Huang Zhicheng 黄志成 1986
hzc707257785@gmail.com / +1 213 810 0048 / Los Angeles, CA 90007
EDUCATION
2012-2014
University of Southern California (USC) Master’s Degree in Architecture
2006-2011
INTERN EXPERIENCES
02.2012-04.2012
Full-time Internship in [Projects Participated] [Responsibilities]
Nanjing University of Technology (NUT)
[JIAKUN ARCHITECTS]
Shanghai Novartis Campus-Block C6’s Conceptual Design
Graphics, Schematic Design
Bachelor’s Degree in Architecture
05.2012-07.2012
HONORS
2012-2014
USC School of Architecture Scholarship
2007-2008
Crystalcg Corporation Scholarship
2008.
2008 Revit Cup National Design Competition of Architecture Students Prize
2010-2011
First-Class University Merit-based Scholarship
2010-2011
Outstanding graduate design-Group Prize
2009-2010
Third-Class University Comprehensive Scholarship
2007-2008
Third-Class University Comprehensive Scholarship
[Projects Participated] [Responsibilities]
2010.
Xichang Design Institute [Responsibilities]
Social Work University Comprehensive Scholarship
Dada Spring commercial complex, Xining Farmers Market
Project site survey, project designing and communicating with clients
Caohui (Singapore) Designing Studio [Projects Participated] [Responsibilities]
SOFTWARE
Mianyang Office Building
Graphics
[Projects Participated]
2009. 2006-2007
China Southwest Architectural Design and Research Institute Corp. LTD
Baoji Maien Shopping Center, Nanchong Harborfront Hotel
Project designing and Graphics
[3D Modeling] Rhino, Revit, SketchUp, AutoCAD, Grasshopper, Processing. [Rendering] V-ray, Artlantis, Hypershot. [Graphics]
Adobe Photoshop, Adobe Indesign, Adobe Illustrator.
The Autodesk Education team hereby congratulates
BPAC v1.0 - August 2013 TOPICS: Intro to BPA, Climate, Energy Literacy Sun and Shadows, Solar Radiation, Whole Building Energy Analysis, Airflow, Daylighting SOFTWARE: Autodesk Revit, Vasari, GBS
Huang Zhicheng
[Application] Microsoft Office.
for successfully completing the Autodesk Building Performance Analysis Certificate. The recipient is now better prepared to apply building science concepts in the creation of high-performance buildings and put that knowledge into practice with Autodesk software.
Nov 24 2013
Powered by TCPDF (www.tcpdf.org)
1/1
[Certification] Autodesk Building Performance Analysis Certification.
OTHER EXPERIENCES
08.2012-09.2012
AAC Shanghai Computation Workshop
06.2013-08.2013
USC Summer Studio in Paris
Digital Fabrication Work
Concept
-Individual work Date: 07/2014 Programs used: Rhino, Grasshopper, Illustrator
vertical circulation
Fountation
“Main Bone”
“Spring Bone”
Exhibition Space
Exhibition Space
Facade
HVAC systems:
SECTION-I : 1/8
Section-B Building Detail Section-I: 3/16”=1’
B
The envelope of my building is designed not only according to the loads and function of the block, but also to the esthetic aspects. Because of my building is designed in a scatter manner, the envelope should be considered in a consistent manner. For the theater, I need to consider the air quality, control energy consumption, avoid condensation, and provide comfort. For the exhibition part, I pay much attention on air movement and max use of natural lighting. The whole physical components of envelope include the foundation, roof, walls, doors and windows. I design them in a proper dimensions, performance and compatibility of materials, fabrication process and details. What’s more, the connections and interactions are the main factors I designed so that the effectiveness and durability of the building enclosure system is largely enhanced. When considering thermal comfort, I believe envelope design can do a lot of things. Thermal comfort is difficult to measure because it is highly subjective. It depends on the air temperature, humidity, radiant temperature, air speeds, activity rates, and clothing levels. As the most important part of my envelope design is the front façade of theater which use LED glass tube as its finish and lighting systems both in daytime and night.
1: Cast concrete 2: Wooden Pavement 3: Water-Proof 4: Vibration Isolation 5: HVAC 6: Drywall 7:illuminacion indirecte 8: Metal cap 9: Stone Tile 10: Water Proof Membrane 11: Concrete plate 12: Casted concrete 13: LED Tube 14: Seal Mud 15: Ceiling 16: Truss 17: Steel Column 18: Gypsum Board with Semi-Permeable(latex)Paint 19: Tead Plate 20: Wood frame 21: Concrete Plate 22: Beam Flange 23: Weld Backing Bar 24: High Strength Bolt 25: Shear Connection Plate 26: Column Flange 27: Column Sole 28: Second Pouring Layer 29: Draunage Mat
Outdoor vent for air changing inner air supply vent Mechanical Room SUPPLY HVAC DUCTS RETURN HVAC DUCTS
Cooling towers Compressor Condenser Evaporator
Place into the site
STRUCTURE MODEL Structural Systems:
Plan-03
B
Building Detail Section-II: 3/16”=1’