Most universities only admit new students who have a strong background in math and physics. But those who have studied other sciences like chemistry, have chances of being enrolled. Each university has its grade requirements, so check before applying.
Mechanical engineering is the most common job for most graduates in mechanical engineering. Mechanical engineers refer to the inventors who are specialized in the development, design and crafting of mechanical devices. They invent new objects such as engines, sensors, automotive parts, air conditioners, electric generators, and more. If you are enthusiastic about new technologies and love both math and science, then this career path is right for you.
The task of the modern industrial engineers is to maximize efficiency. Industrial engineers’ experts apply the knowledge of mechanical engineering and math in solving problems that occur during the production or manufacture of various products. According to the Bureau of Labor Statistics, you’ll find others working in niches like transport and healthcare industries to improve the efficiency of these organizations’ hiring workflow.
As a mechanical engineer, you’ll be able to work with new technologies, i.e., advanced materials and highly efficient HVAC systems, and even including suggested additions and requirements into the latest designs of different aviation products.
As your career advances, you may get a chance to lead in the innovation of newer technologies like a unique power gearbox and advanced composite fan blades. Or you could lead the engineering systems that will be at the forefront in advocating for these technologies.
There is a myriad of ways in which a company can improve its existing automotive technology. This is where automotive engineers come into play as they can handle automotive tasks pretty well. With this role, you’ll need to learn how to develop new automotive safety technologies, fuel-efficient engineers, new car parts, and any other innovation during your tenure in this career.
If you are undecided about trying a career in engineering or healthcare, then being a biomedical engineer will feel like joining the two. Biomedical engineers are at the forefront of developing medical innovations like prosthetic limbs. If you want to become one, then you’ll use your engineering skills and methods to create new software, medical devices, or anything useful in the healthcare sector.
HVAC engineers study the temperature and air quality of the environments in which their devices operate. They also come with new ways of improving the available HVAC and/or refrigeration systems. With a bachelor’s degree in mechanical engineering, your path to joining this career is clear.
Besides the six options, there are numerous job opportunities you will get with a mechanical engineering degree. Provided you have the right attitude, and your math and science skills are top-notch, then joining any of the career choices above will be much easier.
The work of computer network architects is to design and build data communication networks such as wide area networks (WANs) and Local Area Networks (LAN). These networks range from simple connections to complex cloud infrastructures that serve thousands of customers.
The operations of design processes are important for anyone who want a career in the design and manufacture of products. The work of a design engineer is to consider various issues such as sustain inability, environment and legislation during the design of products.
For products to achieve success in the marketplace, they should match customers’ purpose as well as their requirements. Therefore, the work of a design engineer is the technical aspects of many company projects, i.e. electronic products and other machines design. For instance, they make the design of the product more user-oriented in features such as buttons, handles and other parts people touch or see.
One of the top reasons a mechanical engineering degree is in high demand is due to its strong technical robotic foundations it teaches the learners. With a degree in mechatronics engineering, you will access many opportunities that will propel you for an amazing career of mechatronics in healthcare and medical fields. Whether you will work for advanced manufacturing or military depends on you.
Your task will be to develop robotic solutions for improving the quality, quantity and productivity of manufacturing. Also, you will be controlling and troubleshooting mechanical and electrical equipment to ensure that they comply with the industry standards.
Mechanical engineering is one of the oldest yet important disciplines in the engineering field. It has been divided into numerous sub-disciplines like thermodynamics, mechanics, and structural analysis. Mechanical engineers design and maintain mechanical systems.
This degree has many job opportunities, and with companies on the lookout for new graduates, getting a job won’t be daunting as you might think.
Auston offers one of the most rewarding and fast-track engineering programs in Singapore. As one of the only engineering-specialised institutes of higher education in Singapore, they offer high-quality and academically rigorous programs ranging from diploma to degree levels. They have established a remarkable community of students and alumni passionate about the industry and continue to nurture many aspiring engineers, with graduates working for globally recognised MNCs.
Find out how you can benefit from their world-class programmes in Electrical Engineering, Mechanical Engineering, Construction Project Management and many more, to fast-track your career in Engineering!
