Research & Development in thin film solar cells using cost-effective earth-abundant materials• Invented frameworks using expertise in photovoltaics and semiconductors that led to achieving record solar cell performances in 2 distinct material systems and 6 peer-reviewed publications• Led collaborative projects with MIT (academia), IBM (industry), and U.S. Department of Energy (government), leading to over $1.5M of funding by meeting all milestones and obtaining grant renewals• Initiated the complete development of 4 research reactor systems within 2 years, boosting the research velocity of the entire team by over 800%.• Published over 10 peer-reviewed research articles in the field of Atomic Layer Deposition (ALD) and Chemical Vapor Deposition (CVD)

Taught the multi-disciplinary graduate level course 'Energy Technologies' to Harvard Business School, Harvard Law School, Harvard Kennedy School & Harvard GSAS

• Developed the entire ecosystem for tokenizing photovoltaic assets on the blockchain, including dApps, smart contract development and design of the token economics• Developed a 100k TPS trading exchange• Led the company towards achieving product-market fit and designed the go-to-market strategy

Led the team in developing 2 profitable trading strategies and shipped 2 versions of the complete infrastructure responsible for managing all the investment portfolios.

Managed a new research team in the Pickard Lab to develop a UHV electron-beam deposition system with piezoelectric stage for integration into an existing UHV system.

Led the development and optimization of the CVD process of carbon nanotubes in the Ho Lab, leading to the meeting of the project milestone in 1 week.