J O S E P HM . L I T T L E

• Heavy focus on the evolution of architectural materials and methods through computational tool development and applications

• Environmental simulation and building optimization• Parametric design focused on generating high performance

facade applications• Re-use and salvage of detritus spaces in urban settings • Development and analysis of evolutionary tools coinciding

with architecture visualization, production, and delivery

1623 Main St. Apt #614Dallas, TX. 75201

(832)564-9145 j.mac.little@gmail.com

EDUCATION University of HoustonHouston,TX

Bachelor of ArchitectureMinor in World Studies

Minor in Economics

Atelier Andrews Los Angeles, CA.

August 2007-August 2008 Intern/3D Visualization/Concept

Design/Project Designer

WORK & LEADERSHIP EXPERIENCE

• Concept design and production support• Transition from 2D methods to 3D modeling and

visualization• Material evaluation and evolutionary applications• Project development and design validation

Grimshaw Architects London, Eng.

April 2010-August 20113D Visualization/Concept Design/

Computation Analysis/Parametric Tools and Model Development

Robert Morris Architects Design Build

Houston, TX.October 2011-June 2012

3D Visualization/Construction Management/Concept Design/

Computational Design Strategist

SKILLS & INTERESTS

Skills: • Autocad, Revit, Dynamo, 3dsMax, Maya,• Rhino 3d, Grasshopper• Various Energy Modeling and Simulation Tools• GIS, ESRI ArchGIS, Tableau• AdobeSuite- Photoshop, Flash, Indesign, Illustrator• Microsoft- Word, Excel, Powerpoint

• Architecture process evolution through technology exploration and innovations

• Re-investigation of Baroque Architecture in regards to parametric design

Page/ ArchitectsHouston, TX.

Jan 2013-PresentStrategic Consultant/Programming/

Planning/Computational Design Strategy Development/Energy

Simulation Modeling

• Concept design and production support• Parametric tool development with an emphasis on facade

design and fabrication• Generating seamless transition from design to

manufacturing• Project support and development of computation design

strategies

• Concept design and production support• Project Management • Construction Management• Transition from 2D methods to 3D modeling and

visualization• Transition and implementation of paperless strategies and

building documentation

• Pre-design, building programming, and planning• Focus on adapting parametric design tools to evolve the

process of pre-design and building programming• Strategic and facility master planning utilizing customized

GIS tools connecting data collection, 3D modeling, and visualization

• Develop in house applications for computational design, rapid prototyping, building optimization, and energy simulation

Interests:

• Autocad, Revit, Dynamo, 3dsMax, Maya,• Rhino 3d, Grasshopper• Various Energy Modeling and Simulation Tools• GIS, ESRI ArchGIS, Tableau• AdobeSuite- Photoshop, Flash, Indesign, Illustrator• Microsoft- Word, Excel, Powerpoint

• Architecture process evolution through technology exploration and innovations

• Re-investigation of Baroque Architecture in regards to parametric design

• Concept design and production support• Project Management • Construction Management• Transition from 2D methods to 3D modeling and

visualization• Transition and implementation of paperless strategies and

building documentation

• Pre-design, building programming, and planning• Focus on adapting parametric design tools to evolve the

process of pre-design and building programming• Strategic and facility master planning utilizing customized

GIS tools connecting data collection, 3D modeling, and visualization

• Develop in house applications for computational design, rapid prototyping, building optimization, and energy simulation

Graduating from the University of Houston College of Architecture with a Bachelor’s Degree in Architecture heavily focused on computational design and analysis. Prior to joining Page, he was leveraging his knowledge at firms like Grimshaw Architects where he was at the forefront of melding the Architecture process with economic analysis and data collection utilizing cutting edge design tools with computational methods. While at Page he has been focused on adapting his knowledge of parametric design and evaluation to evolve the process of pre-design and building programming. Through technology improvements, more robust data collection capabilities, and highly developed in house applications of computational design he has developed a method for rapid prototyping, building optimization, and simulation testing. This process places emphasis on front loading key data collected in the predesign and programming stages, while building a data driven framework for evaluation and production.

P R O F E S S I O N A L EXPERIENCE

Architectural DesignProgramming Planning

Concept DesignSchematic Design

Construction Documentation

SIGNIFICANT PROJECTS

• Houston Center Repositioning • University of Texas at Austin New Administration Building• 600 Jefferson Street Repositioning • Lone Star College School of Pharmacy• Exxon Mobil Pegasus Place Re-Development• Neighborhood Centers Inc. East Aldine Community Center

and Administration Building • Virginia Electric And Power Company System Operation

Center• Forest Park Prototype Urgent Care Hospital• 2900 Weslayan Center Renovation • KSBJ New Radio Station and Support Facility• Generation Park New Office Building• Exxon Mobile Campus Daycare Facility• Texas State LBJ Student Center Renovation and Addition

Master Planning

Other

• Houston Public Library Strategic and Facility Master Plan• Abu Dhabi National Oil Company Petroleum Institute

Campus Master Plan• Lone Star College Oil and Gas Training Facility Master Plan• Generation Park

• ExxonMobil GREF – GRE Training Course Development Phase 1

• ExxonMobil GREF - Project Manager Training Course Development – Phase Two

• MHMRA Facility Assessment for 2505 and 2508 Southmore Drive

• Task Order 27 - US Department of Defense / Defense Health Agency Department of Defense study of Military Health System

• Accelerated Information Modeling (AIM) Development and Applications

References Available Upon Request