MAEG 1020 計算設計與製造 Comput’nal Design & Fabric’n

 

Course Code	MAEG 1020 MAEG1020			科目名稱		Comput’nal Design & Fabric’n 計算設計與製造
教員	Professor CHENG Shing Shin [官方介紹及學術著作]			學　　分		3學分
課程性質				同科其他選擇
Workload	l   FINAL EXAM l   一個group project l   總共八個coursework l   三個Quiz								好重
									重
									平均
									輕	1
									極輕
評價教學內容	#1  每次Tutorial 必定要去,冇乜點去過lecture,唔清楚內容,Quiz會考lecturer嘅內容
評價教員教學	#1  每次Tutorial都會有唔同嘅TA, 絕大部份都好好,好比耐性教
CUSIS科目資料	Description： This course introduces engineering design fundamentals, manufacturing, and practical use of advanced computer-aided design software and prototyping techniques. The topics include engineering graphics, geometric dimensioning and tolerances, working drawings, conventional manufacturing, reverse engineering, digital manufacturing (CNC), additive manufacturing, and micromachining.   Learning Outcome： Upon completion of the course, students should have achieved the following outcomes: (1) be able to read and understand mechanical drawings and CAD models of existing design;  (2) be proficient in using CAD software for product modelling, drafting, and analysis;  (3) have basic knowledge and exposure to product design and state-of-the-art manufacturing process; (4) be able to carry out simple product design and 3-D prototyping in a team.
其他資料	2025Sem1：學位 70|註冊 36|剩餘 34 2025Sem2：學位 123|註冊 112|剩餘 11
同學推薦	高度推薦		推薦		1	有保留		極有保留

MAEG 4040 機電系統 Mechatronic Systems

 

Course Code	MAEG 4040 MAEG4040			科目名稱		Mechatronic Systems  機電系統
教員	Professor MA Xin			學　　分		3學分
課程性質				同科其他選擇
Workload	l   非PAPER類HOMEWORK l   TUTORIAL / PRESENTATION								好重
									重
									平均
									輕	1
									極輕
評價教學內容	#1 課程超有趣，玩機械車；簡單過1字頭course但當你係Depth Elective，可以輕鬆fulfill grad requirement
評價教員教學	#1 Prof. MA大名，上堂絕對有趣 淺顯易懂 教到你明為止
CUSIS科目資料	Description： Mechatronics is at the intersection of mechanical, electronic, control, and software engineering. This course will cover the technologies involved in developing and designing intelligent electro-mechanical systems. Specific topics include physical system modelling and analysis, measurement and manipulation principles, sensors, actuators, data acquisition and conversion, microcontrollers and interface, control system design and tuning. The course includes a significant lab component with a course project in mechatronics system design. Students will involve in hands-on programming project to reinforce the basic principles developed in lectures as well as develop control algorithm implementation skillsets. Learning Outcome： Upon completion of the course, students should have achieved the following outcomes: (1) analyze the principles of actuators, sensors, as well as electronics and hardware components on the integration and application of mechatronic systems;  (2) design, build, program and troubleshoot mechatronic systems; (3) competent to work as individuals and as members of a small team to communicate the results in a professional manner.
其他資料	2024Sem1：學位 60|註冊 30|剩餘 30
同學推薦	高度推薦	1	推薦			有保留		極有保留

MAEG 1010 機器人設計入門 Introduction to Robot Design

 

Course Code	MAEG 1010 MAEG1010			科目名稱		Introduction to Robot Design  機器人設計入門
教員	Professor CHU Xiangyu [官方介紹及學術著作]			學　　分		3學分
課程性質				同科其他選擇
Workload	l   非PAPER類HOMEWORK l   TUTORIAL / PRESENTATION l   FINAL EXAM								好重
									重
									平均
									輕	1
									極輕
評價教學內容	#1 搞機械人，超有趣。寓教於樂，好好玩
評價教員教學	#1 老師提供好多幫助，要求比較寬鬆，輕鬆A-
CUSIS科目資料	Description： The course covers introduction to robots in different industries, microcontroller unit, programming using Arduino, sensors, actuators, mechanisms and engineering design principles. It provides the students extensive hands-on training on robot prototype development and experimental evaluation. It adopts a project-based learning approach: the students are required to design and build a fully functional robotic system that must be able to perform a specific task. Both mechanical and electronic hardware will be designed and developed by the students. The lectures and laboratory sessions are designed so as to equip them with the essential knowledge to successfully complete their project.   Learning Outcome： Upon completion of the course, students should have achieved the following outcomes: (1) be able to program embedded micro-controllers for processing input/output digital and analog signals; (2) be able to select the appropriate sensors and instrument a robot for processing the environment’s sensory data; (3) be able to perform computer-aided designs (CAD) of mechanical components and select appropriate materials for a specific application; (4) be able to select actuators and the motion driving mechanisms for a given engineering requirement; (5) be able to implement simple control laws for conducting a specified motion task on the robot; (6) be able to design, implement, conduct, and evaluate experiments.
其他資料	2024Sem2：學位 60|註冊 25|剩餘 35
同學推薦	高度推薦	1	推薦			有保留		極有保留