implementation Overview
6 Metric Graph Instance examples between two given spaces: below three measured distances are: 116' 2", 163' 5", and 201' 3".
Architectural representations of circulation
A B
C
F
D E
Basically these are Topological Graphs,but Metric Graph is drawn on top of building models as below. It enables to compute metric distances, spatial topologies, number of turns, turning angles, and so on…
What we learned about 3D MEP Coordination Dean Reed, Atul Khanzode, DPR Construction, Inc, and John Mack, Southland Industries / The third Virtual Builders Round Table workshop
Integrating VDC into Everyday Processes and Projects Mike Kenig, Holder Construction / The third Virtual Builders Round Table workshop
Erie on the Park CHICAGO June 2003 . Modern Steel Construction
Hatch Utilizes EDI Technologies for Paperless Project Delivery Gabriel Coleman / CIS/2 Case Studies @ aisc.org
Dream Team - With design-build cooperation, a three-story addition to a hospital in Albuquerque, NM is a smooth operation Beth S. Pollak / October 2003 . Modern Steel Construction
DIGITAL MODELING Stadium Engineer Drives Toward Paperless Project Nadine M. Post / Modern Steel Construction . July 2004
Beijing National Swimming Centre, ChinaAmerican Institute of Architects Building Information Model (BIM) Awards Competition 2004 (TAP) Knowledge Community
The GSAs BIM Pilot ProgramSubmission to the AIA TAP Knowledge Community First Annual BIM Awards Competition
MORPHOSIS SAN FRANCISCO FEDERAL BUILDINGBIM Awards Competition AIA Technology in Architectural Practice 11 April 2005
Willie and Coy Payne Junior High School, Gilbert ArizonaThe Orcutt/Winslow Partnership www.owp.com
BIM Symposium at the University of MinnesotaLachmi Khemlani, AECbytes "Building the Future" Article (February 15, 2006)
Redevelopment of St Bartholomews and The Royal London HospitalsHok, AIA Technology in Architectural Practice Building Information Model Awards 2005
Building Information Modeling for the e-Lab at LBNLVladimir Bazjanac, LBNL, Building Technologies Department, Environmental Energy Technologies Division, Lawrence Berkeley National Laboratory, University of California
Toledo Ohio Transmission Plant Expansion -BIM to realize the Digital FactoryJinsol Kim/ Spring, 2009 COA8833
BIM Case Study: Curtain Wall System of Lincoln Square Synagogue (LSS)Chung-Lun Kuo/Spring 2009
Emory Psychology Building Case StudyAngelica M., Ospina-Alvarado
Aquarium Hilton Garden Inn Atlanta, GAMark Himes, Bryan Steed
Case Study: Hershey Center for Applied Research-- Building TwoJeannie Kim/ Spring 2009
Maynard Holbrook Jackson Jr. International Terminal Holder Construction Group LLCKaleigh Ford/ Spring 2009
Solaris Vail Modified EJCDC owner-engineer with BIM languageTao Cheng
What we learned about 3D MEP Coordination Dean Reed, Atul Khanzode, DPR Construction, Inc, and John Mack, Southland Industries / The third Virtual Builders Round Table workshop
Integrating VDC into Everyday Processes and Projects Mike Kenig, Holder Construction / The third Virtual Builders Round Table workshop
Erie on the Park CHICAGO June 2003 . Modern Steel Construction
Hatch Utilizes EDI Technologies for Paperless Project Delivery Gabriel Coleman / CIS/2 Case Studies @ aisc.org
Dream Team - With design-build cooperation, a three-story addition to a hospital in Albuquerque, NM is a smooth operation Beth S. Pollak / October 2003 . Modern Steel Construction
DIGITAL MODELING Stadium Engineer Drives Toward Paperless Project Nadine M. Post / Modern Steel Construction . July 2004
Beijing National Swimming Centre, ChinaAmerican Institute of Architects Building Information Model (BIM) Awards Competition 2004 (TAP) Knowledge Community
The GSAs BIM Pilot ProgramSubmission to the AIA TAP Knowledge Community First Annual BIM Awards Competition
MORPHOSIS SAN FRANCISCO FEDERAL BUILDINGBIM Awards Competition AIA Technology in Architectural Practice 11 April 2005
Willie and Coy Payne Junior High School, Gilbert ArizonaThe Orcutt/Winslow Partnership www.owp.com
BIM Symposium at the University of MinnesotaLachmi Khemlani, AECbytes "Building the Future" Article (February 15, 2006)
Redevelopment of St Bartholomews and The Royal London HospitalsHok, AIA Technology in Architectural Practice Building Information Model Awards 2005
Building Information Modeling for the e-Lab at LBNLVladimir Bazjanac, LBNL, Building Technologies Department, Environmental Energy Technologies Division, Lawrence Berkeley National Laboratory, University of California
Toledo Ohio Transmission Plant Expansion -BIM to realize the Digital FactoryJinsol Kim/ Spring, 2009 COA8833
BIM Case Study: Curtain Wall System of Lincoln Square Synagogue (LSS)Chung-Lun Kuo/Spring 2009
Emory Psychology Building Case StudyAngelica M., Ospina-Alvarado
Aquarium Hilton Garden Inn Atlanta, GAMark Himes, Bryan Steed
Case Study: Hershey Center for Applied Research-- Building TwoJeannie Kim/ Spring 2009
Maynard Holbrook Jackson Jr. International Terminal Holder Construction Group LLCKaleigh Ford/ Spring 2009
Solaris Vail Modified EJCDC owner-engineer with BIM languageTao Cheng
BIM Resources at Georgia Tech A Collaborative Knowledge Web System for BIM
Professor Charles M. Eastman at Georgia Tech coined the term “BIM” (Building Information Modeling)‐Wikipedia: Chris Yessios, AECbytes, 2004.J‐K Lee developed a website named ‘BIM Resources at Georgia Tech’ in early 2006. Its significance is far beyond a website, thanks to the efforts by his advisor Prof. Chuck Eastman and a lot of colleagues.
Georgia Tech is one of leading research and development group of BIM. The content in the website has been developed by many people in his group. Georgia Tech Design Computing faculty and students including J‐K Lee have developed a collaborative knowledge base in the website.
This has been funded by several local and national AEC firms, and still ongoing as a part of Digital Building Laboratory (formerly AEC Integration Lab) led by Prof. Chuck Eastman.
Some people have called the building model "a BIM" ‐ that Revit or ArchiCAD or Bentley generate a BIM. Others say that the representation is not as important as the process of going to machine readable model(s) because machine readability opens up so many opportunities for further integration and automation. Above, I have referred to a building model as the basis for BIM, and implied that BIM is a process. This definition is consistent with that outlined by GSA, on their BIM website, at: http://www.gsa.gov/bim. The process of BIM is revolutionary because it provides the opportunity to migrate from practices that are centered around human craftsmanship to a more augmented and modern machine craftsmanship ‐ and all that this might imply.
‐ Chuck Eastman, excerpt from BIM Resources web, Georgia Tech.
"Creating Stellar Architecture Using BIM"Fredric C. Hamilton Building, Denver Art Museum, DenverClient: Denver Art MuseumLead Architect: Studio Daniel Libeskind with Davis Parnership PC, a Joint VentureLead Construction: M. A. Mortenson Co.
"Design/Delivery Process Innovation Using BIM"Flint Global V6 Engine Plant Expansion, Flint, Mich.Client: General Motors Corp.Lead Architect: GHAFARI Associates LLCLead Construction: Ideal Contracting LLC / Barton Malow
"Inspirational Pilot Projects Demonstrating New Ways Forward"Satterfield & Pontikes Corporate Headquarters, HoustonClient: Satterfield & Pontikes Construction Ltd.Lead Architect: KirkseyLead Construction: Satterfield & Pontikes Construction Ltd
"Analysis and Simulation"Georgia State University Library Transformation and Georgia State University Library North Plaza Modifications Feasibility Study, Atlanta, Client: Georgia State UniversityLead Architect: LEO A DALYLead Construction: Holder Construction Company
"Analysis and Simulation"Herbert C. Hoover Building, Washington, D.C.Client: U.S. General Services AdministrationLead Architect: Group Goetz Architects/Ehrenkrantz Eckstut & Kuhn Architects
"Jury's Choice "Merck Research Laboratories, BostonClient: Merck & Co. Inc.Lead Architect: KlingLead Construction: Bovis Lend Lease
"Creating Stellar Architecture Using BIM"Fredric C. Hamilton Building, Denver Art Museum, DenverClient: Denver Art MuseumLead Architect: Studio Daniel Libeskind with Davis Parnership PC, a Joint VentureLead Construction: M. A. Mortenson Co.
"Design/Delivery Process Innovation Using BIM"Flint Global V6 Engine Plant Expansion, Flint, Mich.Client: General Motors Corp.Lead Architect: GHAFARI Associates LLCLead Construction: Ideal Contracting LLC / Barton Malow
"Inspirational Pilot Projects Demonstrating New Ways Forward"Satterfield & Pontikes Corporate Headquarters, HoustonClient: Satterfield & Pontikes Construction Ltd.Lead Architect: KirkseyLead Construction: Satterfield & Pontikes Construction Ltd
"Analysis and Simulation"Georgia State University Library Transformation and Georgia State University Library North Plaza Modifications Feasibility Study, Atlanta, Client: Georgia State UniversityLead Architect: LEO A DALYLead Construction: Holder Construction Company
"Analysis and Simulation"Herbert C. Hoover Building, Washington, D.C.Client: U.S. General Services AdministrationLead Architect: Group Goetz Architects/Ehrenkrantz Eckstut & Kuhn Architects
"Jury's Choice "Merck Research Laboratories, BostonClient: Merck & Co. Inc.Lead Architect: KlingLead Construction: Bovis Lend Lease
The BIM Handbook was published by Chuck Eastman, et al, 2008, and published in Korea in 2009. It is one of steady and best seller in its textbook category. Translators are all GA Tech alumni, including J-K Lee. (Second edition of original is in press as of Spring 2011)Lee G, Moon H, Kwon S, Lee J, Lee J-K, and Kim J, “BIM Handbook – A guide to Building Information Modeling for Owners, Managers, Designers, Engineers, and Contractors.”Korean translation version, Spacetime Publishing. ISBN 89-5592-120-9. 2009.
Original edition (left) by Charles M. Eastman, Paul Teicholz, Rafael Sacks, Kathleen Liston, John Wiley & Sons Inc. ISBN: 978-0-470-18528-5, 2008.
Example Page: BIM Case Studies, by many graduate students in Prof Eastman’s class, including J-K Lee, 2007. (This is just one of the BIM Resources content.)
bim.arch.gatech.edu
Example Page: Evaluation of preliminary design tools, by PhD students at Digital Building Lab including J-K Lee, 2006. (This is also just one of the BIM Resources content.)Left shows the result, and right shows the evaluation categories and criteria.
Architectural Tour & Photography
J‐K Lee has a high‐resolution Digital SLR camera and useful lenses including 10mm ultra‐wide lens and 300mm telescope lens, not just for being a fanboy. Thanks to couple of conferences and visits to other cities in the US for the project, he could get some chances to take good pictures at some landmark spots or architecturally famous places, such as Frank Lloyd Write’s Taliesin ‐ this background picture. This page shows some pieces of pictures taken by him.
J‐K Lee taught a class “Architectural Photography”, at KimpoCollege, Kimpo, Korea, as a part‐time lecturer, 2005 Spring.He was one of active members in some photography clubs.
Nightscape, Chicago Ultra-wide lens, Grand Canyon
Moon (Telescope photo)
Millennium Park, Chicago
Skyscraper, NY
Student Exhibition, GA Tech
Taliesin, Scottsdale, AZ
Example. Kawneer 2800 TRUSSWALL
This had been done byBentley Parametric Cell Studio: Generative Component
Custom Parametric Objects Parametric Object Development by Bentley Studio
This section briefly shows an effort to develop custom parametric objects, done by J‐K Lee in 2006.
The example objects are actual industry products, including Kawneer 2800 Trusswall system. The focus of this section is on how to generate and package user‐defined custom parametric objects for further uses: integrating actual architectural design, fabrication, and construction.This was presented at AEC Integration Lab Workshop, Georgia Tech, Aug 10, 2006.“Custom Objects in Bentley Building Applications”, Presentation in a general session. Audiences: Local/nationwide AEC firms. Available: goo.gl/MZKF.
Another Example: Parametric Curtain Wall system
C
A
ab
B
d
A1
A2
L1
HM_A1
A2 = 540-A1
A1 = 270+(360-HM_A1)/2
Center point of arc
C”
A”
Length:
a” = b” = d”
Angle:
A” = B”
C” = B”/2 = A”/2
a”
b”
B”d”
An Example of Parameterization Problem:Constraints on angled cut: how to auto-generate angled cut mullions for different angled curtain wall systems? This is a tiny but good example of “design for constructability.” This was an easy case to solve as below, but how many and how difficult problems are out there?
Constraints of basic mullion assembly
1. Height of Vertical Mullion Component Assembly
2. Same Height constraint for rear mullion
3. Array of Web
following Mullion Height
& their distance
1. Basic Section
2. Basic components 3. Sub components
4. Main Assembly
Sub components for other components / reference line
5. Final component
Various applications
Constraints of curved arc angle / distance
3. Mullion’s Horizontal Distance
ML_1 = 4’ 00” = ML_2 = ML_3 ……
2. Angle of Path line & point
A_1 = 350 = A_2 = A_3 ……
1. In case of A_1 = 360 degree
2. In case of ML_1 = 3’
Array distances were changed
simultaneously4. Array distance of Mullions
As same as ML_1
1. Angle of Mullion to path
1 Modeling process overview 2
3 4 Applications
Solar Decathlon 2007 Initial BIM Research for Georgia Tech Solar House
J‐K Lee had involved in the initial stage (2006 Summer) of the project: Solar Decathlon 2007, for applying BIM techniques on Georgia Tech’s Solar house named ‘icarus’. He had learned a lot from this huge and collaborative project. But his contribution on actual construction and management was almost zero, because he had joined this project only in 2006 Summer due to other projects since 2006 Fall. This had been done by co‐efforts of hundreds of Georgia Tech members. www.solardecathlon.gov
One of kick-off meetings, 2006 Summer
J-K Lee
WHREF
AWPL Piece
W/D
DWWHREF
Aerogel Wall
AWPL Piece
W/D DW
Phase I – Preparation
Micro Station ‐ How to organize systems‐ Systems support‐ Analyses: energy, lighting, 4D, erection…
Identify Supported Interfaces‐ Analysis, IFC‐ Fabrication
Define custom objects‐ Parametric objects for SD‐ Start defining these ahead at abstract level
Phase II – Model Definition
Smart Objects‐ Identify systems and objects
‐ Specification ‐ Geometric structure and Parametric Relations‐ Properties and Derived Properties‐ Embedded systems
‐ Implementation
Building Information Modeling-based Solar Decathlon House Development
The initial design development had been done by many master of architecture students at Georgia Tech, directed by Prof. Franka Trubiano, et al. Also design mock-up models werecreated by them.Initial design models were stored in Bentley Microstation files.J-K Lee received those design models in dummy 2D geometry,and made them 3D smart BIM objects using Bentley Architecture.He structured an object hierarchy for the model, and defined eachbuilding object with associated properties on it. The challenge was how to deal with amount of custom objectssuch as PV (Photovoltaic) panels. The Parametric Cell Studio(Generative Component) was one of the solutions, but this projectcould not be reached in such level of detail.
All pictures in this section were taken by J-K Lee.
Schematic Design Alternatives in 2D dummy geometry
Building Information Modeling-based Solar Decathlon House Development
Solar Decathlon is a huge project. Team members were roughly grouped by:
- Project Management- Architectural Design- Building Construction- Energy Systems- Photovoltaic Systems- Electrical & Mechanical Systems- Building Simulation- Digital Fabrication- Transportation, On-site Management- And so on
This section shows a very tiny snippet of Georgia Tech Solar Decathlon House, especially Architectural Design part.
Bentley Microstation – Design by dummy 2D geometry Bentley Architecture – 3D Building Information Modeling by smart objects
Installing at GA Tech campusDatagroup Catalog for GT Solar Decathlon HouseObject Hierarchy Overview
Leading the Transition to BIMBut not for all the projects.
This project had a same problem what recentAEC industry also has – to BIM or not to BIM.Of course the answer depends on the situation. Eventually this was not a BIM project, butJ-K Lee had learned how to prioritize things in this kind of in-between situations, might be happened all the projects in the AEC industry.
This page briefly shows some websites developed by J‐K Lee in recent couple of years.
In these days, designing or programming websites is a common skill for many people on the net. But it is still very hard to do well on both in order to being a good planner or developer. He is a very skilled designer, using Photoshop, Illustrator, Flash, etc, and a professional programmer. If there is a group of people who are good at both designing and programming (not just for websites), a Design Computing majored person like him belongs in the same classification.The websites illustrated in this section have been developed by using some of Java, classic asp, dot net (C#‐based), php, MS‐SQL Server, MySQL, Ajax, etc, and all designed by him.
Web Programming & Design Website & Web Application Development Projects
This page briefly shows some websites developed by J‐K Lee in recent couple of years.
In these days, designing or programming websites is a common skill for many people on the net. But it is still very hard to do well on both in order to being a good planner or developer. He is a very skilled designer, using Photoshop, Illustrator, Flash, etc, and a professional programmer. If there is a group of people who are good at both designing and programming (not just for websites), a Design Computing majored person like him belongs in the same classification.The websites illustrated in this section have been developed by using some of Java, classic asp, dot net (C#‐based), php, MS‐SQL Server, MySQL, Ajax, etc, and all designed by him.
www.ancbook.com
www.globalaidia.org housing.khu.ac.kr cnfs.khu.ac.kr
www.childkorea.or.kr dcom.arch.gatech.edu/jkleeaec.arch.gatech.edu
www.ancbook.com/en
www.gtcoaksa.org
www.childkorea.or.kr/en
bim.arch.gatech.edu
bim.arch.gatech.edu/bera
www.icost2010.org
When J‐K Lee first learned that HTML is the language for world wide web pages, it was around 1994, he could make decent web sites only using an HTML editor and a graphics tool. He had tried to make them automated and easy‐to‐be‐used for novice managers/users, based on SQL DB, active server page, IIS, and JavaScript. His initial version of contentmanagement system was developed around 2000.
In these days, people use very well structured Web Contents Management System such as WordPress, Drupal, BlogEngineDotNet, DotNetNuke, MediaWiki, etc. By using them, people can manage their interactive websites even without any knowledge of DB or web programming languages. So‐called Web 2.0 or Ajax technique‐based Content Management Systems set users free from time‐consuming coding work. WYSIWYG‐based editors, wizard systems, auto‐populate DBs, and XML based data handlers are common in such systems. As a freelance web developer, sometimes J‐K Lee feels like there is no more freelance job.
However, in a different perspective, it is a new challenge. By using such advanced web systems, he realized there are a lot of opportunities to upgrade and customize them for better content‐oriented approaches. Content is king, as always. Technology evolves every day. As a design computing majored researcher and developer, he is constantly interested in learning cutting‐edge techniques in this area for creating better websites. This web designing and programming capabilities have been very useful on his research and development work. Moreover, he enjoys them.
When J‐K Lee first learned that HTML is the language for world wide web pages, it was around 1994, he could make decent web sites only using an HTML editor and a graphics tool. He had tried to make them automated and easy‐to‐be‐used for novice managers/users, based on SQL DB, active server page, IIS, and JavaScript. His initial version of contentmanagement system was developed around 2000.
In these days, people use very well structured Web Contents Management System such as WordPress, Drupal, BlogEngineDotNet, DotNetNuke, MediaWiki, etc. By using them, people can manage their interactive websites even without any knowledge of DB or web programming languages. So‐called Web 2.0 or Ajax technique‐based Content Management Systems set users free from time‐consuming coding work. WYSIWYG‐based editors, wizard systems, auto‐populate DBs, and XML based data handlers are common in such systems. As a freelance web developer, sometimes J‐K Lee feels like there is no more freelance job. However, in a different perspective, it is a new challenge. By using such advanced web systems, he realized there are a lot of opportunities to upgrade and customize them for better content‐oriented approaches. Content is king, as always. Technology evolves every day. As a design computing majored researcher and developer, he is constantly interested in learning cutting‐edge techniques in this area for creating better websites. This web designing and programming capabilities have been very useful on his research and development work. Moreover, he enjoys them.
Physical reality has its limit in expressing everything our imagination is capable of.To get beyond these limitations many studies in many fields has taken place,specifically in the field of architecture and art. In that sense, we have createdCyberspace where anything we envision is possible with boundless potentialities.Giving us such a diverse chance to experience, cyberspace is getting more powerfuland familiar around us but we are still living in a limited physical world.Therefore, as an architect it is essential to dissolve this detachment betweenreal space and cyber space to satisfy our desires for creating the third space.
Blurring Space;designing & implementing an innovative spacethat enables for users to experience two or more different worlds simultaneously
To the space beyond the (In)visibleConcept = Creating new space with blur boundaryNew Space = 1. Tele presence; To Jump to an Immersive Space by Teleporting to Other Worlds 2. Multi-tele presence Space; To Superimpose and Intertwine with Physical and Cyber SpacesBlur Boundary is not a physical limit of world; rathe r, it exceeds the limit of existing spaces.
1. Interaction: To Interact with Teleport Matrix for Teleporting to Other WorldsImagine Alice from “Alice in the wonderland” Our first design strategy focuses on developinghow to interact and communicate with physically and virtually di fferent spaces.Here, stepping onto the teleport matrix or stretching your hands out to the interactive wallconnects you to the new world beyond your imaginations. In other words, these interactivewalls and teleport matrix can be a metaphor of linking one space to others.
2. Blur Boundary: To Build Multi-functional ElementsNow that you have stepped the matrix, you will see/experience the specific spaces what youhave chosen through blurring physical boundaries.Blurring these boundaries creates another world where inside & outside, visible & invisible,and reality & virtuality fuse.
3. Tele-presence: To Jump to an Immersive Space byTeleporting to Other WorldsWhen you feel like taking a walk along the central park,instead of strapping your shoes, you can enjoythe exhilaration of the central park immersivelydisplayed on the interactive walls.While inside of the cube remains physical,instantly loaded space from different countries or siteswill immersively surround the multiple sides of cubewhich give you great opportunities to quench yourthirst for exploration.
BLURRED : this allows both a criticism and a release fromthe received conditions and, reciprocally, a reverberation of them
so that the boundaries between the conditions as received and asrenovated become BLURRED ; both maybe productive because both
are aggressive with respect to each other.[Drawing Building Text] Carol J. Burns
BLURRED : this allows both a criticism and a release fromthe received conditions and, reciprocall y, a reverberation of them
so that the boundaries between the conditions as received and asrenovated become BLURRED ; both maybe productive because both
are aggressive with respect to each other.[Drawing Building Text] Carol J. Burns
Blurred BoundariesConceptual Design between cyber and real spaces
Award Winners at FEIDAD 2003 (Design Merit Award) “Blurring Space”, The 2003 International Digital Architectural Design Competition supported by the Far Eastern Group, Taiwan. Awarded $5,000, certificate and a trophy. www.feidad.org/2003.Physical Devices implemented by Digital Media Lab, ICU
Conceptual Design developed by J.K. Lee et al, Yonsei University
Real wor ld Cyber wo rld
[Blurring Space]
Ideal a rchitectu ral spac ein the future
Concept DiagramsTo the space beyond the (In)visible
ConceptTo the space beyond the (In)visible
Concept = Creating new space with blur boundaryNew Space = 1. Tele presence; To Jump to an Immersive Space by Teleporting to Other Worlds 2. Multi-tele presence Space; To Superimpose and Intertwine with Physical and Cyber Spaces
Blur Boundary is not a physical limit of world; rathe r, it exceeds the limit of existing spaces.
4. Multi-tele presence: To Superimpose and Intertwinewith Physical and Cyber SpacesDissolution of the borders among diverse spacesloaded from somewhere will eventually result in ablurring of public and private, inside and outside.In our designs, we attempted to bring the two or moreareas together-what we call here as ‘mult-telepresence’- but also to make their convergence visiblespontaneously.
5. Personalized Space: To Infer User’s IntentionAnyone here in Burring Space can be “the Alice” withdifferent displays thanks to the bio-palm pad thatrecognizes automatically according to each personand even to one’s emotional state.
6. Space Delivery: To Share Spatial Experience withOthers by Telecommunication Devices.Being able to capture these specific spaces intelecommunication devices such as a mobile phone,we can carry and share our own spaces with others.This creative method of storing and loading system willenrich our memories and experiences in space.
System structure
Proje ctor
Entranc e
Implementation
[front view ]
[top view ]
[the int erface]
Proje ctor Proje ctor
Proje ctorProje ctor
Proje ctor
LCD screen
rear project ingscreen
Entranc e
Proje ctor[mobile phone ]
user info .
customer D Bperson alized data
host P Ce P C
Proje ctor
Proje ctor
LCD screen
rear project ingscreen
- Hardwar e
- Softwar e
- Disp lay Contents
- Establishment
- Present ation
1) Bio-Palm Pa d : Bio-Palm Pad transmit s personal physical i nformation to main s ystem wh en user enter t he blurrin g space
2) Floor Locatio n Sen sor : Each m odule of floor di splay has its own swtich to get in put data and Micropro cessorfrom N umeric KeyP ad is used fo r transm itting these data to PC .
Inside of keyb oard K ey matirx, micro switch es, and Microproce ssor are constructed
3) Interactive Wall : In our de sign, interactive wall function s not onl y to sepa rate on e space from anothe r,but to provide dynamic environment tha t changes according to the u ser 's emotion.
4) Emo tion Light : B asically, we h ave focused o n developing c hange s of light c olor and brightne ssin ac cordance w ith users emotional s tate. Therefore, we have implemented changes of lighting color and brightnes s
according to present user's emotional dat a controlle d by PC parallel port.
5) Pa rallel Port AC Po wer Relay is used to co ntrol the light through parallel port output.Hex Schomitt Trigger circuit is als o plan ned to eliminate noi se when inputted .
6) Pa rallel Port Con trol Program : Par allel po rt control program is implemented wit h C language i n Windows 98 ope rating syste m.
1) User Interface : F loor play s an important role for t he user interfac e that gras ps user's locatio n.Providing s ervice in computing envi ronmen t bene fits from interfacing
through the floor without setting up a structure and an in terface device separately.
2) Host PC : Host PC modules are c onsist of basic module, inferen cing module, and comm unication module wit h both emotion lig ht part and e-PC.
3) e-PC(Entert ainment PC) : e-PC displays serv ice content s transmitted from the ho st PC.And e-PC c lient is consist ed of 16 displa y clients and 3 project ors at 3 side s o f in teractiv e walls.
1) Cave Exp loration : K osu-Ca ve, Dan yang , Korea
2) Sight of Valley : Wolsung Valley, Wolsung, Kore a
3) Pleasure boat tri : Anmyun-Do , Chungchong-Pr ovice, Kore a
4) Decoration and Motion Graphi c
Wirefr ame of the construction w as made up of 3*3*3.5m cube using aluminum profile .Ttranslucent a crylic plate s are fitted in wall s ex cept front wall .
When it came to the floo r, 16 parts of it were divided e qually in lattice shape s o that 16 monitor could be inclu ded each.On top of this floo r, another acryli c plate is c overed to protect monitors from external impa ct.
Con densation of ima ges, diagrams and movi e clips presented here is the result aft er developing our ideas on blurring s pace.
This hardware system was c onstructed by ICU(Inform ation and Communic ation Univer sity, my co-work ers of this project)
Epilogue ; 10 Years After...This project was exhibited Special at Insa Art Center, Seoul, Korea forthe special program entitled'10 Years After...' from July 30th to August 24th, 2003.In this exhibition 300 exhibits from individual and joint projects of Koreanand foreign scientists and artists were displayed and lectured by invitedspeakers and events for visitors' participation according to 10-yearpredictions of advances in Science and Technology.Blurring Space is one of the places where we are dreaming of in thenear future with no boundaries between anything such as physical andvirtual, inside and outside. Finally we thank you all who inspired andencouraged us to carry out this project.We wish our devotion to this project with analytic thinking could behelpful to find better place for the human being.
Main PageGuide you Blurring Space
Concept, Design Strateg y, andImplementation Process
Pop up ImagesDesign Strategies
PresentationFlash, Movie, Photo
Animations
EpilogueBBS for Blurring Space Between you and us
ParticipantsHyojin Park Researcher. Digital Media Lab, Information andCommunication UniversityDongman Lee Professor. Digital Media Lab, Information andCommunication UniversitySangwoong Hwang Master Candidate. Digital Media Lab, Informationand Communication UniversityYeonah Ahn Master Candidate. Digital Media Lab, Information andCommunication UniversityJaewon Shim Master Candidate. Digital Media Lab, Information andCommunication UniversityJin Kook Lee Researche r. Institute of Media Art, Yonsei UniversityYun Gil Lee Doctoral Candidate. Department of Housing and InteriorDesign, Yonsei UniversitySo Young Park Master's Candidate. Department of Housing andInterior Design, Yonsei UniversityJin Won Choi Professor. Department of Housing and Interior Design,Yonsei Universit y, Korea
TraditionalSpace
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UbiquitousSpace
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Blurred Boundariesbetween
Physical Space andCyber Space
1 Dim ensio n 2 Dimensio n 3 Dim ensio n
1 Dim ensio n
2 Dim ensio n
3 Dim ensio n
OUTPUT
INPUT
New Inte rface of theubiquitous computing environment
TraditionalInte rface
TextP romptP rinte r
Grap hicDis pla yP rinte r
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Multi P rint
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Conte xt Awa re
Backgrounds and ObjectivesThis research is about the basic methods in making computers understand humanbehavior in an architectural space in regards to reaction to interaction between themachine and human. Its ultimate objective is to analyze the related technologymaking this series of works possible synthetically on the basis of information systemwithin architectural territoriality. In the end it is expected to offer a theoretical basis toembody smart space, up-to-date and intelligent architectural space.
There are two issues that motivate this research:what are the Housing Context and its Inference System, andhow smart space can infer the Housing Context and react with proper response.
Living Interface:Ubiquitous computing environment enable to interact smartly between human and computer
Progressing concept of space focused on the technology development
ABSTRACTA Study on the Model of the Housing Context
Centered around Ubiquitous Computing Environments
This research is about the methods in making computers understand human behavior in an architectural spacein regards to reaction to interaction between the machine and human. The research objective is to analyze therelated technology making this series of works possible synthetically on the basis of information system withinarchitectural territorialit y. In the end it is expected to offer a theoretical basis to embody smart space, up-to-date
and intelligent architectural space.In this research, our physical architectural space in regards to computational space is named smart space.Computing and hardware technologies can turn up in the embodiment of ubiquitous computing environments,and it can produce smart space. The interface between humans and smart space is the housing context. Fromthe viewpoint of human-centered computing, The housing context is not artificialities. It is just “living”. But in thesmart space side, the housing context is the computational log of information. It must be represented by
computational languages and be decided by smart space what applications or services will be provided.There are two issues that motivate this research: what is the computational housing context, and how smartspace can infer the housing context and react with proper response. The housing context consists of 1) state ofuser, 2) state of physical environment, 3) state of computational environment, 4) history of user-environmentinteraction and 5) architectural territorialit y. Ontologies are used to describe the housing context predicate. In thisresearch, the housing context is written in DAML+OIL, which is fast becoming the de-facto language of thesemantic web, and indicates a model of the housing context inference system. The key point of the housingcontext-aware computing in this research is the territoriality of architectural space. Architectural space has its
own variable territorialit y, and territoriality has variables in the housing context.The future works may consider developing ontology-based application such as a parser enabling definition of therelationships between the housing context and architectural territorialit y. The application of the housing contextdatabase, and the housing Log would be researched. Also the issue of embodiment of the smart space shouldbe investigated in depth, so that it will be adequate to the needs of the architectural domain and human-centered
agenda.
Key Words: Smart Space, Architectural Space, Spatial Information, Interaction, Interface, Inference System,Context- Aware Computing, Ubiquitous Computing Environment
Housing Context Inference System M.S. Thesis, presented at CAADRIA2004 Conference
Lee J‐K, and Lee H, “HCIS: The Housing Context Inference System Model for Smart Space”, Proceeding of CAADRIA (Computer Aided Architectural Design in Asia) Conference at Yonsei University, Seoul, Korea. April 28‐30, 2004.
HC = {( S u , S pe , S ce , H ) , T }
HCS uS peS ceTH
is Housing Contextis State of the useris State of the physical environmentis State of the computational environmentis Territoriality of the Architectural SpaceIs History of the user -environment interaction
1.Context provider3.Define Housing Contextfor context predicates
2.How to interact?“space-mediatedinteraction”[context in housing space]
4.HC predicates exampleContext Type(<Subject>,< Verb>,<Object>)
• Su ( Lee , entering , living room)• Spe ( Living room , “=“ , 98 F)• Sce ( Air conditioner , “=“ , On)• H ( Lee, Turn on air conditioner , 2003-05-01 13:00, Scheduled 1 hour)• T ( Living room(Near the Sofa, Side lamp, “=“, On) )
5.The ontology is written in DAML+OI L , which is fast becoming thede-facto language of the semantic web
“Lee entered the room alone”“He turn on the air conditionerin living room”
8.“inference” process modelling
1. #People(Living Room, “>=“ , 3) AND Application( Air Conditione r, Operato r, Running) => RoomActivity(Living Room, Air Conditioning)2. #People(Living Room, “>=“ , 1) AND Application( Set Top Box, Operato r, Running) => RoomActivity(Living Room, Video Screening)3. #People(Living Room, “>=“ , 3) AND NO T $Entertainment-Application x Application( x, Running) => RoomActivity(Living Room,Meeting)
6.Housing Context Synthesizers
7.Housing Context Consumers(Agent-Based Communication)
HCIS overview
New trends for this millennium include both globalization and localization at thesame time. The new paradigm of localization requires local and nationalidentities that have frequently been ignored during the modern industrial era ofthe last decades. Finding national identities from its traditional heritages mightbe an important research issue especially forAsian architects and researchers.
Korean architects couldn’t have many chances to learn from their traditionalbuildings during the period of the nation’s fast industrial development. It might aright time to study and learn their ancestors’ wisdom from the traditional buildingsystems. It is quite timely in the sense that current emphasis is on sustainableand ecological building systems and the wooden structure of Korean traditionalarchitecture gives a certain clue to develop such systems. Nevertheless, it isnoticed that the structure of Korean traditional architecture has not been fullyexplored in a systematical or computational manner. And also its information isnot shared efficiently even though the technology for sharing informationeffectively, such as the Internet, is quite available and the shared informationcould be used in many application areas. Currently only few experts keep theirknowledge exclusively and limitedly transfer it to few people in a traditionalmanner.
This study thus explores a computational way of structuring constructionknowledge and building information of Korean traditional architecture. To do this,we select a well-known old temple building, Buseoksa Muryangsujun, one of theoldest Buddhist temple in Korea, as a prototype. We first build athree-dimensional model of the building with an aid of a traditional buildingexpert, categorize its building components, and then analyze their connectivityby especially focusing on the capital order system and its connectivity patternsand rules, often called shape grammars. Like the Greek order system, theKorean order system, called Gong-po, is both structural and ornamental, andplays a key role in constructing the wooden structure.
The result of the study shows a schema diagram for the wooden constructiondata model carefully designed for an intelligent simulation and generativesystem that will be developed in the near future, and some shape grammars thathave capability to explain the components’ connectivity.
Further research issues identified are as follows: 1) expanding the data model toexplain the whole building’s structure, 2) developing a VR-based tutoring systemto simulate the construction of Korean traditional architecture, and finally 3)developing a generative design system, which can intelligently generate a newtype of wooden buildings that could actually be built.
Backgrounds and Objectives
Digital Muryangsujun3D Digitalized Korean Traditional Architecture
Lee J‐K, Lee H, and Kim M‐j, “Digital Muryangsujun”, Poster presentation in CAAD (Computer Aided Architectural Design) Futures Conference at Eindhoven University of Technology, Eindhoven, Netherlands. July 8‐11, 2001.
PI: Professor Hyunsoo Lee, Yonsei University.
This was not a BIM approach to the traditional building models, but one of the promising applications of BIM.
Outside Structure
Category PrototypeGroup of
components
Componentas
constructor
Componentas
connector
singletype
pluraltype
Structure data modelling and Assembling Rules of ‘Gongpo ’
KKaJJuddu
KKKaSSSoro
KaJegongPart
KaJegongPart
KKKaSSSoro
KaUpperJegong
KaJe
gong
Gro
up
KaG
ongp
oty
pePy
ungj
uGon
gpo
KaJegonglast_Jegong
KaJegong3rd_Jegong KaJegongPart
KKKaSSSoro
KaJegong2nd_Jegong
U J i l t d
KaJegongfirst_Jegong
KKKaSSSoro
KKKaSSSoro
KKaJJuddu
KaOuterCross
KaJegongPart
KKKKaJJJangyeoKaDoriDir
KaBoDir
KaCenterCross
KaJegongfirst_Jegong
KaJegongPart
Gidan, Chosuk and Godoong
Some diagrams refered to the related work of my Lab.’s “TheWooden Construction data modeling ofTraditional Korean architecture”
Construction
Gongpo and other structure components
Examples of Asembling Rule
digital muryangsujundigital muryangsujun
Purpose Interior designers need various design information for decision-making during design process. Also, client wants to get sufficient information on interior design. However, both interior design firms and client have difficulties in efficiently finding suitable information at the right time. The motivation of this study is to develop the interior design information system to resolve these problems. Process The design information sysem firstly deals with interior consulting process. Secondly, it includes the web database and company evaluation of client. The main role of interior consulting process is to match prospect Design Company in a response to client’s requirments. This paper proposes the evaluation scale for calculating scores to be used in suggesting Design Company to the client. Summary of Result This describes how to construct the web database system and retrieve stored information and demonstrate utility of the web-based interior design system. The ASP programming under the PC platform using the Access database has been used for implement of the system. The system facilitates search of interior design image associated with textual information and color combination cases. Also, it gives client strong decision-making tool for getting good services by interior designers.
Interior Design Information Systemto support designers’ decision making
Lee H, Jung S, Oh S, Ko K, and Lee J‐K, “Interior Design Information System”, Poster presentation in IDEC (Interior Design Educators Council) Conference at Chicago, IL, USA. 2001.
The system had been designed and implemented by J‐K Lee as a web‐based application.
Example of System Running: Select reference image from color information
This show you an example of the process of design by color information. When a designer make a decision about master color plan, he or she can consider the harmonious color plan with this color information system. This web-based system help designer how match the color system to client's demand.
Example of System Running: Searching the Design company fit my demands
Interior design information system
Universal Design
Design for Everyday LivingDesign for GrowingDesign for Working
Design for Aging
Design for Fragility
What is Universal Design?Universal Design is a design paradigm thatinclusively satisfies the diverse aspects, needsand characteristics of modern consumers. Ifthe Renaissance brought out ‘humanity ’ undernew light from the religious oblivion of themiddle ages and rediscovered cultural value,then Universal Design rediscovers theforgotten and hidden face of humanity life’spreciousness. It is a design movement, thesecond Renaissance that aims to reestablishthe relationship between man as a pursuer ofthe quality of life, and the solidifying artifactsthat make the absolute conditions of humanlife. Universal Design is more diverse andcomplex, it is the direction and fate of the 21stcentury design which has to be widelyreceptive to the many faces of human demand,wide range of users and the dynamic changesthat fluctuate according to time and
What is Universal Design?Universal Design is a design paradigm thatinclusively satisfies the diverse aspects, needsand characteristics of modern consumers. Ifthe Renaissance brought out ‘humanity ’ undernew light from the religious oblivion of themiddle ages and rediscovered cultural value,then Universal Design rediscovers theforgotten and hidden face of humanity life’spreciousness. It is a design movement, thesecond Renaissance that aims to reestablishthe relationship between man as a pursuer ofthe quality of life, and the solidifying artifactsthat make the absolute conditions of humanlife. Universal Design is more diverse andcomplex, it is the direction and fate of the 21stcentury design which has to be widelyreceptive to the many faces of human demand,wide range of users and the dynamic changesthat fluctuate according to time and
Design paradigms formulated in this exhibition that inclusively satisfies themodern consumer with all her various conditions, demands and passions.
The understanding of universal design is distinguished from successfuldesign exemplars to stimulate simultaneous learning theory and practice, and
to promote future creativity in leading design culture.
Universal Design Survey Systemfor the Universal Design Research at an Exhibition
The Good Design for the Era of Diversity: Universal Design, 2004
Development of the web survey system for the session of the Digital Home Appliances and Faucet Designs, an exhibition and symposium in Hangaram Design Museum, Seoul Arts Center, hosted by Yonsei Institute of Millennium Environmental Design and Research. Supported by Ministry of Culture & Tourism of Korea.
PI: Prof. Yeonsook Lee, Yonsei University
Online Survey System for Universal Design Exhibition
Database DesignMS SQ L Server for Web-DB
User Interface / Admin. InterfaceUsers connect the system at the exhibition
Authenticated UserAdmin. Mode
Running the System
Gathering information Analyze accumulated data
Result Statistic
Exhibition visitors use the systemAbout 1800 people gave us the information using the Survey System
ObjectiveThe understanding of Universal Design Variousdisplay formats were applied to facilitate easyunderstanding of what is universal design andhow it developed, how would it change in thefuture and what can we infer from it about thefuture of Korea. Notabl y, an alternative way ofenjoying the exhibition as a collection ofindividual work displays is enabled by artistsinvited from various genres, but the layout isalso synthesizes the overall story of UniversalDesign for better understanding
In that sense, we consider an effective methodthat people can feel the importance of UniversalDesign easil y. The Survey System was plannedto evaluate user’s usability of digital homeappliances. By this system, users can feel whatare their adequate functions of appliances.Consequentl y, most users not satisfied with theirDigital Appliance ’s function and they feel theprice was so expensive because of theirunnecessary functions. Designers who considerthe Universal Design must think over the user’sdemand and designe r’s intention synchronousl y.Most of people could not aware the just price asoccasion demand. Although this SurveySystem ’s result can not speak for all people ’sthought, there are many factors that we shouldnot overlook about the Universal Design.
EpilogueIn fact, the analysis of the result data is still inprocess, yet I form some conclusions about thedigital home appliance ’s usability of people.They need to be learned about the appliancesbefore they buy the products. Only about 2%people are using their digital appliances ’functions efficientl y. Excepting the people whobelong to the Early Adapter Group, most ofpeople were need just basically-functioneddigital appliances. I guess the prototype designof new cell phone applying high-endedtechnology is as same as the early phone ’ssimple design, maybe.
The original name of 'Jikji' is 'Baekunhwasang chorokbuljo jikjisimcheyojeol'. It isoften abbreviated to 'Buljojikji simcheyojeol', 'Jikjisimcheyojeol', 'Jikjisimche' orsimply, 'Jikji'.
The word 'Jikji' indicates two things. One isthe work 'Baekunhwasang chorokbuljojikjisimcheyojeol' written byBaekunhwasang, a great Zen master fromthe end of the Goryeo Dynasty, and theother is the actual book of this text printedby moveable metallic type. The term 'Jikji' ismost often used to refer to the physicalbook itself rather than the work of literatureit enshrines.In modern times decidedly more value hasbeen placed upon the book as an historicalobject, despite the merit of the contents thatlie within. The book 'Jikji' was made by Seokchan and Daldam, who were disciples ofBaekunhwasang's, at Heungdeok Templein Cheongju. According to records, it wasoriginally composed of two volumes - a firstand second - although at present only theoriginal second volume exists. Thispriceless artifact is kept in the NationalMuseum of France. 'Jikji' is the oldestmetallic type book in the world and predatesthe Bible printed by Johannes Gutenberg ofGermany by 78 years.
Who published Jikji?'Jikji' was printed by moveable metallic type at Heungdeok Templeoutside Cheongjumok in 1377 and then distributed more widely aboutthe countr y. According to records, Seokchan, Daldam, and Myodeok(a Buddhist nun who served as benefactor to the project) participatedin its publication. Seokchan, Baekunhwasang's attendant, collectedand edited the first and second volume, while Myodeok was involvedin the publication of both the Heungdeok Temple metallic type bookand the Chwiamsa wood block text of 'Jikji'. Seokchan and Daldam,who were Baekunhwasang's disciples, published the metallic typeversion at Heungdeok Temple under the assistance of Myodeok inorder to share Baekunhwasang's teachings with the world.
Why is Jikji being kept in France?After the Chosun-France Friendship and Trade Agreement was signedin 1886, Collin de Plancy (1853~1922) served as the first Frenchcharge d'affaires to Korea. During his term of office de Plancycollected a wide variety of antique books and various culturalproperties of Korean origin, including 'Jikji'. The route whereby heobtained 'Jikji' has not yet been fully illuminated, but it appears that dePlancy secured the text at some point before 1901 as it appeared thatyear in the supplementary edition of 'Bibliographie Coreenne' writtenby Maurice Courant (1865~1935). Most of the historical workscollected in Korea by de Plancy were donated to his institution, theSchool of Oriental Language. Howeve r, 'Jikji' was sold to the HotelDrouot in 1911 at an auction, and collector Henri Vever (1854~1943)later purchased it for the sum of 180 francs. In 1950, according to theterms of his will, it was donated to the National Library of France.Since then, 'Jikji' has been kept in the Manuscrit Orianteaux of theNational Library of France.
Rediscovery of Jikji'Jikji' became known to the world after its mention in thesupplementary edition of the 'Bibliographie Coreenne' written byMaurice Courant (1865~1935) in 1901, but its origin and contentswere not confirmed at that time. Maurice Courant summarized thework as such: "Theory of Buddhism generally put in order by PriestBaekun, consisting of one book, and large 8-paragraph edition (onlythe second volume available)."Courant also writes about 'Jikji' that, "It was printed by moveablemetallic type at Heungdeok Temple on the outskirts of Cheongju in1377." If this description is correct, it means that the actual inventionof the metallic type is 26 years ahead of the period of King Taejong'sreign in Chosun Dynasty (in 1403), when its development was officiallyrecorded.We must pay close attention to available source material in order toascertain the exact date of invention, but according to theBibliographie Coreenne, the time of 'Jikji's' publication is recorded asthe 7th year of the Xuan Guang Era. Xuan Guang is the name thatKing Zhao Zong of Northern Yuan, who succeeded to the YuanDynast y, gave to the period from 1371 to 1378.
Process of Casting Metal Typeand Process of Printing
Digital Jikji multimediaCD-ROM
Korean valuable treasure “Jikji” is in France, not Korea -But “Digital Jikji” is in everywhere through the digital media
Digital JikjiMedia development project, funded by UNESCO
Multimedia (CD‐ROM and Web) content development in seven languages for introducing the world’s oldest metal‐printed book: Jikji ‐ the ‘UNESCO Memory of the World’, Funded by UNESCO Korea. www.digitaljikji.net. CD‐ROM distributed to the City Libraries in the world. 2003 – 2004.
PI: Professor Jungtaek Im, Director of Yonsei Institute of Media Art.
Jikji Digital Images
JikjiOriginal Digital Images
JikjiModified Digital Images
Compa rison of Metal Types
Character of JikjiMetal Types
Character of JikjiTypesetting
Calligraphi c Style of Jikji
Quality of Paper a nd Printing
Jikji Information
Civilizational Meaning of Metal Type
History of Metal Type
What is Jikji?
Process of Casting Metal Type and Printing
Video Prese ntation of Jikji
Inventions of Metal Type in Korea ,Germany and China
Chronol ogical Trend of Studying Jikji
UNESCO and Jikji
Academic Papers on Metal Typer and Woodblock
SiteMap
MainEnglish|Deutsch|French|Spanish|Chines e|Japanese|Korean
Jikji HypertextExplication in ChineseExplication in KoreanExplication in English
The Jikji was listed on the“UNESCO Memory of the World” 4 September, 2001
The suggestion that 'Jikji', a moveable metallic type book printed at Heungdeok Temple in Korea in 1377, should beregistered with UNESCO as a Memory of the World was first proposed at a scientific seminar titled "UNESCO andOld Printing Culture" held by the Chungbuk Society for UNESCO in 1996. The conclusion of this seminar was thatCheongju is a Korean city of ancient printing arts and publication culture, and 'Jikji' is a cultural property with globalvalue that should be registered with UNESCO as a world cultural propert y. 'Jikji' is the oldest metal type printed bookin the world, predating the 42-line Gutenberg Bible by 78 years and similar printed materials arising in China by a full145 years; this remarkable accomplishment alone marks it as valuable enough to be designated a world culturalpropert y. Both the Republic of Korea and France, where 'Jikji' is currently being archived, felt that this work is one ofthe important assets to be preserved for the future of mankind.
x5
Quality of Paper by digitalization
Certification of UNESCO
Database Table Design ‘anc_art’ Web-Editor Module for Article Editting
Real-time Editting by journalist & Admin. on the Web
This work made me realize the documents on the web had obvious difference to other documents. Web documents, representative of HTML documents, must be controlled frequently and easily. Most of all, web documents must have a clear hierarchy of information in order to be handled precisely. In that sense, this Architecture and Culture’s Web-magazine project was a good chance to me. Analyzing the architectural articles in AnC magazine, I tried to find out what was a proper design of the Database. These pages show you the structure of article page and its Database structure. This AnC website was brought up the top 3 website of the on-line architectural journalism in Korea. I’m now working in this company as outside staff of web publishing team.
Quick in reporting: Real-time update the articles Accuracy: On-line editting by staffs have permission Accessibility: Searching system by various sorting mode Abundant information: Served with images, slide-show photos, high-qulity images, PDF file, and other formats Interact with readers: Each page have the bulletin board system for reader’s opinion and discussion
Architectural Index Layer
Article / Text information Layer
Photo / caption Layer
Writer / Editor Information
BBS / Utility
Layer
Navigation Layer
Full Page of Architectural article
Title Layer
Hierarchy of Layers rLayer cle
Architectural InformaticsA web‐based contents management system, 2000.
The monthly architectural magazine ‘Architecture and Culture’website & online book store. www.ancbook.com
While I made and managed the website of SamooArchitects and Engineers Company, which was thebiggest architects company in Korea, I was inagonies for effective presentations of architecturalcontents. How can we express fruitfully thearchitectural information to our clients withsatisfaction? Visualization is the matter. Althoughthere are several manners to present architecturalinformation such as 3D visualization tools, VRapplications, and other highly sophisticated tools, Ithink the most fundamental method is 2D visualizedimage. Effective display and utilized searching of2D images enable clients to rely the company.Regarding my several projects about architecturalinformation’s presentation, I want to remove theboundaries between real space and cyber space.People who look at the brochure of SamooArchitects Company, regarded as prospectiveclients of Samoo Company, can access portfolioanytime and anywhere with satisfaction.
While I made and managed the website of SamooArchitects and Engineers Company, which was thebiggest architects company in Korea, I was inagonies for effective presentations of architecturalcontents. How can we express fruitfully thearchitectural information to our clients withsatisfaction? Visualization is the matter. Althoughthere are several manners to present architecturalinformation such as 3D visualization tools, VRapplications, and other highly sophisticated tools, Ithink the most fundamental method is 2D visualizedimage. Effective display and utilized searching of2D images enable clients to rely the company.Regarding my several projects about architecturalinformation’s presentation, I want to remove theboundaries between real space and cyber space.People who look at the brochure of SamooArchitects Company, regarded as prospectiveclients of Samoo Company, can access portfolioanytime and anywhere with satisfaction.
An Example ofImage Processingfor effectiveWebsite Portfolio;cutting, sharpening,background cropping,typing
Web
site
Other IT-Based system design & development works
“Web-teaching system for Eastern Clothing Culture and History”, Theremote teaching system for Department of Fashion and Clothing
Development software: VB, MS-SQL Server, ASP, Supported by KoreaResearch Foundation, URL: fashion.yonsei.ac.kr
“Video-on-Demand Education System for Fashion Design”,Developing VOD System and contents wizard system for remote teaching
URL: www.edufashion.co.kr
“Web-teaching system for Ancient Chinese History”,The remote teaching system for Department of History, Yonsei University
Development software: VB, MS-SQL Server, ASPSupported by Korea Research Foundation
URL: slowpeed.yonsei.ac.kr
“Web-teaching system for Eastern Clothing Culture and History”, TheCultystem for Eastern Clothremote teaching system for Department of Fashion and Clothingent ment of Fashion and Clo
Development software: VB, MS-SQL Server, ASP, Supported by Korearve KoreaResearch Foundation, URL: fashion.yonsei.ac.krdati
“Video-on-Demand Education System for Fashion Design”,ducDeveloping VOD System and contents wizard system for remote teachingten
URL: www.edufashion.co.kr
“Web-teaching system for Ancient Chinese History”,eb-tThe remote teaching system for Department of History, Yonsei Universitysyst
Development software: VB, MS-SQL Server, ASPSupported by Korea Research Foundation
URL: slowpeed.yonsei.ac.kr
Samoo Architects & Engineers WebA partial website design and programming
Partial website design update and developing recruitment system development for the Samoo Architects and Engineers Co, Ltd. PI: Yong‐eui Choi, Samoo AE Co, Ltd. 2004.
When I found the venture IT enterprise‘INFOBIOS’, our first project was this “My RoomDesigner”. For the furniture online shopping mallFurniet, we developed a space-planningapplication on the website. Our key point aboutthe project was 3D visualizations. We developedthe application by JAVA Servlet, ASP, and MySQLDB.
My Room Designer has the function as follows:
1) Determine an area: choose select button of theroom size2) Changing floor’s material & design3) Changing wall’s material & design4) Loading of furniture object by easy interface5) Turning of the furniture object’s viewpoint bymouse right-button click6) Delete the furniture using by the trash box7) Changing arrangement order by clicking object8) Saving the setting of furniture in the ServerComputer9) Loading the user’s setting from the ServerComputer
ISOMETRIC objects of 3D Modelling by AutoCAD & 3DMAX
Main Idea:Modify current 2D based Space Planning tool into Virtual 3-D visualization
User InterfaceJust click the menu of object and drag & drop
When I found the venture IT enterprise‘INFOBIOS’, our first project was this “My RoomDesigner”. For the furniture online shopping mallFurniet, we developed a space-planningapplication on the website. Our key point aboutthe project was 3D visualizations. We developedthe application by JAVA Servlet, ASP, and MySQLDB.
My Room Designer has the function as follows
1) Determine an area: choose select button of theroom size2) Changing floor’s material & design3) Changing wall’s material & design4) Loading of furniture object by easy interface5) Turning of the furniture object’s viewpoint bymouse right-button click6) Delete the furniture using by the trash box7) Changing arrangement order by clicking objec8) Saving the setting of furniture in the ServerComputer9) Loading the user’s setting from the ServerComputer
Isometric View
My Room DesignerPseudo‐3D Furniture Layout Design Tool, 2000.
“Web‐based Pseudo‐3D (Isometric view) Furniture Layout Design Tool: My Room Designer”, Web application development (one of three). www.furninet.co.kr, 2000
Load objectsDrag & drop, mouse right-button click
ISOMETRIC objects of 3D Modelling by AutoCAD & 3DMAX
Save current setting in ServerLoad the settings later
Determine of change areaSelect room size for user
Delete the objectDrag & drop to the trash box iconChanging arrangement order
Click the object and bring to front
Turning of the furniture objectMouse right-button click turn the viewpoint of the object
Original image 1st click 2nd click 3rd click
Changing Floo r’s and Wall’smaterial and design
Planning Example
Chapel on the Light, Osaka, Japan04.24.2002, Olympus C2040Z, 1/30sec, F2.8
“Tatao Ando made me an pious believer inArchitecture at least in this place.”
Chapel on the Light, Osaka, Japan04.24.2002, Olympus C2040Z, 1/30sec, F2.8
“Tatao Ando made me an pious believer inArchitecture at least in this place.”
Broadway, New York, U.S.11.21.2002, Sony F707, 1/5sec, F2.0“I feel calmness when I entered the city,opposite to general people. This originatedin the fact that my farmland of mind is thebig city, Seoul”
Broadway, New York, U.S.11.21.2002, Sony F707, 1/5sec, F2.0“I feel calmness when I entered the city,opposite to general people. This originatedin the fact that my farmland of mind is thebig city, Seoul”
I want to be a designer who designs united Korea withapplying my concept of ‘Tranquil but dynamic’ based onthe re-definition of our traditional and modernisticcharacteristics reflecting globalization. I can expressKorean traditional characteristics with one adjective:‘tranquil’. Yet modernistic characteristics are expressedas ‘dynamic’. These two characteristics are often seenas polar opposites with no relation to each other.However, when I went to the CAAD (Computer AidedArchitectural Design) Future Conference in TU/eEindhoven, Netherlands 2001, many people wereinterested in my presentation about ‘DigitalMuryangsujun’. This was an analysis with moderncomputation of the oldest wooden-structured Koreantraditional temple building ‘Buseoksa’. Crossing andblurring the word ‘digital’ and ‘Muryangsujun’ arousedtheir interests. I discovered a way of how I couldapproach a Korean traditional characteristic with amodernistic one. (Tranquil: Muryangsujun andDynamic: Digital) Fortunately after the experience in theNetherlands, I have had opportunities to visit and studyother nation’s unique traditional and moderncharacteristics through architectural tours, in the UnitedKingdom, France, Italy, Germany, Japan, and the U.S.These experiences have helped me realize theimportant connection between traditional and
I want to be a designer who designs united Korea withapplying my concept of ‘Tranquil but dynamic’ based onthe re-definition of our traditional and modernisticcharacteristics reflecting globalization. I can expressKorean traditional characteristics with one adjective:‘tranquil’. Yet modernistic characteristics are expressedas ‘dynamic’. These two characteristics are often seenas polar opposites with no relation to each other.However, when I went to the CAAD (Computer AidedArchitectural Design) Future Conference in TU/eEindhoven, Netherlands 2001, many people wereinterested in my presentation about ‘DigitalMuryangsujun’. This was an analysis with moderncomputation of the oldest wooden-structured Koreantraditional temple building ‘Buseoksa’. Crossing andblurring the word ‘digital’ and ‘Muryangsujun’ arousedtheir interests. I discovered a way of how I couldapproach a Korean traditional characteristic with amodernistic one. (Tranquil: Muryangsujun andDynamic: Digital) Fortunately after the experience in theNetherlands, I have had opportunities to visit and studyother nation’s unique traditional and moderncharacteristics through architectural tours, in the UnitedKingdom, France, Italy, Germany, Japan, and the U.S.These experiences have helped me realize theimportant connection between traditional and
Centre Pompidou07.16.2001, Olympus C2040Z, 1/400sec, F4
“I can feel R.Piano’s passion to the dissection of thearchitectural shape.
But this force person into obedience, I think.”
A Plastic Nest07.14.2001, Olympus C2040Z, 1/160sec, F1.8“A duck adapt its nest architecture to a newenvironment in some brook in Amsterdam,Netherlands. Is this funny?”
A Plastic Nest07.14.2001, Olympus C2040Z, 1/160sec, F1.8“A duck adapt its nest architecture to a newenvironment in some brook in Amsterdam,Netherlands. Is this funny?”
Graves in Kumamoto, Japan10.20.2001, Olympus C2100UZ, 1/500sec, F3.2Graves in Kumamoto, Japan10.20.2001, Olympus C2100UZ, 1/500sec, F3.2
Architectural Photography .. & DBHow to handle those giga‐bytes digital pictures?
Thanks to funded‐projects and many people, J‐K Lee had involved in several over‐seas travels for various purposes during his MS study. He was an early‐adopter in high‐resolution digital camera and related devices. This work briefly shows what he took in his viewfinder, and what he did for giga‐bytes of digital pictures. 2002.
Today, many people used digital camera because of convenience and unlimited film.Howeve r, this technology brought about unexpected new problems.“How can I handle the pictures immediately and adequately? There are tremendousphoto files and folders! File names cannot give me any information about the photo Iwant now!”I thought web-based file management system is more convenient than folder-basedfile management system which most people used in their PC. Regarding my severalprojects about architecture materials, I programmed ‘Web Image-Database System ’for me. No w, this system is used in my department and laboratory with e fficienc y.The system includes ‘Image Resize r’ which automatically resize images on the Webserver in real time when users uploaded their images or photos through theAdministrator Mode. The system also includes ‘Contents Edito r’ for editing the textinformation about the current image or photo. This enable user to save their time fromthe wandering in so many useless photos and images.This shows an example of using the system in our graduation studio ’s photo galler y.
Album List: Categorized photo and images
Image List: sorted by many options - file name,date, title, index, key word, upload use r, etc.
Image View: image with current information
Click imagepop-up large imageand images slide show
Add a new albumand manage current albums
Edit current image and related information
Image search engine
digital image databasePersonal Work: Development of web-based digital photo / image database
2000B.S.Department of Housing and Interior Design, Yonsei University, Seoul, Korea.
2003
M.S.Emphasis in Digital Design Media, Advisor: Professor Hyunsoo Lee.Department of Housing and Interior Design, Yonsei University, Seoul, Korea.
2010
Ph.D.Major in Design Computing, Advisor: Professor Charles M. Eastman, College of Architecture, Georgia Institute of Technology.Minor in Computer Science – Database, Advisor: Professor Shamkant B. Navathe, School of Computer Science, Georgia Institute of Technology.Coursework: 5‐semester, Qual Paper Exam: passed Sep 2008, Comp Exam: passed Dec 2008,Dissertation Proposal Defense: Apr 2010, Final Defense: Dec 2010. (Commencement: May 2011)
EDUCATION
2000B.S.Department of Housing and Interior Design, Yonsei University, Seoul, Korea.
2003
M.S.Emphasis in Digital Design Media, Advisor: Professor Hyunsoo Lee.Department of Housing and Interior Design, Yonsei University, Seoul, Korea.
2010
Ph.D.Major in Design Computing, Advisor: Professor Charles M. Eastman, College of Architecture, Georgia Institute of Technology.Minor in Computer Science – Database, Advisor: Professor Shamkant B. Navathe, School of Computer Science, Georgia Institute of Technology.Coursework: 5‐semester, Qual Paper Exam: passed Sep 2008, Comp Exam: passed Dec 2008,Dissertation Proposal Defense: Apr 2010, Final Defense: Dec 2010. (Commencement: May 2011)
EDUCATION
BACKGROUNDS / SKILLS / INTERESTSDesign Computing, BIM, Design Rule Checking & Analysis, Design Informatics, Design & ICTMr. Jin Kook Lee is a researcher and developer in the field of Design Computing regarding the issues between people and computers when designing and building the environment. He pursues “better environment” based on his interdisciplinary studies in architecture, computer science, design and design computing. Particularly the Building Information Modeling (BIM)‐enabled technology is one of his research directions that have been explored in his PhD studies. He received a PhD from Georgia Tech and a postdoctoral research fellow for the Digital Building Lab led by his advisor Professor Charles M. Eastman. He has been involved in several BIM‐related pragmatic research and software development projects with renowned people and organizations in the area of AEC‐FM (architecture, engineering, construction, and facility management). He and his team received “BIM Award Citation at 2008 AIA TAP BIM Award” from the AIA (American Institute of Architects) based on their research and development project funded by the US GSA. Before he joined Georgia Tech, he studied and worked in the Digital Design Media Lab led by Professor Hyunsoo Lee at Yonsei University, as well as the Yonsei Institute of Media Art and Institute of Millennium Environmental Design and Research.
JIN KOOK LEEPostdoctoral Research Fellow, Digital Building Lab, Georgia Institute of TechnologyHinman Research Building Room 234, 247 4th street, Atlanta, GA30332‐0155, USA. Cell: 404‐775‐1573, Office: 404‐894‐[email protected], [email protected], dcom.arch.gatech.edu/jklee
BACKGROUNDS / SKILLS / INTERESTSDesign Computing, BIM, Design Rule Checking & Analysis, Design Informatics, Design & ICTMr. Jin Kook Lee is a researcher and developer in the field of Design Computing regarding the issues between people and computers when designing and building the environment. He pursues “better environment” based on his interdisciplinary studies in architecture, computer science, design and design computing. Particularly the Building Information Modeling (BIM)‐enabled technology is one of his research directions that have been explored in his PhD studies. He received a PhD from Georgia Tech and a postdoctoral research fellow for the Digital Building Lab led by his advisor Professor Charles M. Eastman. He has been involved in several BIM‐related pragmatic research and software development projects with renowned people and organizations in the area of AEC‐FM (architecture, engineering, construction, and facility management). He and his team received “BIM Award Citation at 2008 AIA TAP BIM Award” from the AIA (American Institute of Architects) based on their research and development project funded by the US GSA. Before he joined Georgia Tech, he studied and worked in the Digital Design Media Lab led by Professor Hyunsoo Lee at Yonsei University, as well as the Yonsei Institute of Media Art and Institute of Millennium Environmental Design and Research.
JIN KOOK LEEPostdoctoral Research Fellow, Digital Building Lab, Georgia Institute of TechnologyHinman Research Building Room 234, 247 4th street, Atlanta, GA30332‐0155, USA. Cell: 404‐775‐1573, Office: 404‐894‐[email protected], [email protected], dcom.arch.gatech.edu/jklee
03.2001 – 08.2002
Knowledge based Cyber Housing (PI: Prof. Hyunsoo Lee)Supportive research activities as an M.S. student for the BK21 project, at the department of Housing and Interior Design, YonseiUniversity. Funded by the Brain Korea 21st Century Division, The Ministry of Science and Technology of Korea.
09.2003 – 02.2004
Digitalization of Jikji (PI: Prof. Jungtaek Im, Director of Yonsei Institute of Media Art)Development of digitalized media for representing Korean Memory of the World: Jikji. Yonsei Institute of Media Art and the Cheongju Early Printing Museum. Funded by Korean National Commission for UNESCO.
03.2004 – 07.2004
The Color Plan of International Character by Color‐Syntax (PI: Prof. Hyunsoo Lee)Supportive research activities as an MS researcher, for the research and analysis on the color characters of other countries’national gates, Digital design media lab, Yonsei University. Funded by Ministry of Commerce, Industry and Energy of Korea.
08.2004 – 11.2004
The Good Design for the Era of Diversity: Universal Design (PI: Prof. Yeonsook Lee)Development of the web survey system for the session of the Digital Home Appliances and Faucet Designs, an exhibition and symposium in Hangaram Design Museum, Seoul Arts Center, hosted by Yonsei Institute of Millennium Environmental Design and Research. Supported by Ministry of Culture & Tourism of Korea.
05.2006 – 08.2006
Solar Decathlon 2007 (PI: Prof. Charles M. Eastman, Franca Trubiano)Initial research for applying BIM techniques on the Georgia Tech’s solar decathlon house. Funded by the U.S Department of Energy's Office of Energy Efficiency and Renewable Energy.
05.2009 – 10.2009
Qatar Building EPSCT (PI: Prof. Godfried Augenbroe)Development of the EPSCT (Building energy performance standard calculation toolkit) for Qatar. Building Technology Program, Georgia Tech. Funded by BARWA Real Estate Company (BARWA) and Qatari Diar Real Estate Investment Company (Qatari Diar), partnership with TC Chan Center at the University of Pennsylvania.
08.2005 – Present
BIM Resources at Georgia Tech (PI: Prof. Charles M. Eastman)Researching BIM (Building Information Modeling) Resources for architects, engineers, and constructors. AEC Integration Lab, Georgia Tech. bim.arch.gatech.edu. Funded by local/statewide AEC firms in the U.S.
08.2006 – Present
BIM Enabled Design Guide Automation (PI: Prof. Charles M. Eastman, Georgia Tech)Research and software development for the U.S. Courthouse design assessment system using BIM. Digital Building Lab, Georgia Tech. Funded by the U.S. GSA (General Services Administration).
RESEARCH PROJECT
03.2001 – 08.2002
Knowledge based Cyber Housing (PI: Prof. Hyunsoo Lee)Supportive research activities as an M.S. student for the BK21 project, at the department of Housing and Interior Design, YonseiUniversity. Funded by the Brain Korea 21st Century Division, The Ministry of Science and Technology of Korea.
09.2003 – 02.2004
Digitalization of Jikji (PI: Prof. Jungtaek Im, Director of Yonsei Institute of Media Art)Development of digitalized media for representing Korean Memory of the World: Jikji. Yonsei Institute of Media Art and the Cheongju Early Printing Museum. Funded by Korean National Commission for UNESCO.
03.2004 – 07.2004
The Color Plan of International Character by Color‐Syntax (PI: Prof. Hyunsoo Lee)Supportive research activities as an MS researcher, for the research and analysis on the color characters of other countries’national gates, Digital design media lab, Yonsei University. Funded by Ministry of Commerce, Industry and Energy of Korea.
08.2004 – 11.2004
The Good Design for the Era of Diversity: Universal Design (PI: Prof. Yeonsook Lee)Development of the web survey system for the session of the Digital Home Appliances and Faucet Designs, an exhibition and symposium in Hangaram Design Museum, Seoul Arts Center, hosted by Yonsei Institute of Millennium Environmental Design and Research. Supported by Ministry of Culture & Tourism of Korea.
05.2006 – 08.2006
Solar Decathlon 2007 (PI: Prof. Charles M. Eastman, Franca Trubiano)Initial research for applying BIM techniques on the Georgia Tech’s solar decathlon house. Funded by the U.S Department of Energy's Office of Energy Efficiency and Renewable Energy.
05.2009 – 10.2009
Qatar Building EPSCT (PI: Prof. Godfried Augenbroe)Development of the EPSCT (Building energy performance standard calculation toolkit) for Qatar. Building Technology Program, Georgia Tech. Funded by BARWA Real Estate Company (BARWA) and Qatari Diar Real Estate Investment Company (Qatari Diar), partnership with TC Chan Center at the University of Pennsylvania.
08.2005 – Present
BIM Resources at Georgia Tech (PI: Prof. Charles M. Eastman)Researching BIM (Building Information Modeling) Resources for architects, engineers, and constructors. AEC Integration Lab, Georgia Tech. bim.arch.gatech.edu. Funded by local/statewide AEC firms in the U.S.
08.2006 – Present
BIM Enabled Design Guide Automation (PI: Prof. Charles M. Eastman, Georgia Tech)Research and software development for the U.S. Courthouse design assessment system using BIM. Digital Building Lab, Georgia Tech. Funded by the U.S. GSA (General Services Administration).
RESEARCH PROJECT
01.1995 – 03.1997Military Service, Instructor, HQ of the 30th Mechanized Division, Republic of Korea Army.
1998Undergraduate Students Assistantship from Yonsei UniversityAssistantship for the college web server system administration, Yonsei University. Fall 1998.
1999Undergraduate Honors Student & Scholarship from Yonsei UniversityAn honors student and recipient of scholarship from Yonsei University, Spring 1999.
05.2000Winner Prize “Starcraft” Game Championship at workHanssem Co, Ltd. with Hansol Telecom Co, Ltd. Awarded $3,000.
2001 – 2002
Graduate Teaching Assistantship from Yonsei UniversityTeaching Assistant for the graduate classes: “Study on Urban Housing Environment” and “CAAD and Computer Graphics Design Studio”
2001 – 2002
Graduate BK21 Research Assistantship from Yonsei UniversityFunded by Brain Korea 21st Century Division, The Ministry of Science and Technology of Korea.
2001 – 2003
LG Yeonam Foundation Scholarship GranteeAll‐expense award grantee for the M.S. course, LG Yeonam Foundation, Seoul, Korea.
12.1999Second Winner Prize “Cyber Housing”,The Cyber Housing Awards of The Korean Housing Association, Dec. 1999.
11.2001Selected Top 30 “Digital Architecture Press”,The 2001 Digital Architecture Contents Awards of Architectural Institute of Korea, Nov. 2001.
11.2002Special Selection “Cyber Town”,The 2002 Digital Architecture Contents Awards of Architectural Institute of Korea, Nov. 2002.
11.2003
Award Winners at FEIDAD 2003 (Design Merit Award) “Blurring Space”, The 2003 International Digital Architectural Design Competition supported by the Far Eastern Group, Taiwan. Awarded $5,000, certificate and a trophy. www.feidad.org/2003.
01.2008– 12.2008
President of the Korean Student Association “GTCOAKSA – Georgia Tech College of Architecture”, gtcoaksa.org.
08.2005– 12.2010
Graduate Research Assistantship from Georgia TechFull‐time RA for the Digital Building Lab, Tuition waived and stipends.
08.2008BIM Award Citation at 2008 AIA TAP BIM Award “Automated Circulation Validation using BIM” Support for Human Use and Innovative Program Requirements Using BIM, The American Institute of Architects (AIA), 2008. www.aia.org.
AWARDS, HONORS, SCHOLARSHIPS, & OTHERS
01.1995 – 03.1997Military Service, Instructor, HQ of the 30th Mechanized Division, Republic of Korea Army.
1998Undergraduate Students Assistantship from Yonsei UniversityAssistantship for the college web server system administration, Yonsei University. Fall 1998.
1999Undergraduate Honors Student & Scholarship from Yonsei UniversityAn honors student and recipient of scholarship from Yonsei University, Spring 1999.
05.2000Winner Prize “Starcraft” Game Championship at workHanssem Co, Ltd. with Hansol Telecom Co, Ltd. Awarded $3,000.
2001 – 2002
Graduate Teaching Assistantship from Yonsei UniversityTeaching Assistant for the graduate classes: “Study on Urban Housing Environment” and “CAAD and Computer Graphics Design Studio”
2001 – 2002
Graduate BK21 Research Assistantship from Yonsei UniversityFunded by Brain Korea 21st Century Division, The Ministry of Science and Technology of Korea.
2001 – 2003
LG Yeonam Foundation Scholarship GranteeAll‐expense award grantee for the M.S. course, LG Yeonam Foundation, Seoul, Korea.
12.1999Second Winner Prize “Cyber Housing”,The Cyber Housing Awards of The Korean Housing Association, Dec. 1999.
11.2001Selected Top 30 “Digital Architecture Press”,The 2001 Digital Architecture Contents Awards of Architectural Institute of Korea, Nov. 2001.
11.2002Special Selection “Cyber Town”,The 2002 Digital Architecture Contents Awards of Architectural Institute of Korea, Nov. 2002.
11.2003
Award Winners at FEIDAD 2003 (Design Merit Award) “Blurring Space”, The 2003 International Digital Architectural Design Competition supported by the Far Eastern Group, Taiwan. Awarded $5,000, certificate and a trophy. www.feidad.org/2003.
01.2008– 12.2008
President of the Korean Student Association “GTCOAKSA – Georgia Tech College of Architecture”, gtcoaksa.org.
08.2005– 12.2010
Graduate Research Assistantship from Georgia TechFull‐time RA for the Digital Building Lab, Tuition waived and stipends.
08.2008BIM Award Citation at 2008 AIA TAP BIM Award “Automated Circulation Validation using BIM” Support for Human Use and Innovative Program Requirements Using BIM, The American Institute of Architects (AIA), 2008. www.aia.org.
AWARDS, HONORS, SCHOLARSHIPS, & OTHERS
Hyunsoo LeeProfessor, Department of Housing and Interior Design, Yonsei University.134 Sinchon‐dong, Seodaemun‐gu, Seoul 120‐749, Korea O: 82‐2‐2123‐3136, email: [email protected]
Advisor for the MS at Yonsei University,PI for research projects
Godfried L. AugenbroeProfessor, College of Architecture, High Performance Buildings Program, Georgia Tech.247 4th street, Atlanta, GA 30332‐0155 O: 1‐404‐894‐1686, email: [email protected]
PI for research projects
John PeponisProfessor, Director of PhD Program, College of Architecture, Organizational & Cognitive Performance Program, Georgia Tech.247 4th street, Atlanta, GA 30332‐0155 O: 1‐404‐894‐7667, email: [email protected]
Dissertation Committee,Director of PhD Program
Shamkant B. NavatheProfessor, School of Computer Science, Georgia Tech.801 Atlantic Dr. NW, Atlanta, GA 30332‐0280O: 1‐404‐894‐0537, email: [email protected]
Advisor for the PhD minor in Computer Science ‐Databases
Charles M. EastmanProfessor, College of Architecture and Computing, Georgia Tech.Director of the Digital Building Laboratory.247 4th street, Atlanta, GA 30332‐0155O: 1‐404‐894‐3477, email: [email protected]
Advisor for the PhD major in Design Computing,PI for research projects
REFERENCES
Hyunsoo LeeProfessor, Department of Housing and Interior Design, Yonsei University.134 Sinchon‐dong, Seodaemun‐gu, Seoul 120‐749, Korea O: 82‐2‐2123‐3136, email: [email protected]
Advisor for the MS at Yonsei University,PI for research projects
Godfried L. AugenbroeProfessor, College of Architecture, High Performance Buildings Program, Georgia Tech.247 4th street, Atlanta, GA 30332‐0155 O: 1‐404‐894‐1686, email: [email protected]
PI for research projects
John PeponisProfessor, Director of PhD Program, College of Architecture, Organizational & Cognitive Performance Program, Georgia Tech.247 4th street, Atlanta, GA 30332‐0155 O: 1‐404‐894‐7667, email: [email protected]
Dissertation Committee,Director of PhD Program
Shamkant B. NavatheProfessor, School of Computer Science, Georgia Tech.801 Atlantic Dr. NW, Atlanta, GA 30332‐0280O: 1‐404‐894‐0537, email: [email protected]
Advisor for the PhD minor in Computer Science ‐Databases
Charles M. EastmanProfessor, College of Architecture and Computing, Georgia Tech.Director of the Digital Building Laboratory.247 4th street, Atlanta, GA 30332‐0155O: 1‐404‐894‐3477, email: [email protected]
Advisor for the PhD major in Design Computing,PI for research projects
REFERENCES
Portfolio :: Design & Computation© 2011 JIN KOOK [email protected] dcom.arch.gatech.edu/jklee