Jaden Fann

Led development of further iterations and testing of cable robot, improving reliability and robustness in high speed and accurate movements.

Designed and prototyped an autonomous ping-pong dribbling robot able to bounce a ping-pong ball on a 6" square platform for extended periods of time.

Designed automated ocean sail drones, increasing sailing efficiency and controllability.

Designed and prototyped a planar cable robot, including a robust winch system running at up to 3000 rpm, to reliably catch midflight automated drones landing at 20 mph.

Designed a modular robotic gripper to reliably hold and position 5 lb aluminum brackets during automated construction tasks.

Used FEA and dynamic simulation to develop a stability outrigger system for a 1500 lb construction robot.

Developed an underwater torpedo launcher, dropper, and gripper.

Developed and manufactured an anti-tangle winch for Sentien’s drone fleet, reducing bird nesting and increasing uniform winding distribution.

Created a more convenient, reusable, and user friendly bottle scrubber, making use of off the shelf sponges so you don't need to buy additional replacements.