Teaching

I am teaching four courses this coming semester at National Taiwan Ocean University. Please sign up for courses on the University website. If you have any specific questions about course topics, feel free to message my office, and a teaching staff member will respond as soon as possible.

Courses in the Applied AI Department.

M18015MW: Hardware Design for Deep Learning

Semester: Fall (1141)

Offered: 2025

This course provides an introduction to help students understand the hardware structures demanded by deep learning algorithms. After completing the classes, the students should have a fundamental understanding of AI hardware design.

M1801953: Scientific Writing

Semester: Spring/Fall (1132/1141)

Offered: 2025

This course focuses on writing science research papers in English. The course breaks down the scientific research writing structure into several sections and helps the student understand the purpose of each section. Other relevant topics are also included to help students build the concept of a science research paper, such as acknowledging, critically using source materials and expressing caution. With the introduction of submitting your manuscript, the students will be able to convey their research results and contributions to journals or conferences as well as their thesis.

M18015NS: Artificial Intelligence of Things

Semester: Spring (1132)

Offered: 2025

This course helps students understand AIoT system design methods and applications. After completing the classes, the students should have a fundamental understanding of embedded software design for AI.

Courses in the Department of Electrical Engineering

B530xxxx: Computer System Design

Semester: Fall (1141)

Offered: 2025

This course introduces how to design computer systems and enables students to master the implementation of processors (MCU/CPU). The course will cover the following concepts:

1. Learning assembly language.

2. Learning MCU architecture.

3. Familiarizing with the integration of computer organization theory and practice.

4. How to effectively use development software like Quartus, ModelSim, etc.

5. Learning how to use finite state machines (FSM) to construct MCU circuits.

6. Learning how to implement MCU circuits using hardware description language (SystemVerilog HDL).

7. How to implement MCU circuits on FPGA.

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