Your Wait is Almost Over: Coming very soonWe're going to host a contest to give away RM1,000 to you, our dearest readers!
Help us make the best decision: RM200 for 5 winners or RM100 for 10 winners?
Click here to take survey now and let us know!
Why I choose engineering as my post? Well, it’s because I’m not quite expose to it and many girls thought engineering is kinda boring and just working with machines. They are totally wrong! A lot of boys will choose engineering because of their interests and incomes. Malaysia is developing and no doubt that our country needs a lot of engineers in future. Okay, let me intro about some common engineering courses.
If you are good in your maths and science subjects (especially physics), are inquisitive by nature and have a strong interest in invention, engineering is the course you should consider taking up. There are many types of engineering but the basic principle of all engineering disciplines lies in using scientific knowledge to improve quality of life through inventions. Depending on which engineering discipline you choose, you could be inventing new technologies and processes, products and services, or improving existing ones.
If you have always been fascinated by how a large craft can become airborne, you might be interested in this field. Aeronautical engineering is all about making things fly. You will plan, design and test aircraft, missiles and spacecraft. With your knowledge, you design everything from wings to cockpit controls to create the safest and most efficient vehicles possible.
Qualifications of this course are wider compare to the other courses. You can apply for this engineering if you have diploma in mechanical engineering or electrical engineering. Not to forget, you must be a good team player too!
A Pratt and Whitney turbofan engine is tested at Robins Air Force Base, Georgia, USA. Image by Wikipedia.
Biomedical EngineeringPhoto by something.from.nancy.
This is a relatively a new course that aim to find new ways of tackling medical conditions more effectively and efficiently. Not only will you learn engineering aspects in the course, you would also learn about human anatomy and computational modeling. This is because biomedical engineers have to define a medical problem and find a solution that satisfies both engineering and medical requirements. You will basically learn to design and develop tools to solve problems in medicine and life sciences. The course is not limited to just one type of engineering but also integrates theories from various engineering disciplines like mechanical, chemical, computer and materials.
Chemical engineering involves the design and operation of processes that turn raw materials like fuel, food and plastics into useful products. Besides chemistry, you’ll be studying a lot of physics and math in the course too! Chemistry studies involve study of changes in the composition and the nature of matter and its properties; while the physics component involves studying the forces that act on matter and the maths component studies the mathematical relationship between matter and its forces.
At the end of the course, you should be competent in developing, designing, operating and controlling processes (both machinery and devices). You also will learn about safety and environment issues because chemical engineers are responsible for designs that are economically viable, safe and not harmful to the environment.
A student makes light-sensitive molecules. Photo by believekevin.
Civil and Structural Engineering
Many Malaysia students are interest in this course. This course is concerned about planning and building of infrastructure such as roads, bridges, buildings, reservoirs and transmission towers. The course will teach you about physical and chemical properties of building materials and how they react under pressure or weight. You will analyze structure systems, including beams, frames and steel elements. Civil engineering is broad discipline so you will usually specialize at the end of the course. Some of the specializations that you can choose from are structure, geotechnical, traffic and highway, environmental, and hydrology and water recourse systems. By the way, you must be practical and creative at the same time!
Langkawi bridge. Photo by peter.macdonald.
Electrical and Electronic Engineering (E & E)Electronic circuit. Photo by Storm Crypt.
This is one of the top courses when students are applying for engineering. Electronic engineering is closely related to electrical engineering but while electrical engineering deals more with large-power applications, electronic engineering is concerned with lower-powered electrical systems. An electronic engineering course will give you a thorough understanding of analogue and digital electronics and microprocessor hardware and software. Electrical engineering is concerned with different forms of electrical charge, how they behave and how they can adapted for use. You will study about transformers, complex network functions, electrons, magnetic field and electric fields, and basic electrical measurement devices such as ammeters, voltmeters and oscilloscopes.
Materials Science and Engineering
This specialized course is concerned with study of materials that underpins most of the technology we depend on. In this course, you will learn all types of materials such as ceramics, glasses, metals, polymers, semiconductors and biomaterials. The course will also give you the opportunity to study the behavior of materials under different conditions, analyze the selection of appropriate materials for a given application, and develop new materials and methods to process them into useful objects through research and practical experiments, among other things.
You will need a good IT and analytical skills for this course.
If working with around machines simply fascinates you, you’ll enjoy this course. In the first 2 years of the course, you’ll study core subjects like thermodynamics, fluid mechanics, solid mechanics and dynamics. Besides that, you’ll also study about mechanical behavior of materials, electrical circuits and computer-aided design, computer-controlled systems and mechatronics. The scope of mechanical engineering is very broad, so you can opt to specialize at the end of the course.
Telecommunication engineering is quite similar to electrical and electronics engineering. It brings together elements of electrical and electronics, and computer engineering. The course will cover typical signals (speech, audio, video, and data) and their characteristics as well as key techniques in handling transmission system issues (modulation, coding, multiplexing). You will also learn to evaluate system performance. You will develop skills in electrical circuits and electronics (analogue and digital), modeling and simulation of systems, applications of electromagnetism, optical fibers and communication, photonics, data networks and satellite communications.
Menara Kuala Lumpur is the fifth tallest telecommunication tower in the world. Photo by eshare.
Well, these are the common degree courses that are in Malaysia. I hope this is helpful to those who isn’t sure what type of engineering they should take up. Enjoy reading ~ =) Liked this post? Subscribe now to read more post like this one! Tweet