• Primarily assists the Image Signal Processing (ISP) team on camera host tools and firmware projects as required. In addition, I will collaborate with the imaging algorithms, firmware, and image quality teams on firmware projects.

• Supports improvements in the current suite of camera host tools for Indie’s family of camera video processor solutions.

• Writes automation scripts to speed up the camera bring-up process flow and migrate existing systems to new environments.

• Assists in infrastructure development for testing, validation and troubleshooting ISP hardware and firmware subsystems.

I instructed high-performing students in grades 6-12 for competition-level mathematics including algebra, geometry, probability, number theory, calculus, and more subjects. This also included intense preparation for mathematics competitions including AMC 10/12, AIME, and USAMO.

Graded 60+ undergraduates' homework for Math 180 - Graph Theory, an upper-division math class at UCLA. Solved and released solution sets for all homework throughout the quarter.

Under the supervision of tenured faculty on Brown University's campus, I presented research on a variety of combinatorial problems involving parking functions with a small group of other undergraduates. We studied these parking functions through theoretical and computational methods. I gave regular talks, attended mini-courses & professional development seminars, and learned key skills in software development. This 8-week program culminated in a paper written and presentation given on our mathematical findings.

I interned as a teaching fellow at Breakthrough Collaborative's Silicon Valley site. I designed detailed lesson plans daily for 20+ students for both science and speech & debate curricula. In addition, I headed a group of 7 students in teaching and personal development through community building activities. In sum, I lifted student performance in science with an average 25% increase in test scores over the program’s duration.