V3V Ventures is a Singapore-based private venture capital fund specializing in investing in early-stage startups with a focus on innovative software, disruptive tech and blockchain. V3V is dedicated to backing visionary founders and accelerating early-stage growth with strategic insights and capital.

Investing in web3 seed/private rounds across L1/L2, infrastructure, DeFi, gaming, AI

Experimental scientist with extensive experience in fabrication and characterization of nanoscale electronic devices

Managed a web3 prop VC fund with an investment thesis focused on infrastructure, DeFi, and play-to-earn gaming startups

Led a team of 5+ business development professionals cumulatively closing 100+ investment and marketing deals with the most promising early-stage startups in the digital asset ecosystem

Responsible for market research, often focused on specific high quality projects matching the investment thesis

Identified and analyzed the latest trends in the dynamic and fast evolving digital asset industry

Investigated a wide variety of blockchain startups (ICOs) and produced high returns for clients

Zinc oxide nanowires are excellent candidates as building blocks for future functional nanoscale devices for applications ranging from electronics and sensing to optoelectronics, due to their wide direct band gap energy (~ 3.4 eV) and a high exciton-binding energy (~ 60 meV). During this research project, the electrical and optical properties of zinc oxide nanowire field effect transistors were studied with emphasis on the near-ultraviolet photodetector and non-volatile memory device applications. Furthermore, tuning of the electrical properties of transistors was investigated through nanowire surface passivation with a wide range of dielectric materials and the mechanisms behind the inherent threshold voltage instability of zinc oxide nanowire field effect transistors were elucidated.

• Redesigned the mixed signal relay timing circuitry within a large hardware design project• Utilised LTspice to obtain the desired electrical behaviour via simulation• Built and tested the redesigned circuitry successfully• Gained knowledge in relation to the financial aspects of the business, the economics of the product being redeveloped, and logistics such as the management of multiple projects running at the same time• Developed the ability to interact and communicate with a wide variety of professional colleagues in a high paced, deadline driven and goal orientated environment