Teams at Massachusetts Institute of Technology

Write high-impact scientific content (grants, white papers, technical briefs), support NIH/NSF/DoD/DARPA grant preparation and budgeting, assist with patent drafting and prior art research, create investor and scientific strategy materials, perform scientific and competitive research, and collaborate across science, engineering, and business teams to shape R&D roadmap and prepare research slides.

Design, simulate, fabricate, and characterize nano/micro-electronic devices (diodes, transistors, MEMS) for wireless brain stimulation implants using cleanroom tools and optimize devices for biomedical applications.

Conduct transdisciplinary research to develop autonomous, non-surgical sub-cellular brain implants. Apply knowledge from applied physics, nanoelectronics, materials science, or bioengineering, learn neurotechnology and biology, and contribute to device development and translation toward clinical applications.