Our Team
Combining strategic thinking, materials science expertise, and deep tech commercialization experience
Enable Sustainable Exploration on Earth and Beyond
Mission Statement
We develop integrated energy harvesting and dust mitigation technologies that extend the range and lifespan of vehicles—from urban delivery fleets to lunar and Mars missions.
Our nano+AI platform solves two universal challenges:
1. Energy constraints that limit operational range and duration
2. Dust accumulation that degrades power generation over time
By addressing these challenges across Earth and space environments, we are enabling the next generation of sustainable mobility and long-duration exploration.
Vision Statement
A future where energy and dust never limit exploration.
Whether it is a delivery van navigating city streets or a rover exploring lunar craters, we believe vehicles should operate at peak efficiency without frequent maintenance or recharging.
Our dual-use technology platform makes this vision a reality—today on Earth, tomorrow on the Moon and Mars.
Co-Founders
Two co-founders with complementary skills across business strategy and materials science
Mehul Kumar
Founder & CEO
Mehul founded NanoHarvestX to bridge the gap between terrestrial energy systems and space exploration technologies. He leads the company's dual-use strategy, fundraising, and partnerships with fleet operators and space agencies.
Background:
• Energy systems engineering expertise
• Product strategy and business development
• Space technology commercialization focus
Kamna Sagar
Co-Founder & CSO
Kamna leads NanoHarvestX's technology development, focusing on nano-materials R&D and space applications. She drives the company's technical roadmap and oversees validation partnerships with academic and industry collaborators.
Background:
• Nano-materials science and engineering
• Space environment applications expertise
• Thermal and piezoelectric systems integration
Advisors
Experienced advisors providing technical and strategic guidance
Dr. Santanu Mukherjee
Technical Advisor
Dr. Mukherjee advises NanoHarvestX on thermoelectric and piezoelectric system design, thermal management, and materials science.
Background:
• PhD in thermoelectrics and materials science
• 15+ years experience in energy harvesting systems
• Published researcher in nano-materials applications
Expertise: Piezoelectric design, thermal management, space environment testing
Cameron Ritchie
Strategic Advisor
Cameron advises NanoHarvestX on fundraising, investor relations, and strategic growth planning for dual-use deep tech companies.
Background:
• Deep tech fundraising and investor relations expertise
• Strategic advisor to early-stage space and climate tech companies
• Extensive network in climate tech and space tech investor communities
Focus: Pre-seed/seed fundraising, investor introductions, strategic partnerships
Validation Partners
UC Berkeley
Partnership in Development (Q2 2026)
Collaboration Focus:
• Nano-materials characterization (TEM, SEM, AFM)
• Coating deposition and optimization
• Environmental testing support (thermal cycling, UV exposure)
Status: Partnership discussions underway for Q2 2026 formalization
LEO Satellite Operators
Discussions Underway
Collaboration Focus:
• On-orbit validation of energy harvesting + dust mitigation
• LEO environment as analog for space heritage building
• Demonstration mission planning (2026-2027)
Status: Engaging with multiple satellite operators for orbital demonstration opportunities
Company Milestones
2025
• NanoHarvestX founded
• Initial technology validation (lab testing phase)
• Pre-seed fundraising initiated
2026 Milestones
Q1 2026:
• Space agency Phase I proposal submitted
• UC Berkeley partnership formalized
• Pre-seed funding ($250K target by March 31)
• Strategic Advisor Cameron Ritchie joins
Q2 2026:
• EV retrofit kit prototype fabrication
• Fleet operator pilot partnerships secured
• Space agency Phase I work initiated (if awarded)
Q3-Q4 2026:
• Pilot deployment with early fleet partner (50-100 vehicle scale)
• Phase I validation testing (lunar/Mars regolith simulants)
• LEO orbital validation discussions advanced
2027-2029+
• Space agency Phase II execution (TRL 6-7 flight-ready prototype)
• EV commercial deployment scaled (multiple fleet partners)
• LEO demonstration mission launched
• Seed funding round (2-5 million target)
• Lunar/Mars mission integration contracts (2028+)
• Production scale-up (1,000-10,000 m²/year capacity)
Why Dual-Use Technology?
De-Risked Development
Commercial EV revenue funds space R&D without diluting equity. We are not dependent on winning space agency contracts to survive.
Expanded Market Opportunity
TAM: 119 billion (global EV market) + 150-450 million (space dust mitigation) = 119 billion+ total addressable market across two high-growth sectors.
Faster Validation
Earth pilot deployments (2026) inform space design and build credibility before lunar/Mars missions (2028+). Real-world data accelerates development.
Broader Investor Appeal
Dual-use technology attracts both climate tech investors (EV focus) and space tech investors (lunar/Mars focus). Larger investor pool = easier fundraising.
Bottom Line: Dual-use is not a compromise—it is a competitive advantage.