Hi, I am Tse-kai (Kevin) Chan. I’m a second-year CS major and Regents Scholar at the University of California, San Diego (UCSD). I’m a motivated student interested in emerging and innovative technologies. Currently, I research RL/Robotics in Prof. Hao Su’s Lab and work on AI/VR software at Qualcomm Institute. I have solid programming experience in Java and Python, and moderate experience in C++, JavaScript, and Kotlin. In my projects and internships, I have used Git, PyTorch, Docker, Unreal Engine, React.js, LaTeX, Simulink, etc., and have experience in research, deep learning, reinforcement learning, computer vision, and android/VR/web developments. Besides being a student, I’m a competitive programmer, researcher, developer, and innovator.
April 2023 - Present, San Diego, California
Team: Historic Metahuman
Advisor: Professor Hao Su
Team: Nearal Android Software
In a high school job shadow, I worked under David Soper, a Technical Marketing Engineer working on Cisco Intersight, Cisco’s product for managing multiple servers.
2022 - 2025 B.Sc. in Computer Science, Regents Scholar, Senior StandingGPA: 3.99 out of 4Taken Courses
Extracurricular Activities
| ||
2018-2022 Higher Secondary School CertificateGPA: 3.98 out of 4PublicationsTaken Courses
Extracurricular Activities
|
Quantum coin is an essential element of the discrete-time quantum walk, the quantum analog of random walk. Most existing papers relating to quantum coin discussed the implementation and performance of the coin on power-of-two states and degrees of graphs. This paper proposed and analyzed three alternative coins–binary state coin, W state coin, and Walsh-Hadamard coin–that possessed the property to perform on arbitrary states and degrees of graphs. It then discussed the implementation and the performance of the three coins in the application of Quantum Walk and Quantum Walk Search. It compared and discussed the advantages, disadvantages, and errors of the three coins on a quantum simulator and a NISQ computer (i.e. IBM Q). Lastly, it presented further applications for the three coins in quantum-walk-based algorithms and other potential topics in quantum computing.
The Regents Scholarship is the most prestigious scholarship awarded to undergraduate students at the University of California. Regents Scholarships are merit scholarships, selected on the basis of academic excellence.
Highest division in the most prestigious national pre-college algorithmic programming competition.
Developed an AI weather prediction model, mathematical soil & crop models, and the supporting database to predict short-term water usage. Experiments with historical and sensor data have demonstrated accurate predictions.
Researching lightweight, attention-based residual neural network models that process real-time text, audio, visual data to simulate personalized facial blendshapes and body gestures for conversational Metahumans.