Electronic and Computer Engineer

LAI, Yu Ching (TOM)

Motivated and enthusiastic graduate student specialized in Embedded systems, Analogue Circuit Design, AI networks, and algorithms.

LAI Yu Ching

About Me

Educations
Hong Kong University of Science and Technology
Bachelor of Engineering
Major in Electronic and Computer Engineering
Sep 1, 2022 - 15 July, 2026
UST_logo
Professional Overview

Electronic and Computer Engineering student at HKUST with an extended major in Artificial Intelligence. Passionate about embedded systems, robotic software integration using ROS2, hardware circuit mapping, and applying deep learning methodologies using PyTorch to solve real-world technical problems.

Languages
  • English Fluent
  • Chinese (Cantonese) Native
  • Chinese (Mandarin) Native
  • German Basic
  • Japanese Basic

Skills

Python
C++
C#
Java
HTML
PyTorch
CUDA
Docker
Matplotlib
R Language
SQL
Windows
Linux
WSL2 Ubuntu
Unity Engine
STM32CubeIDE
LTSpice
ROS2
Embedded Systems
Canva
3D Modeling (Blender)
LaTeX
MS Office Suite

Projects

Select a Project
Hover over or tap any project selector node to reveal a summary.
My FYP
STM32 Project

Work Experiences

Fresh Graduate (Seeking Opportunities)

Present

Hardware & AI Engineering Fields

  • Actively looking to leverage a specialized background in Electronic & Computer Engineering alongside advanced Artificial Intelligence competencies.
  • Eager to contribute to structural circuit maps, embedded controller code configurations, machine learning networks, and complex algorithm developments.

Engineer Intern

Jul 3, 2025 - Aug 29, 2025

Hong Kong Centre of Logistics Robotics, Hong Kong

  • Contributed to a medicine packaging machine project utilizing ROS2, WSL2 Ubuntu, and C++ to ensure system functionality and structural reliability.
  • Optimized operational parameters of the packaging machinery, significantly increasing machine throughput and overall process efficiency.
  • Participated in the functionality and security testing of backend transaction websites to ensure seamless data exchange and robust system performance.
  • Collaborated with engineering teams to debug and optimize robotic systems, gaining practical insights into logistics robotics applications.