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Studying Engineering is the application of math and science to solve problems. While scientists and innovators come up with ideas and inventions, engineers are the ones who put them into practice. Find out more about the different types of engineering courses right here on this page!
When you enter any study in engineering, you must have a strong interest in science and mathematics in a way that allows you to solve problems of a highly technical nature. For a biomedical engineering graduate in Malaysia, you must be willing to add the life sciences and medical knowledge necessary to understand the framework of the problems on which you will work.
Biomedical Engineering is the combination of engineering and medicine in which a professional in this field will work with other engineers, basic laboratory scientists, physicians and nurses. A course in biomedical engineering would equip students to design and test new medical equipment, set up and maintain existing equipment, evaluate the safety, efficiency and effectiveness of the equipment, research reports and many more. Strong communication skills are essential and often the Biomedical Engineer becomes the general interpreter for such widely educated individuals; the one who knows the language of both engineering and medicine.
Do you look at products such as a canister of Pringles and wonder how they were produced? (After finishing it of course!) Do you enjoy learning and creating processes of turning one thing into something completely different? Do you go about a daily task by striving for the best possible result while trying to save as much money as you can? Then, perhaps Chemical Engineering is the career for you. Read on as we alter any misconceptions you’ve ever had about the profession.
Chemical engineering is the unique fusion between chemistry, physics, biology, mathematics and economics to produce chemicals, materials and energy. Being one of the four main branches of engineering, this course touches on just about everything involved in the creation of something. Still confused? In simple terms, this course prepares you to be like a magician, except instead of a wand, they use a test tube and stopper, and in the place of a cute fluffy rabbit, a mind boggling new method to make Broccoli taste good!
Are you a thrill seeker? Always in need of that shot of adrenaline in your life? Are you weirdly good at math as well? Were you probably the only person you knew who possessed the weird combination of thrill seeker and math geek? Do you know what fossil fuels are, and how important it is to the future? If you do, then perhaps studying Chemical Engineering with Oil & Gas in Malaysia will fit you like a glove! Read on as we dig deeper into what the course entails.
Unlike the typical course on Chemical Engineering, this one is more specific towards the oil and gas sector, combining Mathematics and Science. This field is crucial in the development and transformation of raw materials namely petroleum and crude oil into useful products to create a sustainable future. Oil is the predominant fuel of the transportation sector whereas natural gas, owing to its more environmentally friendly nature, is preferably used for electricity generation.
Did you know that New York City has one of the world’s most impressive water supply systems, receiving billions of gallons of high-quality water from over one hundred miles away? Did you know that jets and space stations must possess the perfect load-carrying capacity to prevent catastrophe? Did you also know that cars constantly have their chassis improved to bump up the crashworthiness of bumpers and doors? Do you know who’s responsible for all these elements? A Civil Engineer of course. So, if any of the above scenarios interests you, read on as we introduce you to the world of Civil Engineering studies in Malaysia.
Civil Engineering can be said as the earliest engineering disciplines of all time. It is the foundation for all types of buildings from the suspension bridge to the tallest skyscraper. A Civil Engineer will never be out of job because they are key people to build the necessities for a modern and contemporary nation. This field will be an exciting one for students to venture into because of the results you see as you put in your hard work to build something useful from scratch, be it an underground train station, a highway or a sewage treatment. A career in this field is a rewarding one. Not only do you get to do what you love, but also get to see people appreciating your work.
Do you love numbers? Have they made more sense to you, than even words? Are you also good with computers? Not just playing DOTA of course, but at what makes them tick, and diagnosing any problems they may encounter? Then studying computer engineering might just be for you, so read on as we give you a detailed breakdown of a course involving Computer Engineering in Malaysia.
Computer Engineering combines the scientific elements of Computer Science and the physics of Electrical Engineering to invent digital machineries, computer networking and computer systems. Computer engineers use their expertise in computer programming, hardware and software design to create technological platforms, applications and tool that help people be more productive and efficient. Studying a course in Computer Engineering prepares students to integrate the latest innovations by inventing software applications and enhance network and communication systems.
Are you a computer geek, one who knows how and why a computer stops responding instead of flinging it across the room? Do you love constant change and would choose it any day over repetition? Do you also love iPhones, iPads and the latest and greatest laptops like Alienware, not just using them, but what’s on the inside, how they function and continually innovate? Then read on as we take you into the world of studying Electrical Engineering in Malaysia.
From the smallest pocket devices to large supercomputers, designing, assessing and improving electronic systems will all be covered under electrical engineering. Studying this course will instil technological knowledge needed to deal with a variety of projects such as computers, robots, cell phones, cards, radars, navigation systems, wiring and lighting in buildings and other kinds of electrical systems.
Are you someone who learns better by doing instead of reading, knowing that if you could experience historical events in person, you would remember it so much better compared to reading about it in a book? Do you like reading do-it-yourself books or guides or watch videos on YouTube tutorial when a problem arises? Do you love, then, implementing those exact methods you read or watched in real life to see if they actually work? Then perhaps the field of engineering technology is for you?.
Engineering programmes often focus on theory and conceptual designs while engineering technology programmes usually focus on application and implementation. Engineering technology programmes also typically focus on algebra, trigonometry, applied calculus and other courses that are more practical than theoretical base. Graduates of engineering technology programmes are called technologists and are most likely to enter positions in sectors such as construction, manufacturing, product design, testing or technical services and sales.
Do you love the environment and hope to make a difference someday, even when your friends litter around? Have you ever thought that our country will be more eco-friendly one day? Or are you an activist at heart wanting to educate people on environmental conservation? Now’s your time to make an impact. Continue reading as we dig into what this course encompasses.
Environmental engineering is one of the most fulfilling paths to take if you enjoy engineering. Not only you get to enjoy doing what you love, you also get to save the environment, overcome environmental issues AND get paid! This course very much relates to civil engineering as the environmental issues usually fall under civil engineering. You’ll be utilising your expertise as an engineer using principles of soil science, biology and chemistry to come up with solutions to overcome environmental problems. Water treatments, solid waste management, industrial waste management and management of natural resources are just the tip of the ice-berg when addressing environmental problems. Malaysia needs engineers with the expertise and skills to work out solutions to fix these problems and reduce the negative environmental impacts and improve the quality of life for everyone.
Do you sometimes read about certain systems, and think of ways to improve them? Ways to make the whole process more efficient? Are you a natural born leader, never afraid to speak up and be heard in an appropriate (Shouting and cursing doesn’t count!) manner when you deal with elders? Do you like working with your hands and using tools? Are you a reliable person, the one who shows up on time for futsal or a movie, while everyone else says they’re ‘on the way’? Then read on as we clear the path for you to become an industrial engineer.
Industrial Engineering has made significant contributions by helping people save money while making the workplace better for fellow workers. It helps doctors and nurses make the best use of their time in treating patients with procedures for optimum use of medical facilities to help bring the cost of healthcare down. Some creations in this field include improving tools workers use to assemble televisions to reduce the risk of repetitive stress injuries and designing a bar coding system for identifying and transporting passengers’ luggage to ensure that it does not get lost.
Are you fascinated by large and gargantuan ships? How they float, how they manoeuvre, it all just astounds you. Did you love Titanic, not the movie, but the ship! The marvel of the sea that represented the pinnacle of engineering back then. Is your dream to one day be involved in creating something similar? If so, then read on and find out if marine engineering is the course for you.
Marine engineering is vital for all forms of transportation on sea, be it boats, ships, remotely operated vehicles, and offshore platforms, plant and equipment. It serves to build, convert, test and maintain these vehicles to ensure safety, efficiency and effectiveness. The work involves a detailed technical knowledge of naval construction and mechanical, electrical and electronic engineering systems.
Do you love energy and feed on it on a daily basis? Do you like power, not possessing it, but producing it? Are you someone who’s versatile, being able to adapt to any situation at any point in time, like Han, from Fast & Furious? If you answered ‘yes’ to at least one of the above questions, then maybe, Mechanical Engineering is for you, so read on.
Mechanical Engineering is one of the expansive engineering disciplines. Anything that involves force, energy or motion involves Mechanical Engineering. Since it involves the design and work with all types of mechanical systems, careers in this field stretch across almost all industries including aerospace, robotics, entertainment and many more. Taking this course will make you one step closer to building the next big energy-efficient jet engine, robots or even roller coaster rides.
Have you seen the movie ‘Real Steel’, the one with the fighting robots and ever wondered if you could possibly create something like that one day? Do you believe that the future is going to consist of smart intelligent robots capable of making decisions? If so, do you then, want to be part of the reason that becomes a reality? Do you also know that the term ‘mechatronic’ did not originate from a certain Decepticon Transformer made famous by the movies? Then Mechatronic Engineering studies in Malaysia might just be for you.
It may seem surreal but a degree in Mechatronics actually produce engineers that build intelligent machines, able to be aware of their surroundings and make decisions. Their complex nature is made out of several parts: the mechanism itself, the sensation, the control and operating system. The opportunities available to develop such intelligent machines are ever evolving.
Do you have a keen eye for detail? Do want to innovate and create new processes and things not seen prior to this? Do you want to be a crucial cog in the clock of the future? Have you ever had an interest in atoms? Then perhaps, Nanoengineering is the course for you.
Nanotechnology is a highly specialised field that zooms down to an acute attention to detail so as to improve technology. Working with genetics and the smallest man-made building blocks in existence is at the core of this field to create real-life sci-fi technology. It has contributed countless new materials such as powering the cars of the future to tiny microscopes that explore the human body like a mini submarine and help make it better. Cloning humans? Nanotechnology could help make that happen.
Have you ever wondered what is at the earth’s core, thousands of feet below the seabed where no one goes? Do you like digging sand on the beach? Ever wanted to play with those cool robots from Transformers? Now multiply that desire 50 times more and you’ll get to do that when you study Petroleum Engineering in Malaysia. You’ll be doing loads of that together with designing, evaluating and executing productive ways of extracting petroleum from the ground. Petroleum Engineers will need to spend most of their time with Geologists to make estimates because it’s impossible to travel thousands of meters below the ground.
Petroleum Engineering fuses Maths, Science and Geology together. Originally a sub-category under Chemical Engineering, it has since branched out to be an independent course on its own seeing the popularity and criticality of this specialised field. So if you’re into these three subjects but never knew which one to major in, you can thank us later. You will learn to oversee the various processes involved in an efficient, safe and environmentally responsible way as you satisfy the world’s incessant energy needs in a long term, sustainable manner.