Adi Prasad, 35
Co-Founder, CEO
NexiForge
Palo Alto, CA, United States
What Makes Adi an Engineering Leader
Adi is a rare engineer who transforms grand factory visions into operating reality. Before age 35, he designed, automated, and scaled three gigafactories at Tesla, Apple, and Rivian—boosting line efficiency from 30% to 85% and setting process standards still in use today. His innovations in high-throughput battery assembly and adaptive automation pushed the boundaries of modern manufacturing.
Now, as CEO of NexiForge, he is compressing new product introduction from 18 months to just 18 days with an AI-driven contract manufacturing platform. Beyond technical execution, Adi mentors global engineering teams, demonstrating that manufacturing is not a cost center but a strategic growth engine.
Achievements, Advancements & Career-related Industry Contributions
- Gigafactory architect: Led the launch of Tesla’s Model 3 battery-enclosure lines ($83 million, 250 robots), Apple’s iPhone battery ramp (800,000 units per day at <10 ppm defects), and three Rivian module lines ($250 million CAPEX), improving efficiency from 30% to 85% and trimming launch timelines by six months.
- Production problem solver: Authored modular automation playbooks for Tesla and Rivian that remain the backbone of their global body-in-white and battery operations.
- Process innovator: Patented an energy-efficient chromatography detector (MIT) and pioneered laser tab welding and vision-guided cell stacking, reducing pack costs by 30%.
- AI manufacturing pioneer: As founding CEO of NexiForge, launched factory OS, which focuses on AI-optimized supply chain.
- Cost saver: Prevented $140 million in iPhone recalls via machine-learning defect detection, delivered $25 million in annual savings at Rivian through design simplification, and reduced CloudKitchens build timelines by 90% through prefabrication.
- Investor and advisor: As a venture capital associate at Clean Energy Ventures, developed sector theses, diligenced more than 10 climate startups, and designed a scale-up roadmap that halved one portfolio company’s time-to-market.
- People and community leader: Managed more than 100 engineers across five continents, mentors MIT and HBS students, and shares best practices with a global community of more than 2,000 young engineers interested in manufacturing.
Non-work-related Activities & Hobbies
On weekends, Adi trades factory floors for racetracks. A certified Formula-style driver, he engineers and pilots electric race cars to explore the intersection of human reflexes and machine intelligence—a passion that sharpens his first-principles mindset and inspires innovations in lighter, faster battery packs.
Outside of racing, he contributes to education as a guest lecturer for the Battery MBA program and MIT’s Control of Manufacturing Processes course, where more than 400 students and professionals have learned from his advances in cell design, gigafactory automation, and AI-driven yield analytics.
Interesting Details
Colleagues describe watching Adi on the factory floor as “like seeing a chess grandmaster in a hurricane.” Under the pressure of leaders such as Elon Musk, Travis Kalanick, and RJ Scaringe, he guided more than 200 engineers through “production hell” deadlines with a calm, first-principles approach that maintained morale even during COVID-19 shutdowns.
When port congestion threatened Rivian’s battery launch, Adi rapidly redesigned logistics, secured executive approval overnight, and recovered four of six lost weeks—standing up three fully automated lines in just 18 months, roughly half the industry standard.
Why Adi Chose This Career
Raised in Bihar, India, where electricity was available only a few hours each day, Adi learned early that opportunity follows reliable energy. He chose manufacturing as the ultimate force multiplier to turn breakthrough ideas into affordable realities.
Leading gigafactories at Tesla, Apple, and Rivian proved to him that disciplined engineering can compress decades of progress into months. Today, through NexiForge’s AI-powered factories, he is scaling that impact—reshoring advanced production to the United States and democratizing access to clean, abundant technology for communities worldwide.
