Sectors:
Locations:
Min Investment:
Max Investment:
Target Investment:
Total Funding:
Total Funding: $51M
Total Funding: $1M
Total Funding: $5M
Total Funding:
Total Funding: $71M
Total Funding: $500K
Total Funding: $7M
Total Funding: $4.8M
Total Funding:
Total Funding:
Total Funding: $86M
Total Funding: $880K
Total Funding: $130M
Total Funding: $700K
Total Funding: $2M
2023
2023
Supporting entrepreneurs
2015 - 2023
2015 - 2023
Early-stage venture capital
2007 - 2015
2007 - 2015
My co-founders and I started and led Solar Junction to develop, productize, and manufacture high-efficiency solar cells for utility-scale energy providers and aerospace industries. As is necessary for many entrepreneurs, my roles truly involved "whatever needed to get done": ranging from corporate and business strategy to scraping deposited metal off the equipment walls with scotch-brite.
2006 - 2007
2006 - 2007
I led the materials research development of rare-earth oxides semiconductors for electronic and optical applications and examined commercialization opportunities of the technology for CMOS and silicon photonics applications. In addition, I applied for and assisted in managing various government grants and contracts.
2000 - 2006
2000 - 2006
For my Ph.D. thesis and research, I worked under Professor James Harris in the Department of Electrical Engineering. My primary project focused on developing and characterizing the newly discovered dilute nitride compound semiconductor alloy for optoelectronic devices. The advancements made in these materials were then integrated into state-of-the-art lasers, detectors, and photovoltaic devices for a wide range of applications including telecommunications, data-centers, solar energy. These technology breakthroughs led to several achievements: ►Lowest-threshold current density GaAs-based lasers in the 1.3-1.55 micron wavelength range for telecommunication and optical data transfer applications ►First GaAs-based VCSEL devices ever produced at 1.55 micron wavelength ►World's best infrared sub-cell for advanced multi-junction solar cell devices During my Ph.D., I had the opportunity to initiate numerous collaborations and partnerships with research laboratories, universities, and industrial global coporations. I also initiated a project on a new materials system for terahertz imaging and bio-sensing applications towards the end of my Ph.D. career to explore the integration of electrical engineering and medicine for biomedical devices. In the end, I had the pleasure of authoring and contributing to over 110 publications and presentations with colleagues and collaborators in the U.S. and internationally.
2004 - 2005
2004 - 2005
To assist in the development of laser-display technology, I advised in the development of semiconductor materials. I also assisted engineers in the characterization of those materials to determine next steps.