Engineer at the intersection of physics & code
I'm Samreet, a building physics engineer, exploring where environmental simulation meets software development. I have modelled computational geometries, deep dived into simulation engines, and innovated on new workflows that turn complex environmental simulations into actionable design decisions.
Three domains, one integrated practice
Computational design /
Software development
Environmental Simulations
Bioclimatic Design, Sunlight & Daylight, Early energy trends, Thermal comfort, Wind microclimate studies and bespoke simulations on request
Parametric & Computational Design
Computational geometries, Grasshopper scripting, Generative algorithms, and Parametric workflows enabling design iteration at speed.
Plugin & Tool Development
Rhino/Grasshopper plugins in .Net C#, Webview based data visualisations, and custom scripted components — building the software layer the AEC industry is missing.
Tools & technologies I work with
Data should shape buildings not just validate them
The AEC industry generates enormous volumes of environmental data, but most of it never reaches the people making design decisions early enough. It sits in simulation outputs, CSV exports, and specialist reports that arrive too late to influence form.
My work focuses on closing that gap. Modelling complex geometries, creating bespoke workflows, and accelerating early stage simulation modelling.
Environmental simulations should aid early sketch designs, not massing validation 8 weeks later.
Make information accessible at the point of decision