PROGRAMME OVERVIEW
Diploma in Mechanical Engineering (DME) will develop the students with fundamental understanding of mechanical knowledge and skills that each learners seek. The field of mechanical engineering involves the design and development of anything considering to be a machine from bicycle to rocket science. Mechanical engineers play vital role in designing, creation, analysis and maintenance of the system /machine/material. Mechanical Engineering covers wide range of engineering aspects such as mechanics,thermodynamics, fluids, productions, and robotics and so on. This course importantly focuses on enabling the students to understand thetheoretical and practical concepts which deal with problem solving skills essential for a range of exciting careers. Student will learn the subjects that covers engineering background subjects, Mechatronics, mechanical principles and materials. The learners can get into an assistant engineer, mechanical design engineer and production engineer and more once after completing this course.
| Module No | Module Title | Assessment Mode | Contact Hours |
|---|---|---|---|
|
01 |
Applied Engineering Mathematics |
Written Exam 100% |
32(Including Assessment) |
|
02
|
Basic Engineering Science
|
Written Exam 100% |
32(Including Assessment) |
|
03 |
Engineering Project Design |
Written Exam 100% |
32(Including Assessment) |
|
04 |
Mechatronics
|
Written Exam 100% |
32(Including Assessment) |
|
05 |
Engineering Mechanics and Principles
|
Written Exam 100% |
32(Including Assessment) |
|
06 |
Strength Of Materials
|
Written E Exam 100% |
32(Including Assessment) |
Learning Objectives
- Applied Engineering Mathematics
- Basic Engineering Science
- Engineering Project Design
- Mechatronics
- Engineering Mechanics and Principles
- Strength Of Materials
Applied Engineering Mathematics
On successful completion of this module a learner would be able to examine and design engineering situations and work out problems using algebraic methods,trigonometric methods,calculus and statistics and probability.
Basic Engineering Science
- Analyse static and dynamic engineering systems
- Explore the engineering materials and behaviour
- Learn the scientific principles application for the engineering design and solve engineering problems effectively.
- Apply DC and AC theory
- Investigate information and energy control systems.
Engineering Project Design
On successful completion of this module a learner will be able to develop a design specification to meet customer requirements, analyse & evaluate the design solutions, prepare a final design report and understand how the computer-based technology is used in the engineering design process.
Mechatronics
Upon completion of this module, the participants will be able to:
- Understand the applications of a range of mechatronic systems and products
- Understand about electro-mechanical models and components in mechatronic systems and products
- Develop a specification for a mechatronic system or product
- Apply the mechatronic design philosophies to carry out a design analysis
Engineering Mechanics and Principles
On successful completion of this module a learner will be able to determine the behavioural characteristics of materials subjected to beams, cylinders and loading systems, parameters power transmission and rotating systems.
Strength Of Materials
On successful completion of this module a learner will be able to determine the behavioural characteristics of materials subjected to beams, columns, struts, loading systems and s structural members with the considerations of strain energy
Entry Requirements :
Minimum 3 GCE ‘O’ level including English with a pass at C6 OR
International Secondary qualification Pass (at Year 10) in 3 Subjects including English. OR
Matured students with 25 years old and minimum 3 years working experience with Pass in Newway International College Entry Proficiency Test
Class Mode :
Face-to-Face and/or Online
Lecturers :
Mr. Tevin Vincent (All modules)
Mr. Mattakke Veedu Ragesh (All modules)
Mr. Natarajan Chidambaram (All modules)
Student Teacher Ratio:
Lecture 1:18
Course Duration: 12 Months (Part Time)
Intake :
24 September 2023 ~ 23 September 2024
19 November 2023 ~ 18 November 2024
21 January 2024 ~ 20 January 2025
24 March 2024 ~ 23 March 2025
19 May 2024 ~ 18 May 2025
21 July 2024 ~ 20 July 2025
