Programme
Diploma in Mechanical Engineering [ KPT / JPS/(KR 6703)/01/11]
Professional Recognition
Malaysian Qualification Agency (MQA)
Intake
January / June / August
Duration
3 Years
Fees
RM 23,600
Entry Requirements
Pass SPM or its equivalent with at least credits in THREE (3) subjects, including Mathematics and ONE (1) relevant science / technical / vocational subject AND a pass in English
Overview
Programme Learning Outcome
|
PLO 1 |
to apply comprehensive knowledge of fundamental engineering including mathematics and sciences. |
|
PLO 2 |
to demonstrate basic knowledge in core engineering disciplines |
|
PLO 3 |
to identify, formulate, analyze and solve core engineering problems |
|
PLO 4 |
to apply design concepts in the engineering problems |
|
PLO 5 |
to conduct experiment, handle engineering tools and interpret data necessary for engineering practices |
|
PLO 6 |
to communicate effectively in written and oral form |
|
PLO 7 |
to function and be productive in a teamand applyentrepreneurship skills to meet global challenges |
|
PLO 8 |
to be professional and ethical in their practice in serving towards environment and society |
|
PLO 9 |
to recognize and possess the capability to embark on lifelong learning acquiring information and seeking knowledge either formally or informally |
Programme Structure
Year 1
| Courses |
Code |
| Kepimpinan Dan Kerja Berpasukan |
HKU 1111 |
| Proficiency English I |
ZEU 1113 |
| Mathematics 1 |
KFD 1113 |
| Physic |
KFD 1134 |
| Chemistry |
KFD 1133 |
| P. Islam / P. Moral |
MPW 1143 / MPW 1153 |
| Co-Curriculum (Option) |
H** 1211 |
| Proficiency English II |
ZEU 1223 |
| Mathematics 2 |
KFD 1213 |
| Engineering Drawing |
KJD 1272 |
| Mechanical Workshop 1 |
KJD 1281 |
| Computer Programming & Application |
KJD 1212 |
| Bahasa Kebangsaan A |
MPW 1113 |
| Bahasa Kebangsaan B |
MPW 1123 |
Year 2
| Courses |
Code |
| Mathematics 3 |
KFD 2113 |
| Statics |
KJD 2143 |
| Material Science + (L) |
KJD 2123 |
| Thermodynamics + (L) |
KJD 2163 |
| Computer Aided Design (CAD) |
KJD 2172 |
| Pengajian Malaysia |
MPW 1133 |
| Manufacturing Process |
KJD 2283 |
| Strength of Materials + (L) |
KJD 2233 |
| Electrical Technology |
KJD 2293 |
| Dynamics |
KJD 2243 |
Year 3
| Courses |
Code |
| Applied Thermodynamics |
KJD 3163 |
| Mechanic of Machines |
KJD 3173 |
| Project Management |
KJD 3102 |
| Instrumentation and Measurement |
KJD 3183 |
| Fluid Mechanics +(L) |
KJD 3154 |
| Mechanical Workshop 2 |
KJD 3181 |
| Entrepreneurship |
POD 3123 |
| Fluid Power |
KJD 3253 |
| Computer Aided Manufacturing (CAM) |
KJD 3282 |
| Machine Design |
KJD 3273 |
| Engineering Project |
KJD 3293 |
| Industrial Training |
KFD 3346 |
Core Course Description
|
Course Code |
Course |
Synopsis |
|
KJD 1272 |
Engineering Drawing | Introduction to Engineering Drawing – introduces and prepares students for drafting careers in modern, technology-intensive industry and introduces students for technical drafting. |
|
KJD 1281 |
Mechanical Workshop 1 | This course focuses on conventional machining processes and usages of welding machine, drilling machine and fitting tools and measuring equipments. |
| KJD 1212 | Computer Programming & Application | The course aims to expose students with the fundamental knowledge of MATLAB and Excel spread sheet programming software, a mathematical programming environment, and learn generic programming technique as well as MATLAB and Excel spread sheet specific programming skills. |
|
KJD 2143 |
Statics | This course introduces the concept of forces, moment, principles of equilibrium for both particles and rigid bodies, and its application of structures and frameworks analyses as well as other engineering works. |
|
KJD 2123 |
Material Science + (L) | This course introduces students on roles of material such as material classification, bonding, structure, imperfection as well as diffusion in solid. Students also learn the mechanical properties and failure behaviour of metals and its alloy and heat treatment methods. |
|
KJD 2163 |
Thermodynamics + (L) | The course provides the basic concepts such as thermodynamics quantities and properties of pure substance, sources of energy and energy conversation, concepts and definitions, heat energy, work and heat transfer. Properties of fluids, hot gas and ideal gas, first law of thermodynamics process. Second law of thermodynamics and thermodynamics cycles |
|
KJD 2172 |
Computer Aided Design (CAD) | The course aims to equip students with the fundamental knowledge of CATIA software, a 3D Modelling and Assembly environment, and learn generic engineering modelling drawing technique as well as CATIA specific skills. |
|
KJD 2283 |
Manufacturing Process | The course provides the basic concepts such as Introduction – Fundamental properties of metals – Metal forming and sheet metal forming processes – Casting – Metal cutting – Joining and assembly process |
|
KJD 2233 |
Strength of Materials + (L) | The course aims to equip students with the knowledge of the behaviour and analysis of structural materials under various boundary conditions and the means of predicting failure and avoiding them |
|
KJD 2293 |
Electrical Technology | This course focuses on the basic electric circuit principle and theory, describe and analyse single phase transformer operation and calculation, Identify, explain and Identify and analyse DC machine operation and calculation and explain and analyse AC circuit application |
|
KJD 2243 |
Dynamics | This course focuses on a proper understanding the basic principles governing the conditions of motion of particles and rigid bodies towards the action of forces and momentum. |
|
KJD 3163 |
Applied Thermodynamics | Fundamental development of the principles and concepts of thermodynamics. Review of the first and second laws. Criteria of equilibrium. Chemical equilibrium. Availability and irreversibility. Combustion and reacting flow. Heat mass transfer and chemistry in combustion. Analysis of ideal and actual processes involved combustion engines and Refrigeration Systems. Optimization of particular cycles for criteria such as maximum performance and efficiency, and minimum pollution. The sources of energy for combustion engines such as fuels, oxidants and propellants. Design and operating characteristic of different types of engines. |
|
KJD 3173 |
Mechanic of Machines | This course deals with the study of relative motion between or among the various parts of a machine and forces which act on them. It forms and integral part between dynamics and machine design. It also enforces the knowledge in constructing free body diagram, principles of statics and dynamics. |
|
KJD 3102 |
Project Management | This course also intend to develop students in understanding the role of a project in an organisation and to know the project management tools, techniques, and interpersonal skills necessary to handle projects from start to finish |
|
KJD 3183 |
Instrumentation and Measurement | In this course four main areas should be concentrated are the important ofmeasurement concepts in engineering, components of instrumentation systems,analyse important parameters in measurement ie pressure, temperature, displacement, force and flow |
|
KJD 3154 |
Fluid Mechanics +(L) | This course focuses on a proper understanding the basic principles governing the conditions of static and dynamic pressure, forces, momentum and pipe flow problem. |
|
KJD 3181 |
Mechanical Workshop 2 | This course focuses on conventional machining processes for manufacturing industries |
|
KJD 3253 |
Fluid Power | Student who take this course should be able to understand the basic fundamental of hydraulic and pneumatic. Hydraulic and pneumatic are widely used in engineering fields especially in heavy industry. |
|
KJD 3282 |
Computer Aided Manufacturing (CAM) | This course introduces students to the CNC and CAM application environment in various areas. Students will learn the principles, theory, functions & applications of CAM through CAM programming, design & simulations. Students will also be exposed to several hands-on projects in the laboratory. |
|
KJD 3273 |
Machine Design | The course aims to equip students with the knowledge and skills required to apply the principle of mechanical engineering design, load and stress analysis and failure analysis for basic machine elements such as shaft, spring and welding joint. |
Career Opportunities
The program prepares graduates for employment within a multitude of organizations that operates in manufacturing industries in the capacity of maintenance technicians, engineering technicians, industrial programmers, field service engineers, sales engineers, and various high technology employment opportunities in automated manufacturing. Most of students graduated are working in manufacturing industries, oil and gas industries, automotive industries, consultation, and other industries.
Expected Salary
Salary Range in industries such as automotive, manufacturing, oil and gas, and consultancy and others is RM 1500 – RM 2200
Source Universiti Selangor