Max Zhaoyi Wang
MDes Ecologies · Harvard GSD · LEED Green Associate
The built environment is undergoing its first major technological transformation in a century. Computational design, additive fabrication, AI-driven building systems, and real-time energy infrastructure are converging — creating new asset classes, new performance benchmarks, and new roles for designers who can operate across material, data, and investment logic.
I'm drawn to this frontier: architecture manufactured by 3D printing at scale, buildings that function as active nodes in global energy grids, AI systems that self-regulate data centres and coordinate renewable networks. At Harvard GSD I study Ecologies alongside Real Estate & Sustainability, and my work spans parametric design, machine learning, interactive media, and financial modelling — built to connect environmental performance to real estate value.
Education
Master of Design (MDes)
Harvard University, Graduate School of Design — Cambridge, MA
Ecologies + Real Estate & Sustainability
Bachelor of Architecture (B.Arch), 5-year
Syracuse University, School of Architecture — Syracuse, NY
GPA 3.75 / 4.0 · Dean's List · Study Abroad: Florence & London, 2024
LEED Green Associate
U.S. Green Building Council
Interests & Vision
Computational Design
Revit · ArcGIS
Python · PyTorch
Computer Vision
Fabrication
Robotic Toolpath (KUKA)
3D Printing
TPMS Mould Design
Interactive Media
Generative Visuals
Creative Coding
P5.js · WebGL
Building Systems
Sensor Network Design
HVAC Optimisation
Building Performance
Research & Analysis
Financial Modelling · DCF
ESG Analytics
LCA · MFA
Recognition
Challenge — Semifinalist
Asian Design Award — Gold
LEED Green Associate
Open To
Summer 2026 internships and full-time roles beginning May 2027.
ESG materiality analysis of a US net-lease REIT · Evaluates decarbonization exposure, physical climate risk, and governance gaps within a triple-net lease structure · Solo
Proposes a three-pillar transformational strategy for a $9.5B REIT — reframing ESG from compliance to value creation through "climate district" frameworks · Team: Max Wang, Tejas Athni, Xavaar Quaranto