Zehui Li Work Samples

Selected Works 2017-2023

ZEHUI LI

Personal: zehuil@alumni.cmu.edu

Tel: +1 (434)327-0400

EDUCATION

CARNEGIE MELLON UNIVERSITY, PITTSBURGH, PA

Master of Architecture (GPA: 3.63)

Final Studio Project: Growing Braddock Co-Lab. Topic: Urban Food Hub and Community Garden

UNIVERSITY OF VIRGINIA, CHARLOTTESVILLE, VA

M.Arch Course Works and Research

ZHEJIANG UNIVERSITY, HANGZHOU, CHINA

Bachelor of Architecture (Minor: Industrial Design, GPA: 3.8)

EXPERIENCE

WRNS STUDIO, SAN FRANCISCO, CA

- Designer (Project: Peninsula Crossing, Burlingame, CA)

Organized large-scale project Entitlement Set for submission to the Planning and Zoning Department. Part of team that designed large commercial project from Conceptual Design to Construction Documentation. Constructed comprehensive project site model and Led interns on creation of several physical massing iterations.

Assisted Project Architects in developing building details and material selection and collaborated with consultants to establish code-related drawings.

GOA ARCHITECTS, HANGZHOU, CHINA

- Assistant Architect

Assisted Principal Architects with design development and structural design for mixed use high-rise residential tower located in Tianjin CBD.

Created physical models, site plans, and representational diagrams for a private luxury resort project in Vancouver, BC.

Prepared presentation and submitted drawing packages for the Tea House Project in Cang Ma Shan, Shandong Province

STANLEY SAITOWITZ, NATOMA ARCHITECTS, SAN FRANCISCO, CA

- Design Intern

Assisted Mr. Saitowitz with client projects, produced 3-D and Autocad models and architectural detail studies, and prepared graphics and photography for an auto-biographical retrospective highlighting his iconic global design projects.

PERKINS + WILL, SHANGHAI, CHINA

- Planning and Design Intern

Member of Perkins&Will international project planning and design team, participating in client, building/zoning/ planning department meetings, government and community presentations. My design work included making major contributions to the T.Y. Lin Headquarters (Chongqing) & acclaimed Huzhou Silk Museum, both of which have become landmarks in their respective cities.

HONORS

“Balti(more)Food” Selected by EX-CHANGE 2021, Carnegie Mellon University, SoA “Park-Scape” Selected by EX-CHANGE 2020, Carnegie Mellon University, SoA Carnegie Mellon University, SoA Fellowship Award, SRTP Student Research Training, Zhejiang University

Third Place Award, Enterprise Student Design Competition, Zhejiang University

Honorable Mention, Structural Engineering Student Design Competition, Zhejiang University

SKILLS, EXPERTISE & INTERESTS LANGUAGE AFFILIATIONS

MODELING: Rhino, Grasshopper, Sketch-Up,Revit, AutoCAD, Revit

VISUALIZATION: Adobe Suite, V-Ray, Enscape

FABRICATION: 3D Printing, Laser Cu�ng

PROGRAMMING: JAVA, GHPython, Processing, HTML

Aug. 2019 - May 2021

Aug. 2016 - Dec. 2018

Sep. 2011 - July 2016

Sep. 2021- April 2023

Feb.- July 2019

May - Aug. 2017

July - Nov. 2015

English (Fluent), Mandarin (Native)

STUDENT MEMBER, AIA (San Francisco Chapter)

ALUMNI, Carnegie Mellon Alumni Association

LEED AP, BD+C

Peninsula Crossing

Bayshore Burlingame

Professional work, Concept, SD, DD, 25%CD Phase 2021-2023, Team Work, WRNS Studio, Size: Approx. 1.5 Million SF.

Peninsula Crossing proposes to transform 12 acres of underutilized waterfront space in the heart of the San Francisco Bay Area into a dynamic life sciences neighborhood. The concept includes generous public gathering spaces to accommodate a wide variety of uses, including food and beverage facilities, recreation, and events. In addition to three new buildings, the proposed project includes shoreline improvements, Bay Trail extension, and new shoreline public space.

Building Massing Studies

The massing concept breaks down the scale of the buildings into slender upper-level volumes that face the public open spaces. The buildings are divided into upper volumes with a taut and ethereal glass and metal skin, and lower volumes that feature a solid earthlike texture and granular and pedestrian-scaled massing.