After 10+2, every student enters a crucial stage in their lives when they have to choose the right path to pursue a fulfilling career. Engineering has always been one of the most sought after career options for the Indian students.
An engineering degree provides you with a wide range of transferable abilities, including analytical thinking, project management, practical experience, and problem solving. All of these abilities can be used in a variety of sectors.
If you want engineering to be your future career option but got completely baffled by the many branches and sub-branches of engineering, here are brief perspectives of some of the major engineering streams to help your selection match your aptitude and interest:
Civil engineers develop and construct the infrastructure that keeps our cities and towns running. Civil engineers are constantly looking for innovative ways to make bridges, buildings, transportation, and roads safer and stronger, more sustainable, and less expensive.
You could be involved at any stage, such as the design, maintenance, or construction of public or private buildings, roads, bridges, and sewage systems. This branch of engineering is concerned with natural or man-made settings that are used by the general public.
Do you enjoy constructing robots or figuring out circuits? As the rate of technological progress accelerates, electrical engineers are in high demand. We require more efficient methods of connecting networks and automating activities.
You could experiment with automobile circuits or create robotic technologies that automate specific technical activities. You could work in the field or in an office, supervising a team that is involved at the community, local, or government level, or in the commercial sector. Avionics, medical electronics, automobile systems, and electrical power generation could all be areas of work.
What causes a wind turbine to spin or an air conditioner to keep us cool? Mechanical engineers have the solution, and they are always seeking new and better ways to design, develop, and produce transportation, pumps, machinery, or equipment.
Mechanical engineering, as one of the oldest engineering fields, incorporates physics, mathematics, and material science principles. To design, analyse, construct, and maintain mechanical systems, all of these disciplines must be merged. You could be working on projects ranging from the nanoscale to the scale of an aeroplane, so the possibilities are endless.
While mechanical engineers work to design and build machineries, bioengineers spend their days peering through a microscope and interacting with creatures at the cellular level. They are working on more accurate ways to identify diseases and better ways to treat them, and they frequently collaborate with other engineers and scientists.
They may devote a significant amount of time to planning, carrying out, and reflecting on research projects or trials. You could be working with artificial organs, surgical robots, improved prostheses, or novel pharmaceutical medications as a biomedical engineer.
This form of engineering is further classified into specific position titles, such as biomedical electronics, biomaterials, computational biology, medical imaging, bio-nanotechnology, and orthopaedic engineering, to mention a few.
Chemical engineers are crucial in the development of alternative fuel sources. Creating fuel from vegetables, establishing sustainable nuclear energy, or creating new pharmaceuticals, polymers, and fabrics – pretty much any material from other raw materials.
Have you ever considered how engineers manufacture dehydrated milk or food? Chemical engineers are the people to consult. Chemical engineers carry out their duties using principles from mathematics, chemistry, physics, biology, and economics. You could be working in a laboratory, a chemical plant, or a factory, or you could be travelling between work sites.
Did you ever want to build an aeroplane or a rocket when you were a kid? Aerospace engineers develop and construct aircraft, satellites, missiles, and spacecraft. This is the speciality for you if you wish to take to the sky. These vehicles’ design, development, building, testing, and operation are unique to being in space and the earth’s atmosphere. When it comes to project realisation, many specialised teams will focus on one topic, such as propulsion systems.
This can imply that a whole flying vehicle necessitates the implementation and comprehension of numerous technical disciplines, therefore you will be working with a large number of competent engineers and scientists.
You could be involved in developing new methods of processing raw materials and improving mining equipment. Mining engineers may also be in charge of overseeing the processing activities that separate and refine raw resources.
Overall, mining engineers support the process of extracting, transporting, and refining coal and metal from underground to above ground, where it can be used in the manufacture or usage of equipment.
This is a popular option for students, and the field is growing. Grid connections, wireless communications, software and applications, networks, technical devices, and much more are all developed by computer engineers.
Whether you are working with hardware or software, the computer sciences can cross over. Computer engineers are primarily concerned with the hardware-software interface and digital hardware, whereas computer scientists are more concerned with understanding, designing, and solving programmes inside computers.
European Education Consultancy(EEC) can help you with admission, visa process & getting a letter of invitation from the top universities of your choice in Ukraine. If you don’t know the admission process, visa process, or education eligibility for Studying in Ukraine, just get in touch with us and we will guide you with all the details. Please fill up the form and we will get in touch with you as soon as possible.