How do you scale a breakthrough idea into a reliable product? Prachurya Bharadwaj—capital equipment strategist and fractional CTO—reveals how she combines Design for Six Sigma with the V-Model to transform R&D concepts into manufacturable systems across semiconductors, wind energy, and medical devices.
In this episode, you’ll discover:
- Why “dirty” oil rig engineering made her a better nanotech architect
- The V-Model decoded: How to align boardroom goals with production-line execution
- Simulation pitfalls: Why hand calculations still matter in the age of AI-driven FEA/CFD
- ASML’s monopoly secret: The opto-mechanical challenges behind semiconductor lithography
- Innovation redefined: Why being “first to market” is overrated—and what to do instead
For engineers, founders, and leaders building hardware that demands precision, scalability, and ruthless efficiency.
Connect With Prachurya Bharadwaj:
- Website: thinkbuildscale.eu
- LinkedIn: https://www.linkedin.com/in/prachuryab
- Email: [email protected]
Chapters:
00:00 Introduction to Mechanical Engineering and Its Magic
04:31 From Nanotechnology to Large-Scale Engineering
08:32 Understanding the V-Model in Engineering
18:43 Design for Six Sigma and Its Importance
21:57 Lessons from Windmill Blade Failures
32:37 A Day in the Life of an Opto-Mechanical Engineer
37:26 The Role of ASML in Modern Technology
38:55 Understanding ASML and Photolithography
44:39 Common Mistakes in Simulation Interpretation
59:01 The Future of Simulation with AI
01:01:59 Think, Build, Scale: A Consultancy Overview
01:09:22 The Essence of Innovation
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