GRADUATE PROGRAM

GRADUATE PROGRAM

1st Academic Year

2nd Academic Year

Semester 1 / Credits

Semester 2 / Credits

Semester 1 / Credits

Semester 2 / Credits

Required courses

Technical Report Writing 1/2

Thesis 6/0

Seminars (Ι) 1/2

Seminars (II) 1/2

Practice of English Oral Presentation 1/2

Elective courses (General Courses)

Theory and Practice of Artificial Intelligence 3/3

Introduction to Business Strategy Planning 3/3

Experimental Design and Quality Engineering 3/3

Numerical Analysis3/3

Finite Element Method 3/3

Statistical Process Control 3/3

Summer internship special topic (off-campus internship) 3/0

@Experimental Design and Quality Engineering 3/3

@Artificial Intelligence Theory and Practice 3/3

@Numerical analysis and applications 3/3

Elective courses (Courses of Design and Manufacturing)

Precision Cutting 3/3

Plastic mold design and analysis 3/3

Stamping Dies Design 3/4

Laser Materials Processing 3/3

Geometric optics design and applications 3/3

Optical System Design 3/3

Vibration Measurement and Practice 3/4

Intelligent Condition Monitoring System 3/3

Mechanical Structure and Analysis 3/3

Advanced Manufacturing Special Course 3/3

NC Programming for Multi-Axis Machine 3/3

Introduction to Micro-Electromechanical System 3/3

Special Topics to Nano and Micro Manufacturing Technology 3/3

Introduction to Metal Industry Technology 3/3

Engineering Economics 3/3

Practice on Metal Forming Die Design 3/3

Plastics Engineering 3/3

Introduction to Precision Machining 3/3

Stamping Dies Analysis 3/4

Practice of Intelligent Injection Molding Molds and Machines 3/3

Mechanism Design and Practice 3/3

Mold and die Materials and Heat treatment 3/3

Physical Metallurgy Principle Application 3/3

Vehicle Dynamic Analysis 3/3

Micro Electro - Mechanical System Design 3/3

Microsystems Fabrication and Internship 3/3

Ultrasonic theory and application 3/3

Product Innovation and Concurrent Design 3/3

Design and Applications of LED Lighting 3/3

Introduction to Semiconductor Manufacturing Technology 3/3

Special Topic of project Management 3/3

Computer-Aided Engineering Based on Finite Element Method 3/3

Introduction to simulation of optics and optical system 3/3

Introduction to Micro-electromechanical System 3/3

Computer-aided optomechanical system design 3/3

Photonic crystal waveguide design 3/3

@Experimmental Design and Quality Engineering 3/3

@Robotics 3/3

@Semiconductor materials and processes 3/3

@Principles of additive manufacturing technology 3/3

@Optical System Design 3/3

@Numerical Analysis and Applications 3/3

@Optical Design Practice 3/3

@Vehicle Dynamics System 3/3

@Special Topics on Ultraprecision Machining 3/3

Elective courses (Courses of Automation)

Advanced PLC 3/3

Digital Signal Processing and Electric Machine Control 3/3

Intelligent Automation 3/3

Sensor Principle and Practice 3/3

Observer Design in Control System 3/3

Servo Control Practice 3/3

Motor control technology applications 3/3

Introduction to Fuzzy Control 3/3

Production Control Information Systems 3/3

Manufacture & Business Integrated Information System 3/3

Electric Machinery and Servo Control System Design 3/3

Design and Implementation of Precise Motion Systems Control 3/3

Principles and Practice of Multivariable Control 3/3

Theory and Practice of Collaborative Industry Robots 3/3

Computer Vision 3/3

Digital Control System 3/3

Practice and Electronic Circuit Design for Digital Control System 3/3

Advanced Motion Control 3/3

@Advanced Motion Control 3/3

@Neural Network Theory and Application 3/3

@Digital Signal Processing and Electic Machine Control 3/3

@Intelligent Condition Monitoring System 3/3.

@Nonlinear System Dynamics and Control 3/3

@Theory and Practice of Sensors and Transducers 3/3

@Advanced Topics on Control System Design 3/3

@Dynamic System Analysis and Design 3/3

@Optoelectronic 3/3

Remark:
1. The total number of credits for graduation is 37 credits.
2. 10 credits of compulsory courses and 27 credits of elective courses.
3. The "College Common Courses" taken by students in their respective colleges shall be recognized as credits for professional courses in this department; the "College Interdisciplinary Courses" taken by students in their respective colleges or courses offered by other colleges shall be recognized as credits for external department courses.
4. Conditions set by the department (study courses, examinations, certificates, recognition of credits from external departments, and others):
(1) This department is open to students from outside departments or schools to study 1 related course (3 credits), but it must be submitted before adding or withdrawing, and must be approved by the supervisor before being sent to the department for review.
(2) If you complete the thesis in one semester, you can obtain the credit.
(3) "*" indicates that the master's program is open and is optional for undergraduate students. "@" indicates that the doctoral program is open and the master's program is optional.
(4) Students enrolling after the 105 academic year must take one graduate course taught entirely in English as a course for graduation.
(5) Students participating in the dual academic system of this department, if they are unable to take Special Topic Discussion (3), they need to take an additional professional course from the Dual Linkage Institute as part of Special Topic Discussion (3) in addition to the courses specified in the dual linkage. Alternative courses should be taken for graduation.
(6) Foreign students who want to study English-taught courses (including online courses) not offered by this department must fill in the graduate application form "Take Elective Courses in Foreign Departments (Schools)" and submit it with the signature of the supervisor and department chair, and it must be approved by the department. Approved by the Department Teaching and Curriculum Committee
, can be recognized as graduation credits and are not subject to the upper limit on the number of credits recognized from external departments.