Xinyan He Email & Phone Number

Princeton, Nj, Us

Princeton, New Jersey, United States

Research: work with a team of high-energy physicists focused on designing and enhancing experiments for the Future Circular Collider. Primarily aims to increase the precision of experiments and improve data readouts for muon collisions.Teaching: maintain and develop experimental physics experiments for advanced undergraduate physics lab course.

Volunteer to advise the newly established AI startup on recruitment, marketing, and product development.Recruited several talented college students for the company, applied for funding on the company's behalf, and search for resources to support the business.

- Teach experimental methods to students in the Experimental Physics course offered by the Physics Department.

Animal Gait Studies- Conducted a comprehensive research on the walking behaviors of animals and utilized study results to simulate gait patterns with a Dynamixel six-legged robot.- Updated and fixed a deep neural network model that specialized in analyzing massive amount of data for animal behavioral studies.

- Directed a team of 12 officers in various roles through training and task delegation, and managed the seamless operations of a 200+ member club. Doubled club membership through a year of engaging work.- Acquired high skill level in project management, event planning, scheduling, advertising, recruitment & marketing.

Calibration System for Cosmic Microwave Background Detectors- Developed a system for efficient CMB detector array calibration, and authored over 20 pages of design details, limiting factors, and testing procedures.- Built a functional prototype, and validated its credibility through multiple replication experiments.- Improved performance and installation convenience through numerous versions of system designs, while experimenting with various materials for increased optimization.

Low Temperature Search for Axion Dark Matter- Operated machine shop equipment to manufacture and install precise metal components for experiment, including frames for superconducting magnetic coils.- Self-studied printed circuit board designing to create a complicated board design for a superconducting quantum interference device in Altium Designer.- Practiced soldering skills, and massive electronic wiring for detectors inside cryostat. Drew multiple design variations of testing cryostat in CAD for different experiment setups.

Bachelor'S Degree, Physics

98

Activities and Societies: - International Young Physicists' Tournament gold medal, Chinese national team - President and founder.