undergraduate architecture portfolio
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CHLOE LOCKMAN
CHLOE LOCKMAN | UNDERGRADUATE PORTFOLIO | 2015
CHLOE LOCKMAN
CHLOE LOCKMAN | UNDERGRADUATE PORTFOLIO | 2015
04
CONTENT Name Chloe Marie Lockman
Date of Birth 08.11.1993
Hometown Kansas City, KS
Education University of Kansas
ARCHITECTURE
Venice Intersections
The Armitage Pavilion
The Secret Chord & The Timber Tower
GRAPHICS
Architecture Lecture Series & Events
RESEARCH
Laser Scanning
ABOUT THE AUTHOR
CONTENT
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CHLOE LOCKMAN | UNDERGRADUATE PORTFOLIO | 2015
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PROJECT 01 02 03 04 05 06 | 07
01 | VENICE INTERSECTIONS | SPRING 2013
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Design PromptThe project site is one of the only blank spaces within Venice. How does its relation to the spaces around it change how you will design, and how will you design to fit within the historical context of Venice? Design a spatial sequence of buildings able to hold a performance space, art gallery, cafe, office space, and garden, able to host the Venice Biennale in the future.
ResponseVenice is a city set in the past and full of a culture all its own. In designing a space for Venice to display this culture, it only made sense to create more of a backdrop for the culture rather than a cultural symbol of its own. I examined the city grid based on the water, and the spacial patterns created by that orientation. I took what I learned in those studies and created a simple series of walls and planes in line with the city. These concrete planes create interesting spaces for art and culture to be presented, making the culture and people more important than the architecture itself. The city is projected on the architecture, rather than the architecture projected on the city.
VENICE INTERSECTIONSCategoryArchitectureIndividual
SettingSanta Marta, Venice, Italy
DateSpring 2013
InstructorRenee Diaz
01 | VENICE INTERSECTIONS | SPRING 2013
PROJECT 01 02 03 04 05 06 | 09
The architecture of Venice is built around the rivers that form the streets of the city. This pattern revolving around the rivers creates funnels of space found within the city.
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01 | CONTEXT & CONCEPT | SPRING 2013
PROJECT 01 02 03 04 05 06 | 011
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I overlapped the project site with two grids: The industrial orthogonal grid directly to the East, and the unorthodox grid aligning to the river. I used these grids as the basis for my massing.
01 | BASIC MASSING | SPRING 2013
PROJECT 01 02 03 04 05 06 | 013
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01 | SPATIAL SEQUENCE | SPRING 2013
PROJECT 01 02 03 04 05 06 | 015
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The tower creates a point of interest visible within the city, like a glass beam of light beckoning visitors
01 | PROGRAM | SPRING 2013
PROJECT 01 02 03 04 05 06 | 017
Exhibition Space
Casual Performance & Gathering Space
Lecture Hall
The general masses were intersected with floor plates and later walls
to create an interesting sequence of spaces through
the pavilion.
Cafe & Bar
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01 | COURTYARD SPACE | SPRING 2013
PROJECT 01 02 03 04 05 06 | 019
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01 | SITE PLAN | SPRING 2013
PROJECT 01 02 03 04 05 06 | 021
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01 | SPATIAL SEQUENCE | SPRING 2013
PROJECT 01 02 03 04 05 06 | 023
1
2
3
3
3
3
4
4
4
4
5
6
7
8
8
9
10
11
11 12
First Floor
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1. Auditorium2. Bar/Reception area3. Restrooms4. Lobby5. Kitchen6. Seating 7. Gallery8. Docking Area9. Walk through Coffee Shop10. Gathering Space11. Garden12. Classroom
1
2
3
4
5
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77
7
5
Second Floor
01 | FLOOR PLANS | SPRING 2013
PROJECT 01 02 03 04 05 06 | 025
1. Auditorium2. Bar/Reception area3. office and ticket counter4. Lobby5. deck6. Seating 7. Gallery
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01 | VIEW FROM TOWER | SPRING 2013
PROJECT 01 02 03 04 05 06 | 027
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PROJECT 01 02 03 04 05 06 | 029
02 | THE ARMITAGE PAVILION | SPRING 2014
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Design PromptDesign a dining pavilion for the University of Kansas Field Station adjacent to their headquarters. Use this structure to express a poetic sense of place while serving the pragmatic need for a gathering space out of the sun. Focus on the articulation of a larger narrative and the expression of details.
SolutionThe Armitage Pavilion is a series of earthen walls gradually growing as you approach from the parking lot. A red stripe, quite small initially, blossoms as the walls grow. The walls continue directly South while the existing sidewalk takes a 45 degree turn. The timber canopy is formed where the geometries intersect, creating a peaceful resolution. The canopy interweaves and flows with the prairie grass, creating a natural rhythm of colors and materials. Views to the prairie grass are framed by the earthen walls, as strong Northern winds are blocked, creating an inhabitable and inviting space for guests of the Field Station.
CategoryDesign/Build StudioGroup Project
RoleProject Manager
SettingLawrence, Kansas
DateSpring 2014
InstructorChad Kraus
PhotographyMatt Kleinmann
Awards
AIA Kansas Honor Award 2014
PROJECT 01 02 03 04 05 06 | 031
02 | THE ARMITAGE PAVILION | SPRING 2014
THE ARMITAGE PAVILION
The underside of the louvers were carved and shifted to mimic the flowing nature of the prairie grass near the project site. The dynamic nature of the carvings pull visitors into the pavilion.
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PROJECT 01 02 03 04 05 06 | 033
02 | THE ARMITAGE PAVILION | SPRING 2014
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A series of rammed earth walls lead you from the parking lot into the Armitage Pavilion. The walls are divided to create a connection from the pavilion to the prairie grass beyond. The direct Northern axis of the walls helps to resolve the jumble of geometries present at the existing Armitage center.
PROJECT 01 02 03 04 05 06 | 035
02 | CONTEXT & CONCEPT | SPRING 2014
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The series of rammed Earth walls grow in stature as you are brought into the pavilion, creating a dramatic procession growing out of the prairie grass.
PROJECT 01 02 03 04 05 06 | 037
02 | APPROACH | SPRING 2014
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PROJECT 01 02 03 04 05 06 | 039
02 | RAMMED EARTH DETAIL | SPRING 2014
3’-0”
HEIGHT VARIE
S6”
CONCRETE CAP
1’-6”
3” 3”
RAMMED EARTH WALL
#4 REBAR @ 1’6” O.C.
2” CLEAN PEA GRAVEL
2” AB3 GRAVEL
EXISTING CONC. SLAB ON GRADE
CONC. BELL FOOTING
To create the evolving nature of the louvers, each louver was uniquely designed and hand carved. Louvers were labeled and stored in three groups: East, Middle, and West louvers. The louvers were then test fit together prior to transportation.
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PROJECT 01 02 03 04 05 06 | 041
02 | LOUVER DETAILS | SPRING 2014
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COLUMN TO WALL CONNECTION
COLUMN TO LOUVER CONNECTION
THREADED ROD DETAIL
2”x10” WOOD COLUMN
GALVANIZED STEEL STRAP
2”X10” WOOD LOUVER
(2)2”X10” SISTERED BEAM
(6)1/2”LAG BOLTS
2”x10” WOOD COLUMN
NEW RAMMED EARTH WALL
1/2” GROUT
1/2” STEEL PLATE
(4) 1/2” THREADED ROD
(4) 3/8” ANCHOR BOLTS
3/8” COUPLING NUT
3/8” THREADED ROD3/8” WASHER
2”X10” WOOD LOUVER
PROJECT 01 02 03 04 05 06 | 043
02 | LOUVER DETAILS | SPRING 2014
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PROJECT 01 02 03 04 05 06 | 045
02 | CANOPY ASSEMBLY | SPRING 2014
CABLE THIMBLE
HEX-HEAD LAG SCREW
45
CABLE FERRULE
CABLE CRIMPTURN BUCKLE
The recycled telephone poles Westar donated could not span the 20’ plus lengths we wanted to achieve, so the group devised an interlocking scheme connected by cable to take advantage of the abundant smaller lengths we had in our possession.
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PROJECT 01 02 03 04 05 06 | 047
02 | CANOPY ASSEMBLY | SPRING 2014
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03
PROJECT 01 02 03 04 05 06 | 049
03 | THE SECRET CHORD & THE TIMBER TOWER | FALL 2014
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Design PromptAn acclaimed Finnish Luthier and her family have recently relocated to Kansas City, Missouri to open a luthier’s workshop - The Secret Chord. In addition to the workshop, she is envisioning a retail space to sell her work as well as an intimate performance space. In collaboration with an unorthodox local developer, with an interest in environmental stewardship, the team plans to create a mixed-use, mid-rise, timber tower. The developer aims to build residential units at a variety of price points and types. The client aims to create a work of architecture that will honor the material of wood with a CLT structure, and a shared sense of craft.
ResponseThe project site lay on the cusp of large and small, dramatic and quaint, engaging and calming. I felt the building needed to mediate this change in scenery and attempt to connect the polar aspects of the program. I aimed to connect to the drama of the Kauffman center and other performing arts spaces in the area, while still creating a residential feel. I drew attention to the wood by contrasting the solid nature of CLT with the light metal and glulam columns.
CategoryArchitecture StudioIndividual
SettingKansas City, Missouri
DateFall 2014
InstructorChad Kraus
PROJECT 01 02 03 04 05 06 | 051
THE SECRET CHORD & THE TIMBER TOWER
03 | THE SECRET CHORD & THE TIMBER TOWER | FALL 2014
8th St
9th St
10th St
11th St
12th St
13th St
The project site is located on 10th street in Kansas City, Missouri in-between Central and Broadway. It is on the cusp of the large scale downtown and the smaller scale residential area of Quality Hill. Central street is known for its performing arts background, creating a direct axis between our site and the Kauffmann Center of Performing Arts. The map is cropped at a 15 minute walk radius.
Projected streetcar line
B-cycle Station
Heritage Bike Trail
cultural points
KEY:
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The project program creates an automatic discrepancy between the retail and residences. I chose to draw attention to this concept and create a more private, idealized form for the residences, and a more engaging front for the retail with a courtyard space.
PROJECT 01 02 03 04 05 06 | 053
03 | CONTEXT & CONCEPT | FALL 2014
N
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The courtyard and street front are engaged by bifolding aluminum panels, creating an extention of of the performance space. This space can be fitted with removable seating or simply used as an overflow space during a performance.
PROJECT 01 02 03 04 05 06 | 055
03 | SITE PLAN & GROUND FLOOR PLAN | FALL 2014
The bifolding aluminum panels are set back 1’6” from a glass curtain wall, creating a metal veil around the wooden struc-ture within. Steel angles on the corners where two panels meet, create a cohesive edge.
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10” by 10” Glulam Column
Welded connection
1’6”
Schweiss Bi-fold Door
Perforated Aluminum
3”x3” Steel Angle Side Rail
6”x6” Hollow Steel Tube
Wind Rail
PROJECT 01 02 03 04 05 06 | 057
03 | SOUTH ELEVATION & BIFOLD DETAIL | FALL 2014
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PROJECT 01 02 03 04 05 06 | 059
03 | WESTERN APPROACH | FALL 2014
Volume of wood products used:
57951 cubic feet of lumber and sheathing
U.S. and Canadian forests grow this in:
5 minutes
Carbon stored in wood:
1140 metric tons of carbon dioxide
Avoided greenhouse gas emissions:
445 metric tons of carbon dioxide
1585 metric tons of carbon dioxide
Energy to operate a home for 135 years
Equivalent to:
303 cars off the road for a year
Total potential carbon benefit:
West Elevation
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North Elevation
PROJECT 01 02 03 04 05 06 | 061
03 | ELEVATIONS | FALL 2014
First-Third Floors
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Fourth Floor Penthouse
PROJECT 01 02 03 04 05 06 | 063
03 | RESIDENTIAL FLOOR PLANS | FALL 2014
Lavender
Goldear Grass
Ozark Sundrop
Sea Thrift
Caucasian Chamomile
Stonecrop
The interaction of two masses created an interesting opportunity for interaction. Placing inset balcononies in the apartments and a green roof on the retail level roof, one can now directly interact with the green roof from their homes.
7-Layer (10.5) CLT Slab
7-Layer(10.5”) CLT
Moisture Barrier
4” sloped XPS Insulation
12” Acoustic Drop Ceiling,with roof drainage
30” Acoustic Drop Ceiling,with roof drainage & HVAC
Root Barrier
Moisture Barrier8” XPS Insulation
42 lb/sqft, 1.8 gal/sqft water retention rate
5” “ZinCo Blend Growing Medium
Filter Sheet SFDrainage Element
6-20” Ornamental Sedum
2x4” Treated Wood Sleepers,16” OC,wedging
1x6” Cumaru Decking
5/ 8” tongue and groove wood flooring
7 Layer (10.5”) CLT with Radiant Tubing
1/4” Acoustic Mat & 3/4” Underlayment
1/2” Gypsum Board
5 Layer (7.5“) Non-Bearing CLT Wall
4” Polyiso with foil
Tyvek Wrap
1” Horizontal Cumaru Rain Screen attached by Cladding Clips
R- Value 38
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7-Layer (10.5) CLT Slab
7-Layer(10.5”) CLT
Moisture Barrier
4” sloped XPS Insulation
12” Acoustic Drop Ceiling,with roof drainage
30” Acoustic Drop Ceiling,with roof drainage & HVAC
Root Barrier
Moisture Barrier8” XPS Insulation
42 lb/sqft, 1.8 gal/sqft water retention rate
5” “ZinCo Blend Growing Medium
Filter Sheet SFDrainage Element
6-20” Ornamental Sedum
2x4” Treated Wood Sleepers,16” OC,wedging
1x6” Cumaru Decking
5/ 8” tongue and groove wood flooring
7 Layer (10.5”) CLT with Radiant Tubing
1/4” Acoustic Mat & 3/4” Underlayment
1/2” Gypsum Board
5 Layer (7.5“) Non-Bearing CLT Wall
4” Polyiso with foil
Tyvek Wrap
1” Horizontal Cumaru Rain Screen attached by Cladding Clips
R- Value 38
PROJECT 01 02 03 04 05 06 | 065
03 | BALCONY DETAIL | FALL 2014
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1/2” Tempered Glass
Aluminum Flashing
Sloped Wood Blocking
Drip Edge
Concealed Railing Connection
3 Coat Stucco 1/2” backing board
Termination Bead
The upper balconies are not in direct relation with the greenroof. They are outfitted with frameless glass railings and sloped wood blocking to create an almost invisible barrier between the carved wood balcony and the city beyond.
PROJECT 01 02 03 04 05 06 | 067
03 | BALCONY DETAIL | FALL 2014
5/ 8” tongue and groove wood flooring
7 Layer (10.5”) CLT with Radiant Tubing
1/4” Acoustic Mat & 3/4” Underlayment
1/2” Gypsum Board
5 Layer (7.5“) Non-Bearing CLT Wall
4” Polyiso with foil
Tyvek Wrap
1” Horizontal Cumaru Rain Screen attached by Cladding Clips
R- Value 38
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04
PROJECT 01 02 03 04 05 06 | 069
04 | ARCHITECTURE LECTURE SERIES & EVENTS | FALL 2014
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Oct
17
- 31 W
ater
colo
r S
erie
s
Jun 01 - 07 Design Futures Conference
Mar 27 - 28 Studio 804 20th Anniversary
Portfolio Review
Oct 20 G. Halegoua
Nov 24 M. Kleinmann
Nov 10 F. Karim
In P
rogr
ess
Lect
ure
Ser
ies
Nov 21 J. Brandt Oct 18 J. Good
Aug 29 N. Gilliland
Alumni Lecture Series
Oct 19 Workshop
Jan 23 Port Architects
Jan 22 - 24 Water Charrette
Architecture Events & Lectures
Sep 19
- 20 F
amily W
eekend
2014
-201
5Mar 28 [RE]engaged
Architecture
Sep
20
- Oct
06
Les
niko
wsk
i Ret
rosp
ecti
ve
Sep 20 P. Engel
Sep 04 - 06 Chicago Trip
Nov 4
Nov 06 - Dec 02 TransformKC
Design PromptThe School of Architecture desired a calendar to display the up-coming events of the semester in a fun and exciting way.
SolutionEach pipe line on the poster describes a theme. Lectures and events emerge through the course of the pipes. Many of the events fall under multiple themes, emerging from the intersections of these pipes.
CategoryProfessionalGraphic Design
SettingLawrence, Kansas
DateFall 2014
EmployerUniversity of Kansas
PROJECT 01 02 03 04 05 06 | 071
04 | ARCHITECTURE LECTURE SERIES & EVENTS | FALL 2014
ARCHITECTURE LECTURE SERIES & EVENTS
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PROJECT 01 02 03 04 05 06 | 073
04 | LASER SCANNING RESEARCH | SUMMER - FALL 2014
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Faro
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Research PromptLaser scanning technologies have been present in the design community for a period of time from suppliers such as Trimble, but those resources come with a large price tag. More and more companies are coming out with products using hardware, such as the xbox kinect to accomplish the same goal for a much lower cost. This low tech version is much more accessible, and could be used much more casually on a job site.
SolutionWe are proposing that these low tech technologies could be used in conjunction with Building Information Modeling (BIM) to connect designers and job sites at different locations. An object could be fabricated at one location based on a laser scan from the actual job site to insure correct placement, and prevent loss in time and money in the case of incorrect fabrication.
CategoryProfessional
HardwareTrimble TX5XBOX KinectStructure SensorIpad
SoftwareFaro ScenectTrimble RealworksRhinoGrasshopper3DS MaxRevit
SettingLawrence, Kansas
Date05.2014-Present
EmployerKU, Paola Sanguinetti
PROJECT 01 02 03 04 05 06 | 075
05 | LASER SCANNING RESEARCH | 05.2014-PRESENT
LASER SCANNING RESEARCH
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Faro Scenect
BIM
Revit
Data Collection Data Registration Geometry Creation
Calibrate Device ScanMicrosoft Kinect Initial Auto Index Create Reference Objects Place Scans by Objects Delete Unwanted Points Export .PTS File
36.6 MB.PTS File
PC
Import .PTS File
Grasshopper WeaverbirdKangaroo Rhino
3D Proximity Mapping Create Mesh from LinesDelete Duplicate Lines Mesh Blur Export .DXF File
53 MB.DXF File
444208 Faces
MS
Mesh Optimization
Calculate # of Faces Decrease # of Faces Export .DXF File
9 MB.DXF File
31529 Faces
MS
Import .DXF FileSelect/Segment Points Import .DXF File
3DS Max ProOptimizer Tool
$$$$
Show ease of use of laser scanner for prework scan and post intallation scan• Laser scan before• Laser scan after
Trimble RealWorks
BIM
Revit
Data Collection Data Registration Geometry Creation
Set Parameters ScanTrimble TX5 Initial Auto Index Segment Area of Interest Clean Mesh
MS
Mesh Optimization
Calculate # of Faces Decrease # of Faces Export .DXF File
3DS Max
MS
Import .DXF FileCreate Mesh
191 MB.DXF File
473,253 Faces
Export .DXF File Import .DXF File
12 MB.DXF File
31793 Faces
Place Reference Objects
PC
106.8 MB.RWP File
ProOptimizer ToolMesh Creation Tool Mesh Edit Tool
PHASE ONE:I began by comparing scan data previously captured using a Trimble TX5 & Trimble Realworks and data captured using an XBOX Kinect and Scenect. My thesis was that one could accomplish the same goal of moving a mesh created from a scanned point cloud into BIM using the Kinect for much less money than Trimble.
POINT CLOUD COLLECTION & DATA REGISTRATION: Both techniques collect the data as points, rather than directly into mesh form. Trimble data registration was done by an employee of Trimble, while registration for the Kinect data needed to be aligned by hand using Scenect.
GEOMETRY CREATION: The point cloud output is not very useful, so one would need to convert this data into a mesh to import into a building modelling program. All of this can be done within Trimble Realworks, which I broke down into more manageable segments. The kinect data I brought into Rhino, in order to use accessible software. Using the grasshopper plug-in I was able to create a fairly accurate mesh from the kinect point cloud.
Faro Scenect
BIM
Revit
Data Collection Data Registration Geometry Creation
Calibrate Device ScanMicrosoft Kinect Initial Auto Index Create Reference Objects Place Scans by Objects Delete Unwanted Points Export .PTS File
36.6 MB.PTS File
PC
Import .PTS File
Grasshopper WeaverbirdKangaroo Rhino
3D Proximity Mapping Create Mesh from LinesDelete Duplicate Lines Mesh Blur Export .DXF File
53 MB.DXF File
444208 Faces
MS
Mesh Optimization
Calculate # of Faces Decrease # of Faces Export .DXF File
9 MB.DXF File
31529 Faces
MS
Import .DXF FileSelect/Segment Points Import .DXF File
3DS Max ProOptimizer Tool
$$$$
Show ease of use of laser scanner for prework scan and post intallation scan• Laser scan before• Laser scan after
Trimble RealWorks
BIM
Revit
Data Collection Data Registration Geometry Creation
Set Parameters ScanTrimble TX5 Initial Auto Index Segment Area of Interest Clean Mesh
MS
Mesh Optimization
Calculate # of Faces Decrease # of Faces Export .DXF File
3DS Max
MS
Import .DXF FileCreate Mesh
191 MB.DXF File
473,253 Faces
Export .DXF File Import .DXF File
12 MB.DXF File
31793 Faces
Place Reference Objects
PC
106.8 MB.RWP File
ProOptimizer ToolMesh Creation Tool Mesh Edit Tool
PROJECT 01 02 03 04 05 06 |
MESH OPTIMIZATION: In order to bring either mesh into Revit, they need to be optimized using 3DS Max. This brings down the number of faces on the mesh to roughly lower than 40000 ideally. Any more faces creates issues within Revit.
05 | LASER SCANNING RESEARCH: PHASE ONE | 05.2014-PRESENT
CHLOE LOCKMAN | UNDERGRADUATE PORTFOLIO | 2015
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079
Thank you for listening
CHLOE LOCKMAN | UNDERGRADUATE PORTFOLIO | 2015
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AUTHOR
ABOUT THE
ABOUT THE AUTHOR
913-909-6103
1117 Kentucky Street Apt A Lawrence, Kansas 66044
http://issuu.com/chloelockman
Paola Sanguinetti | [email protected] Kraus | [email protected]
EXPERIENCE
Research Assistant | KU | 05.2014-Present
Intern | Ecoabet | 05.2014-10.2014
Graphic Design Assistant | KU | 08.2014-10.2014
Project Manager | Dirt Works | 02.2014-05.2014
EDUCATION
University of Kansas | 09.2011-05.2016
Danish Inst. of Study Abroad | 08.2013-12.2013
RECOGNITION
AIA Kansas Honor Award | 09.2014
Earthen Architecture: Past, Present, and Future| 10.2014
SKILLS
Adobe Creative Suite (Id, Il, Ps)RevitRhinoGrasshopper3DS MaxMeshlab
Designed and fabricated promotional materials for the School of Architecture, including a abstracted Calendar for the year & fundraising graphics.
Developed a project master schedule using critical path method for an 8 week design build project, and used this schedule to monitor day-to-day activities, including team meetings, cooridnation with outside resources, and construction management. I helped to bring in the project on time and below budget.
Aided in the planning of a Summer design charrette benefiting local non-profit groups, by creating promotional materials for the charrette & consolidating the results of the charrete for participants.
Researching and testing various laser scanning technologies in order to compare their efficiency and accessibility, and developing this research into a series of workflow diagrams.
PROJECT 01 02 03 04 05 06 | 081
#
&
@
:
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Watkins-Berger Scholar Mount Oread ScholarPresident’s Honor RollWomen in Design ScholarshipAIA Kansas City ScholarshipCurtis Besinger ScholarshipCL Burt Architecture ScholarshipHorner Study Abroad ScholarshipDonald Ewart Memorial ScholarshipIP Study Abroad Scholarship