Best Mechanical Engineering Courses in Malaysia

Mechanical Engineering is a branch of engineering that deals with mechanical systems and tools like machinery. The design, thought process, creation and maintenance of this subfield stem from other areas of studies like kinematics, mechanics, structural analysis, physics and engineering. Fields like mechatronics, aerospace engineering and nanotechnology are the types of fields that are largely impacted by the progress of mechanical engineering.

If reading the above excites you, mechanical engineering could be something that suits you! Keep on reading to learn everything that you need to know about mechanical engineering courses in Malaysia.

Why Study Mechanical Engineering?

  • Pioneer Tomorrow’s Technology: Mechanical engineers are at the helm of developing new technologies. With the rapid technological advancement and possibilities, mechanical engineers are in an opportune position to shape and influence what tomorrow’s technology will look like.
  • Global Career Opportunities: Not only do mechanical engineers enjoy a great starting pay, the need for this broad skill set is growing worldwide, ensuring a continuous demand for people who graduate from this field of studies.
  • Entry-Way into Engineering Fields: Mechanical engineering is one of the broader skills sets in engineering as it covers many industries. Anyone in this line can therefore choose from a wide array of fields to specialise in, using mechanical engineering as a solid foundation.

Mechanical Engineering Courses are Suitable For

Individuals with the following qualities are suited to pursue a mechanical engineering course:

  • enjoy problem solving and always looking to fix how things can work better
  • constantly innovating and trying to come out with unorthodox solution for problems
  • fascinated with moving objects and what makes them work well
  • enjoy Maths and Science
  • work well in a team and are able to communicate to get things done

Pathway of Mechanical Engineering Courses in Malaysia

  • Pre-University / Foundation:
    • Duration: 1 – 1.5 years
    • Min. Entry Requirements:
      • SPM / O Level / UEC: A minimum of 5 C’s including English, Physics & Mathematics and pass in Bahasa Melayu & Sejarah
  • Diploma:
    • Duration: 2 – 2.5 years
    • Min. Entry Requirements:
      • SPM / O Level / UEC: A minimum of 3 C’s including English, Physics & Mathematics and pass in Bahasa Melayu & Sejarah
  • Bachelor’s Degree
    • Duration: 3 – 4 years
    • Min. Entry Requirements:
      • UEC: 5 B’s
      • A Level: CCD
      • Australian Matriculation / SACE International: ATAR 70.0
      • Canadian Pre-University:  75% or above
      • Foundation in Science / Engineering: CGPA of 2.8, or average of 70%

Best Mechanical Engineering Courses in Malaysia

  • Diploma in Mechanical Engineering by SEGi University
    • One of the most affordable mechanical engineering courses in Malaysia, at approximately MYR 16,000 per year.
    • The duration of this course is only 2.5 years, hence this is the mechanical engineering course for students who want to graduate and enter the workforce fast.
    • A mechanical engineering course that provides a solid foundation through coursework and field experience.
  • Diploma in Mechanical Engineering by Nilai University
    • Another affordable mechanical engineering course in Malaysia, at approximately MYR 13,500 per year.
    • Students will be studying in Nilai, a more condusive learning environment with lower cost of living as compared to major cities in Malaysia.
  • Bachelor of Engineering (Hons) in Mechanical by KDU University College
    • One of the most affordable Mechanical Engineering Degrees in Malaysia, at approximately MYR 17,500 per year. The duration of this mechanical engineering degree is 4 years.
  • BEng / MEng (Hons) Mechanical Engineering by University of Nottingham Malaysia Campus
    • University of Nottingham’s mechanical engineering courses are ranked 7th in United Kingdom by QS World University Rankings 2015.
    • Earn one of the top Mechanical Engineering Degree qualifications in United Kingdom by studying in Malaysia while paying just a fraction of the cost of studying in the parent university.
    • A relatively shorter Mechanical Engineering Degree where students can graduate with Bachelor of Engineering in 3 years. This undergraduate degree course also comes with an Integrated Master’s where students can choose to pursue 4 years of study instead of 3 years and graduate with Master of Engineering upon succesful completion.

Various Fields of Mechanical Engineering

Mechanical Engineering courses in Malaysia lead to various career pathways or further study specialisations depending on the industry of choice. Some of the specialisations one can explore in mechanical engineering are:

  • Mechanics: It is one of the subfields in mechanical engineering that deals with motions and the forces that produce these motions.
  • Robotics: It is the branch of mechanical engineering that deals with the design, development and application of robots that can be controlled remotely to interact with their surroundings.
  • Structural Analysis: Structural analysis is the subfield to mechanical engineering that studies why objects fail. There are usually two main reasons why mechanical parts do not function as intended; static failure and fatigue failure. Mechanical engineers will sit down to do a structural analysis if any of their machinery is not working as they are supposed to. The purpose of this subfield is to reduce failure rates and improve the efficiency of machinery.
  • Thermodynamics: Thermodynamics in mechanical engineering deals with the relationship between machines and energy. Mechanical engineers in this field focus energy-focused machineries like power plants, ventilation, heating, radiators and engines.
  • Biomechanics: Besides industrial and domestic usage, mechanical engineering is also used in biological parts of humans, plants, and animals. An example of this usage is during the designing and formulation of prosthetic body parts and artificial organ in humans.

Key Skills for a Career in Mechanical Engineering

  • Problem Solving: This is given. People in this profession must be good at not only identifying problems and weaknesses, but providing solutions that are easy to deploy and economical. The mechanical engineers job description largely depends on being a good problem solver.
  • Creativity: A creative mind is absolutely necessary for someone who must visualise machines and tools that aren’t even designed yet. Someone who is able to see from beyond what is in front of them is an extremely useful skill to have.
  • Mathematical Know-How: Physics and mathematical knowledge is another pre-requisite, as anyone who isn’t good at this skill will likely not even make it through the mechanical engineering course.
  • Design Skills: Skills in design is not limited to just drawing, but also, and especially, Auto-CAD which is automated computer design.
  • Listening Skills: This is a skill that is often overlooked – engineers work with a lot of different teams and must be able to communicate, of which an important skill is listening. These skills can be acquired by taking up leadership positions or volunteer positions in school and college, or just taking extra initiatives in day to day activities.

Pros & Cons of a Career in Mechanical Engineering

Pros:

  • Salary potential is high
  • Job & expertise are constantly in demand
  • Options for further specialisation available

Cons:

  • Study is rigorous and demanding
  • Work hours are long and irregular
  • Work environment can be dangerous

History of Mechanical Engineering

The mechanical engineering we are familiar with today is an amalgamation of different inventions from different parts of the world, throughout the ages. Ancient tools that incorporate mechanical engineering, like seismometer and the first endless power-transmitting chain were created in China.

During the Islamic Golden Era, Al-Jazari authored a renowned book called the Book of Knowledge of Ingenious Mechanical Devices which highlighted many mechanical designs and tools.

In England, Sir Isaac Newton played a huge role in mechanical engineering history when he founded the Newton’s Laws of Motion which was the basis for Calculus. In the initial years of the 19th century, the boom in machinery created a demand for mechanical engineering to be a field on its own. In fact, in 1847, the Institution of Mechanical Engineers was formed, creating the first professional organisation for mechanical engineers.

Similarly, in 1880, the American Society of Mechanical Engineers was formed in the USA. The popularity of mechanical engineering was largely stemmed from educational institutions like Rensselaer Polytechnic Institute which placed an emphasis in this field by providing such area of studies.

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