Ph.D. Program – 機械與機電工程學系

Curriculum Plan for freshmen

Course Descriptions

T0095 Seminar (I) (1/0): This course aims to strengthen students’ critical thinking and problem-solving skills in the specific areas of mechanical and electromechanical engineering. Course content includes information retrieval, reading and commenting on specific topics, building a research tree, oral presentations, and technical manuscript writing.

T1002 Seminar (III) (1/0): This course aims to strengthen students’ critical thinking and problem-solving skills in the specific areas of mechanical and electromechanical engineering. Course content includes information retrieval, reading and commenting on specific topics, building a research tree, oral presentations, and technical manuscript writing.

T0096 Seminar (II) (0/1): This course aims to strengthen students’ critical thinking and problem-solving skills in the specific areas of mechanical and electromechanical engineering. Course content includes information retrieval, reading and commenting on specific topics, building a research tree, oral presentations, and technical manuscript writing.

T1003 Seminar (IV) (0/1): This course aims to strengthen students’ critical thinking and problem-solving skills in the specific areas of mechanical and electromechanical engineering. Course content includes information retrieval, reading and commenting on specific topics, building a research tree, oral presentations, and technical manuscript writing.

E4143 Practice of Business Research and Development (3/0): From the necessities of enterprise R&D to various strategies, introduces an enterprise R&D structure that includes three blocks: product concept (that is, planning), product development (narrowly defined R&D design) and product launch (and promotion), and practice the tools commonly used in enterprise, and emphasizes patents and design avoidance required for innovation.

E4335 Optimal Development and Reuse of Geothermal and Industrial Waste Heat: Geothermal heat is the “saturated steam water” which is extracted from the ground. Through the principle of the steam power plant, we use the “temperature difference and entropy change diagram” in thermodynamics to drive the steam turbine and generate electricity. In addition, Taiwan is also an industrial island country. The industrial waste heat from many factories will contribute to global greenhouse gas warming. In addition to geothermal power generation, industrial waste heat can also be used to generate electricity.

E4344 PICO 7 Tools (3/0): The three Chinese sets: Grey System, Extension Theory, and Pan-System Analysis; the three American sets: Fuzzy Mathematics, Neural Network, and Genetic Algorithm; the Japanese set: Taguchi Experimental Design. Prof. Dr. Chang combines these seven sets to be called “PICO 7 Tools”.

E4350 Unmanned Aerial Vehicle Networks, Communications, Navigation and Counterattack (3/0): This course starts with the assembly and theory of “quadrotor drone”, explores it through communication and inertial navigation experiments, and finally conducts the artificial intelligence Internet of Things (AIOT) application of drones and analysis of Counterattack.

E4385 Design And Application Of Small Sample Modeling, Prediction And Testing Methods (0/3): 1. This course focuses on the implementation and research of “quadrotor drone”.2. Content covers: electronic circuits, power electronics, DC brush motor, DC brushless motor speed control system operation and mechanical, electrical and power research. The theoretical part uses a topic overview to guide graduate students to discuss in depth and discuss it in their personal thesis, while the practical part uses reverse engineering to implement, understand and become familiar with the current popular basic models.

E4386 Ocean Energy Optimization Design And Development (0/3): The changes in kinetic and potention energy and temperature difference of ocean currents are used to drive the generator to produce power. Ocean energy power generation includes: wave power generation, tidal power generation, ocean current power generation, ocean temperature difference power generation, and ocean salt difference power generation. Understand the principles of various ocean energy power generation, and then use the optimization principle to find the most suitable method for power generation in this field based on the location and time.

E4387 Essentials Of SOC Design (0/1): This 18-hour short course introduces the fundamentals of System-on-Chip (SoC) design, focusing on architecture, processor selection, and memory components for optimized performance. The course covers key topics such as bus architectures, interconnects, and customization techniques tailored to application-specific needs. Through theoretical and practical modules, students will gain the skills to design, analyze, and implement efficient SoC systems. Case studies on applications like AES, JPEG compression, and MP3 decoding provide real-world insights.