R/523/6/0096(MQA/FA13340)11/24
Bachelor of Technology (Honours) in Mechatronics
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Mechatronics teaches you a combined mechanical, electrical, computer and industrial engineering to develop intelligent-integrated machines, systems, processes and methodologies. This is an ever-expanding field with the majority of electrical devices now having mechanical parts integrated with electronic components.
You will gain knowledge of mechatronic engineering fundamental and principles, and become well-versed in mechanical, electronics and software integration. Using tools and techniques appropriate to mechatronics engineering technology, you will be able to resolve related problems and design their systematic solutions. You will also learn to work with the appropriate consideration for public health and safety as well as concerns for the environment and sustainability.
Expert Instructors
from industries
Up-to-date
with current syllabus
Hands-on skills
Development
Networking
with industry peers
Collaboration
with industry players
“The expert in anything was once a beginner.”
Helen Hayes
Top Core Courses
Fundamentals that will build you up to stay relevant and excellent today, tomorrow and beyond.
Microprocessor and Microcontroller
This course introduces the basic concepts of microprocessor and microcontroller from internal architecture to its application level. It also covers the concept of memory organization, I/O interfacing, memory interfacing, high-level language programming, modular programming, Analog to Digital Converter (ADC) and Digital to Analog Converter, and peripherals and system design (ISA, PCI, AGP, PCI-X and PCI Express, BIOS, Motherboards, Chipsets, and USART).
Process Control and Instrumentation
This course aim provides students with a basic understanding of process control and instrumentation. The basic principles of process control are described for students to gain a general understanding, followed by the sensor and its characteristics. The basic elements to construct a process control block diagram, discrete-state, and continuous process control are explained with examples.
Control Systems
This course starts by introducing the concept of control theory and its significant contributions in the engineering field. Different techniques used to analyse the characteristics of the system based on the process models is introduced next, follow by methods of determining the stability of systems.
Mechatronics Systems Design with IoT Application
This course aims to provide students with knowledge, skills, and exposure to the integrated design process of mechatronics systems. It enables the students to appreciate components of mechatronics systems, such as sensors and actuators and how they can be integrated into a useful system for value creation.
Automation and Robotics
This course is to provide the knowledge of sensors, actuators and machine vision apply to robotics, and the mathematical and computational techniques for analyzing robotic motion.electronics, mechanics and software.work holding, tooling, parts assembly, material handling and the required software.
Computer Aided Design and Manufacturing
This course is to introduce the use of computer aided systems in manufacturing, and to expose students to various features in CAD/CAM that enable integration between design and manufacturing.
Learning Pathways
Students will be introduced to a thorough combination of foundation mathematics, electrical circuits and manufacturing technology.
Students will learn the basics of electronics and the fundamentals of engineering mechanics.
At the end of year 3, students will be equipped with the core knowledge of mechatronics, particularly in process control, microprocessors, automation and robotics.
Students’ mechatronics knowledge will be extended to include IR 4.0-related technologies, encompassing mechatronic systems design, IoT and CAD.CAM.
Students will be required to undertake an independent full-year project that will enable them to put their mechatronics engineering science knowledge and practice into application.
Diploma and certificate holders, technicians, manufacturing specialists, technical assistants and technical staff with relevant working experience in mechanical and electronics-related areas will find this programme useful. With the degree, you can expect to advance further in your current job or set a new career path elsewhere.
You can work as part of the technical team in:
- Manufacturing
- Production
- Electronics
- Automation
- Mechanical Technology
- Design, Development or Research
BACHELOR OF TECHNOLOGY (HONOURS) IN MECHATRONICS [BTME (3C)]
No. | Course Code | Course Title | Credit Hours |
MPU COURSES | |||
1. | MPU3183//03 MPU3143/03 | Penghayatan Etika dan Peradaban OR Bahasa Melayu Komunikasi 2 (for international students) | 3 |
2. | MPU3193/03 | Philosophy and Current Issues | 3 |
3. | MPU3213/03 | Bahasa Kebangsaan A (for students without SPM credit in BM); OR Decision Making Skills (for students with SPM credit in BM and international students) | 3 |
4. | MPU3412/02 | Co-curriculum | 2 |
Subtotal Credit Hours | 11 | ||
UNIVERSITY COMPULSORY COURSES (Take All) | |||
1. | WUC111/03 | Foundation Mathematics | 3 |
2. | WUC114/03 | University Mathematics A | 3 |
3. | WUC118/03 | Computers in a Networked Society | 3 |
4. | TEE101/03 | Engineering Mathematics I *a | 3 |
5. | TEE102/03 | Engineering Mathematics II *b | 3 |
6. | TEE206/03 | Engineering Mathematics III *c | 3 |
Subtotal Credit Hours | 18 | ||
BASIC MAJOR COURSES (Take All) | |||
1. | TEC210/03 | Technopreneurship | 3 |
2. | TCC 238/03 | Structured Programming | 3 |
3. | TEE103/03 | Circuit Theory I | 3 |
4. | TEE105/03 | Digital Electronics | 3 |
5. | TEE201/03 | Introduction to Electrical Machine and Power Systems *d | 3 |
6. | TEE205/03 | Analogue Electronics *e | 3 |
7. | TEE104/03 | Fundamentals of Electronics | 3 |
8. | TME203/03 | Engineering Mechanics – Statics *f | 3 |
9. | TME204/03 | Engineering Mechanics – Dynamics *g | 3 |
10. | TME102/03 | Thermodynamics *h | 3 |
11. | TME104/03 | Fluid Mechanics *i | 3 |
12. | TME103/03 | Manufacturing Technology | 3 |
13. | TME201/03 | Engineering Management & Ethics | 3 |
14. | TME105/03 | Engineering Drawing and CAD | 3 |
Subtotal Credit Hours | 42 | ||
CORE MAJOR COURSES | |||
1. | TEE302/03 | Signals and Systems *j | 3 |
2. | TEL203/03 | Process Control and Instrumentation *k | 3 |
3. | TEL205/03 | Microprocessor & Microcontroller *l | 3 |
4. | TEL306/03 | Control Systems *m | 3 |
5. | TME301/03 | Mechanical Engineering Design | 3 |
6. | TME205/03 | Material Science | 3 |
7. | TME207/03 | Fluid Power Systems & Programmable Logic Controller (PLC) | 3 |
8. | TME303/03 | Automation and Robotics *n | 3 |
9. | TME305/03 | Computer Aided Design and Manufacturing *o | 3 |
10. | TME306/03 | Mechatronics System Design with IoT Application | 3 |
11. | TME307/03 | System Engineering and Simulation *p | 3 |
12. | TUC209/06 | Industrial Training *q | 6 |
13. | TME309/10 | ME Project *r | 10 |
Subtotal Credit Hours | 49 | ||
ELECTIVE COURSES (Choose Only Two) | |||
1. | BBM103/03 | Principles & Practice of Management | 3 |
2. | BBM205/03 | Basic Accounting | 3 |
3. | BBM208/03 | Business Ethics | 3 |
4. | BBM209/03 | Effective Leadership | 3 |
5. | BLC301/03 | Operations Management | 3 |
6. | TEE218/03 | Python Programming | 3 |
7. | TEL202/03 | Power Electronics and Drives *s | 3 |
8. | TME206/03 | Additive Manufacturing | 3 |
9. | TME308/03 | Digital Manufacturing | 3 |
10. | TME311/03 | Industrial IoT | 3 |
Subtotal Credit Hours | 6 | ||
Total Credit Hours | 126 | ||
Prerequisites:
No. | Course Code & Title | Prerequisite |
a. | TEE101/03 Engineering Mathematics I | WUC114/03 |
b. | TEE102/03 Engineering Mathematics II | WUC114/03 |
c. | TEE206/03 Engineering Mathematics III | WUC114/03 |
d. | TEE201/03 Introduction to Electrical Machine and Power Systems | TEE103/03 |
e. | TEE205/03 Analog Electronics | TEE 104/03 |
f. | TME203/03 Engineering Mechanics – Statics | WUC114/03 |
g. | TME204/03 Engineering Mechanics – Dynamics | TME203/03 |
h. | TME102/03 Thermodynamics | WUC114/03 |
i. | TME104/03 Fluid Mechanics | WUC114/03 |
j. | TEE302/03 Signals and Systems | TEE102/03 |
k. | TEL203/03 Process Control and Instrumentation | TEE104/03 |
l. | TEL205/03 Microprocessor and Microcontroller | TEE105/03 |
m. | TEL306/03 Control Systems | TEL203/03 |
n. | TME303/03 Automation and Robotics | TEE103/03 |
o | TME305/03 Computer Aided Design and Manufacturing | TME105/03 |
p. | TME307/03 System Engineering and Simulation | TEE101/03 |
q. | TUC209/06 Industrial Training | Completed 70 credits |
r. | TME309/10 ME Project | Completed 90 credits |
s. | TEL202/03 Power Electronics and Drives | TEE205/03 |
- Student who do not have a credit in Bahasa Melayu at the SPM level must register for MPU3213/03 Bahasa Kebangsaan A.
- Those who already have a credit in Bahasa Melayu at the SPM level are required to register for MPU3223/03 Decision Making Skills.
GRADUATION REQUIREMENTS
No. | Courses | Credits |
1. | MPU | 14 |
2. | University | 18 |
3. | Basic major | 42 |
4. | Core major | 46 |
5. | Electives | 6 |
Total | 126 | |
Graduation requirements: 126 credits | ||
Candidates with the following criteria will be eligible to be considered for admission into the undergraduate programme:
1. Regular Entry
Candidates must possess a minimum of:
- A pass in STPM with a minimum Grade C (GP 2.0) in any 2 Mathematics or Science subjects or its equivalent; OR
- UEC III with a minimum 5 Grade B including any 2 Mathematics or Science subjects or its equivalent; OR
- A-Level or HSC with minimum Grade D in any 2 Mathematics or Science subjects or its equivalent ; OR
- A Diploma in Engineering/Engineering Technology or equivalent with a minimum CGPA of 2.0; OR
- A Diploma in Vocational/Technical/Skills in Engineering/Engineering Technology or equivalent with a minimum CGPA of 2.5, pass bridging courses*; OR
- Matriculation/Foundation in Science/Engineering qualification with a minimum CGPA of 2.00 out of 4.00, or any equivalent qualification; OR
- Any other Diploma in Science or Business studies with a minimum CGPA of 2.5 may be admitted subject to a rigorous internal assessment** possess and a credit in Mathematics at the SPM level or its equivalent; OR
- Other equivalent qualifications recognised by the Malaysian Government.
* Bridging courses must be passed in the first year of studies.
**Internal assessment = Interview conducted by School
2. Accreditation of Prior Experiential Learning (APEL)
Accreditation of Prior Experiential Learning (APEL) provides an opportunity for individuals with working experience but lack of formal academic qualifications to pursue their tertiary studies. APEL involves the identification, documentation and assessment of prior experiential learning to determine the extent to which an individual has achieved the desired learning outcomes, for access to a programme of study.
Applicants should comply with the following admission criteria stipulated by the Ministry of Higher Education (MOHE) and Malaysian Qualifications Agency (MQA):
- The candidate should be at least 21 years of age in the year of application and possess relevant work experience.
Fee Schedule
(Effective May 2022 Semester)
Wawasan Open University uses a unique model of delivering education to both Open Distance Learning (ODL) and On-Campus Learning (OCL) students with tuition fees for the following level of programmes that can be worked out as follows:
Level | Total Number of Courses | Total Number of Credits | Tuition Fees (RM) |
Undergraduate | |||
Diploma | 29 | 90 | 12,250 – 13,950 |
Bachelor’s Degree | 26 – 39 | 120 – 126 | 27,880 – 43,520 |
Post-Graduate | |||
Postgraduate Diploma | 7 | 33 | 9,888 |
Master’s Programme | 8 – 13 | 41 – 46 | 25,800 – 29,700 |
Doctor of Business Administration (DBA) | 10 | 80 | 47,350 |
Notes:
- A one-off payment Processing and Administration fee is chargeable for new students and varies according to programme.
- Open Distance Learning Study Resource and Services fee is chargeable every semester and varies according to programme.
- On Campus Learning Study Resource and Services fee is chargeable every semester and varies according to programme.
- All totals are merely indicative and fees are subject to change without notice.
All of the University’s courses are classified into three categories, i.e., lower level, middle level or higher level. Lower-level courses are basic, introductory or foundation courses designed for freshmen. Middle-level courses may require some knowledge of previous study or a certain amount of intellectual maturity. Higher level courses are specialised courses usually designed for those majoring in a particular discipline. The level of a course is indicated by the first digit of the course code, i.e., lower level courses are indicated by the code 1XX/XX, middle level courses by 2XX/XX and higher level courses by 3XX/XX or 4XX/XX. The 2 digits after the slash indicate the credit value of the course. i.e., WLA101/03 is a lower level course of 3 credits while BBM203/05 is a middle level course of 5 credits and TEC305/10 is a higher level course of 10 credits.
Please click on the below links to download the courses: