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Build an exciting career in engineering and technology with globally marketable courses from top-ranked universities.
As Albert Einstein said, Scientists investigate that which already is; Engineers create which has never been. Engineers are truly the builders and developers of the developing world. For example, Software Engineering courses provide you with coding skills. Engineering courses tend to integrate principles of science with practical applications to provide infrastructure, a system, or a process that is capable of solving problems in our day-to-day lives.
- Independent of the branch or field, bachelor of engineering graduates have high-level problem-solving skills, industry skills and knowledge, computer skills, structural and analytical skills, teamwork, creativity and nurturing manufacturing and workflow development skills, etc.
- Choose from the vast number of majors in best Engineering courses from world-class universities that provide global level job placements
- Often four years long, engineering courses are challenging to take but that makes engineers passionate about their field of work
- A number of engineering majors and their applications are among the highest paid jobs in the world. Pursuing masters after engineering courses has extra benefits
Top Marketable Careers for Engineering and Technology Course Graduates
Best engineering courses totally depend on the career you want to have and the field of interest. Many universities across the world have 4 year engineering courses where you study the basics of all fields in the first year. Various majors in engineering courses give you the entry pass in various sectors:
Mechanical Engineer
Mechanical engineering courses can set your roots in the aerospace, automotive, chemical, and mining sectors. Other job profiles include robotics and automation, oil and battery industries, or as a mechanical design engineer and mechanical system designer. Research and Development and working on renewable energy are trending topics of interest for a mechanical engineer of this decade.
You learn concepts like statics and dynamics, stress analysis, mechanical design, thermodynamics, fluid dynamics, and technical drawing which you will apply during your executive job roles in the early and later stages of your career. Mechanical engineers work on a wide range of projects, from printer nozzles to rocket ships. The average salary of a mechanical engineer in the USA is around $70K per year.
Civil Engineer
Civil engineering courses open the infrastructure design, construction, and development world for you with opportunities like building services engineer, design engineer and construction manager, estimator, nuclear engineer, site engineer, structural engineer, etc. All areas of civil engineering give you plenty of opportunities for creativity, innovation, and most of all, satisfaction as you contribute to the real-time development of tangible things.
A good civil engineer has an understanding of building, environmental, and urban planning issues to budgeting and costing knowledge. Job profiles after a civil engineering course offer good prospects for advancing in a career quickly and getting an extra set of skills opens an opportunity to earn a higher-than-average salary. The average salary of a civil engineer in the USA is around $87K per year.
Petroleum Engineer
Petroleum engineers design and develop methods for extracting natural gas, crude oil, and petroleum from the earth’s surface and use those materials to create energy efficiently and cleanly. With growing computer technology, petroleum engineers also use computer simulations to predict petroleum and natural gas flow on the site under focus.
You can specialise as a reservoir engineer, drilling engineer, or production engineer in the petroleum or oil sector after a bachelor in petroleum engineering or a master with a major in the same field. If you enroll in a good university, the job placements can really kickstart your career in the best way possible. The average salary of a petroleum engineer in the USA is around $87K per year.
Biomedical Engineer
A Biomedical engineering degree opens career paths in biomaterial development, biomedical scientist or researcher, medical technology development, and rehabilitation engineering. Often working in medicine or clinical context, a biomedical engineer works towards meeting the needs of the world's aging populations and to propel rapid advances in medical technologies like micro-electro-mechanical systems.
The career is built upon intriguing fields of study like neuroscience, cell and cancer biology, modelling human disease. The world needs medical science to excel with better tools for medical professionals to diagnose and treat their patients and find cures. The average salary of a biomedical engineer in the USA is around $91K per year.
Electrical Engineer
Electrical engineering degrees open up a path for you to work in a variety of industries, developing electrical and electronic components such as electric motors, radar, or navigation systems. You can also evolve into developing broadcasting or communications systems.
Depending on where you want to grow, you can pursue a profession that includes the production and deployment of automation equipment and the assessment and testing of products, as well as for the use of measuring and diagnostic equipment for adjustment, testing, and repair. The average salary of an electrical engineer is $91K per year.
Chemical Engineer
Chemical engineering courses are focused on studying the design and supervision of chemical reactions in the industry for energy production or human development. Chemical engineers use hard science in the production of compounds used every day in fuel, food, pharmaceuticals, etc.
A chemical engineer degree can give you a ticket to become an analytical chemist, energy manager, materials, and manufacturing engineer in many production industries. The average salary of a chemical engineer is $82K per year.
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Check out the list of most popular questions around engineering and technology programs
What is Engineering and Technology?
Engineering & Technology refers to a wide-ranged set of subjects that deal with practical application of science and involves the design, manufacture, and product improvement of tools and systems used either by us as a product or as a service focused on solving a problem.
What are the subjects needed to study Engineering and Technology?
Depending on the country and university of your choice, the requirements may differ, but three of Physics, Chemistry, high level Mathematics (calculus), Biology, Computer Science and Electronics are often required by schools across the globe.
This may differ depending on the major you choose. For example, a software engineering course, although not necessary, would prefer a student who has computer science in highschool. Pursuing Mtech and ME with a bachelors in the same or parent specialisation is both prioritized by universities as well as is a smart career move.
However, this depends on the specific university and course you would like to apply for, which Craydel expert admission counsellors can guide you through.
How many years do you study for a Engineering and Technology degree?
Undergraduate
Bachelor of Engineering/ bachelor of Technology: 3-5 years
BE/Btech after a diploma: 3 years
Some universities also provide 1 year long undergraduate courses to specialize in areas like industrial engineering, coastal engineering and sound engineering.
Postgraduate
MSc/Mtech in Engineering fields: 1-2 years
What are the best courses for Engineering and Technology?
It is said that chemical, civil, electrical and mechanical engineering disciplines are the core majors in engineering and all others are child disciplines or fabricated from them.
Computer Science Engineering, Aeronautical Engineering, Mechanical Engineering, Electrical and Electronics Engineering and Biotech Engineering are trending in the 21st century as the developing world is dependent on technological and mechanical developments.
Petroleum engineering, Chemical engineering and civil engineering are specialisations which have been a part of life for a long time and are ever growing.
What are the different careers in Engineering and Technology?
Mechanical Engineering, Electrical Engineering and Civil Engineering provide you field specific jobs whereas Computer Science, Computer Engineering, Electronics Engineering, Biotechnology and Biomedical Engineering focus on softwares and working with computers.
Depending on the major you specialize in, an engineer starts with executive positions like automotive engineer, software developer, systems engineer, bio-instrumentation engineer, machine designer, reservoir engineer, civil architect etc and goes up to management and lead positions.
For an indepth look into some of the most popular specialisations, check out our “Top Marketable Careers for Engineering and Technology Graduates” section above.
How can Craydel help me find the best Engineering and Technology courses?
At Craydel, we thrive to provide the best services to engineering aspirants in the world through:
- Helping you choose the stream based on your career of choice and passion
- Providing expert guidance, career match assessments and counselling to help you choose the best engineering specialization for you
- Budget-friendly structure to help you choose from a wide range of African and International universities that are providing diplomas and b tech courses