Thought Leader Writing · speaking · research

“ An idea you keep to yourself stops improving. Everything I know that's worth knowing got sharper the moment I gave it away and somebody argued with it.

I've been publishing openly since 2014 because an idea only holds up once it survives contact with people who don't already agree. Every paper, publication, keynote and repository is an intentional effort to cut through the noise: research first, then take a provocative position sharp enough to argue with. None of it is gated, none of it is precious, and the parts that turned out to be wrong are still worth reading.

Writing
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We built Metatron (https://withmetatron.ai/), an AI co-pilot that picks up where clash detection stops: analysing, resolving, and coordinating clashes that today take weeks & months of manual effort.
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The article explores how we are leveraging computational intelligence, visual graph analysis, and workplace research to help predict human experience before a space is built—enabling design teams and clients to make more informed decisions earlier in the process.

Thank God It's Computational (TGIC)

www.tgic.io →

I believe there is a widening gap between emerging technologies and its effective adoption within the building sector. With TGIC, my mission is to help accelerate the adoption of leading technologies among AEC professionals through concise blog articles, newsletters, professional webinars, and hands-on workshops.

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"TGIC helps practitioners understand digital transformation holistically, from a multidisciplinary perspective of people, process, policy, business and technology."
Speaking Recent engagements
SIA-YAL AI Hackathon · Singapore · 2026
GITEX AI · Singapore · 2026
SpeckleCon · London · 2025
CIFF APAC Design Summit · Guangzhou · 2024
PIID Interior Design Summit · Manila · 2024
Archifest · Singapore · 2024
YearTalkEventCityMode
2026 Metatron AISIA-YAL Hackathon Singapore Hackathon
2026 Building the Future of Human-Machine CollaborationGITEX AI Singapore Panel
2026 Preparing the AEC Industry Workforce for AI at ScaleDigital Construction Singapore Panel
2025 Digital Superpowers For a Radically Changing WorldSpeckleCon London Keynote
2024 Collaboration: E.I. & A.I. Design ProcessManila Interior Design Summit Manila Keynote
2024 Design FuturesCIFF Asia Pacific Design Summit Guangzhou Keynote
Short bio

Vignesh works at the intersection of design, technology and storytelling, exploring how AI and computational systems can expand what is possible for designers and the experiences they create. He is a published researcher and regular speaker at national and international forums.

Full bio

Based in Singapore, Vignesh Kaushik is Gensler’s Design Technology Director for Asia Pacific, Middle East and Greater China, where he leads the advancement of design technology across the region. His work sits at the intersection of design, technology and people, connecting digital strategy, computational design, AI and emerging technologies to rethink how design teams work and create. Vignesh leads a diverse design technology community exploring new possibilities across generative design, computational systems, visualization, software development and agile digital tools. At the heart of his approach is a simple belief: technology should not be an add-on to design, but an integral part of how ideas are imagined, tested and brought to life. A published researcher and regular speaker at national and international forums, Vignesh contributes to the broader conversation around AI, machine learning, design computation and BIM. He is equally passionate about developing the next generation of designers and technologists, having taught advanced computational design at institutions across Southeast Asia and mentored architecture students as they begin their careers. Through his work, research and teaching, Vignesh continues to explore how design, technology and storytelling can come together to create more intelligent, meaningful and human experiences.

Speaks on
Invitations — vigneshkaushik@gmail.com
Research Selected Publications

Pioneering bold, divergent thinking rather than iterative refinement, this body of research drove paradigm shifts in computational algorithms engineered for immediate, high-impact application in architectural practice, underpinning an era of AI and automation through evolutionary and generative design.

article 006

Data-Informed Spatial Layouts

he article explores how we are leveraging computational intelligence, visual graph analysis, and workplace research to help predict human experience before a space is built, enabling design teams and clients to make more informed decisions earlier in the process.
The Architect's Diary 2026
paper 005

Urban Windflow: Investigating the use of animation software for simulating windflow around buildings

Animation software can drastically accelerate windflow simulations and achieve high accuracy by using fast physics approximations, opening up new opportunities for rapid, performance-based conceptual design.
eCAADe Conference 2015
paper 004

Plot Packing: A procedure for generating well-formed street networks

Generative design procedures enable the efficient subdivision of complex non-orthogonal inner-city sites into well-formed plots and appropriate block typologies to accelerate urban optioneering.
CAADRIA Conference 2014
paper 003

Evolutionary Design of Housing: A template for development and evaluation procedures

Evolutionary design workflows utilize systematic computational templates and constraint-handling techniques to iteratively generate and evaluate complex residential housing variants.
Architectural Science Association 2013
paper 002

Decision chain encoding: Evolutionary design optimization with complex constraints

A novel sequential decision-chain encoding technique streamlines constraint management during evolutionary optimization to effectively drive large-scale residential architectural design.
EvoMUSART Conference 2013
paper 001

High Performance Building Design Strategy to achieve Resilience towards Climate Change

A climate-resilient building design leverages a dynamic urban farm envelope and energy-recovery systems to optimize environmental performance for future climate conditions.
Healthy Building Conference 2012