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Mapping the DeepTech universe
Real segmentation of DeepTech sectors AI infra robotics semiconductors biotech climate space
Why calling everything DeepTech is lazy and misleading
Where real value accrues across the stack
How different sub sectors behave very differently
Value creation cycles in DeepTech
Research breakthroughs vs engineering breakthroughs
Platform shifts vs incremental innovation
Role of timing in DeepTech success
Compute cost curves regulation and geopolitics as value drivers
Reading DeepTech technically without being a researcher
How to read technical papers without a PhD
What to look for in architectures specs and benchmarks
What is provable vs theoretical vs marketing
Common technical red flags in founder pitches
From lab to market commercialization reality
How lab born ideas move to pilots and production
Why pilots often lie about demand
Who actually pays first in DeepTech
Pricing when there are no benchmarks
Manufacturing scale and hardware truth
Prototype vs mass manufacturing challenges
Yield problems cost overruns and timelines
Supply chain and vendor dependency risks
Why contract manufacturing fails in DeepTech
DeepTech case studies winners pivots failures
End to end journeys of 3 to 4 DeepTech startups
Key technical and commercial inflection points
Funding decisions that changed outcomes
What most post mortems miss
DeepTech failures post mortems
Great tech wrong timing
Strong pilots no real adoption
Capital mismatch and premature scaling
Patterns behind silent failures
Founder psychology and team design
Scientist founders vs business leaders
When and how to bring in execution talent
Incentivizing researchers and engineers
Founder investor misalignment and burnout
DeepTech and geopolitics regulation
Export controls and compute restrictions
Defense space energy regulation impacts
Country of origin and jurisdiction risk
How policy quietly picks winners
DeepTech capital stack and best funds
Global and Indian DeepTech focused funds
How grants strategic capital and government money work
How DeepTech fund structures differ
Why traditional VC logic breaks here
Evaluating DeepTech startups as an investor
Breaking risk into tech market and execution
Assessing defensibility patents IP moats
Team credibility beyond resumes
Capital intensity and timeline realism
Investment memo and IC simulation
Deep dive into a real DeepTech startup
Writing an investment memo with uncertainty
IC style debate and pushback
Building conviction without false certainty
Note: This is a high-level overview of the concepts that will be covered in the program. It is not a session-by-session curriculum. The actual program may differ, as some concepts may be covered through additional resources, and new topics may be introduced during live sessions based on learner’s requests and needs.
Here’s everything you may ask...
Once you '‘Get access’’, our selection committee undertakes a thorough review process. We seek candidates demonstrating strong potential and alignment with our program's values and the demands of a Deeptech career. Successful applicants will receive an email notification detailing the next steps for enrollment confirmation.
You should apply if you already have a strong technical or scientific foundation and are interested in building, commercialising, or working closely with DeepTech products. This program is designed for engineers, researchers, startup operators, and technically inclined founders from institutions such as IITs, IISc, top global universities, or equivalent backgrounds. It is best suited for individuals who understand the fundamentals and now want real-world exposure to how DeepTech companies are built, evaluated, and scaled.
Sessions are led by operators, founders, and experts who have built or worked closely with DeepTech companies across domains such as AI, climate tech, robotics, biotech, and advanced materials. Mentors bring hands-on experience from research labs, startups, and industry, and focus on bridging the gap between technology, business, and execution.
Yes, but preparation is not treated as a separate or theoretical module. Throughout the program, participants develop technical judgment, problem framing, communication, and execution skills in a way that reflects real DeepTech roles whether in startups, research-driven teams, or investor-facing environments. The emphasis is on building credibility and decision-making ability, not just resumes.
Yes. The program includes practical guidance on using AI tools to accelerate research, experimentation, documentation, and decision-making while maintaining scientific rigor, IP sensitivity, and ethical standards required in DeepTech environments.