Tianyang Ye

- Oversee research and development at Axoft - Build the next generation soft implantable Brain Machine Interface device

- Develop CMOS 3D MEA Platform for high throughput Ex Vivo electrophysiology

- Translate academic research from Harvard labs into industry application - Strategize commercialization roadmap for research lab innovations - Work closely with Harvard OTD Business Development team

- Work published in Nature Biomedical Engineering (2019) and Nature Nanotechnology (2017) - Build world's first high-throughput intracellular electrophysiology platforms: CMOS Nano-electrode Array (CNEA) and CMOS Neuro-electronic Interface (CNEI) - Develop CMOS compatible post-fabrication processes for nanoscale high aspect ratio structures - Perform massively parallel intracellular recording on primary rat neurons and cardiomyocytes

- Kick start the VC branch, build partnership with local VCs. - Organize site visits, info sessions and panel discussions for Venture Capitals careers - Co-organize the flagship event of Mini-MBA

- Develop localized oxidation techniques for graphene nanoelectronic devices - Investigate novel electroluminescence phenomena in graphene/metal contacts

- Researched the growth and characterization techniques of CVD graphene

CORe (Credential of Readiness) is a 150 hour online program taught by HBS faculties on the fundamentals of business including- Business Analytics, Economics for Managers, and Financial Accounting.

Mini-MBA is HGBC's flagship event where a 10-session MBA course is taught by Harvard Business Faculties to familiarize Harvard graduate students with the fundamentals of business. Topics include strategy, finance, economics, accounting, etc.