Jul 2024: Check out my talk on “Combining DNA and protein alignments to improve genome annotation with LiftOn”. Video [coming soon] and slides are available now!
Jun 2024: Honored to receive the 2024 Mark O. Robbins Prize in High-Performance Computing. Huge thanks to my advisors, collaborators, and friends. Stay tuned for my talk at the 2025 ARCH Symposium!
May 2024: Excited to share that I’ll be joining the Kelley Lab at Calico for the 2024 summer internship! Connect with me in South San Francisco, CA!
May 2024: Check out my talk on “Predicting splice sites in DNA sequences with sequence models”. Video and slides are available now!
May 2024: LiftOn is selected for a 20-min talk at the ISMB 2024,General Computational COSI track. Preprint is available. See you in Montreal, Canada!
Teaching assistant for the course Cornerstone EECS Design and Implementation (EE-1006)
Teaching Assistant, Department of Electrical Engineering, National Taiwan University, 1900
Introduction
EE-1006 is the cornerstone course for Electrical Engineering undergraduates. As a teaching assistant, I designed teaching materials, wrote and maintained final project, and developed scoring program for the final project contest. In the TA teams, I was the lead developer of the scavenger-hunting car final projects.
Demo video shows one of the functions of the car - self-tracking. In this practice, students need to implement P, PI, and PID control.Demo video shows one of the functions of the car - scavenger-hunting. This is the final project of EE-1006 course. In the project, students need to make their cars be able to self-track, write python program to plan the best route, control RFID sensor to get scores at the dead ends, build the stable communication between Arduinos and their computers, and try to get as many RFID scores as they can in a limited period of time. I was responsible for designing the map, writing final project code, and developing the final project scoring server.