Engineering & Technology

Engineering & Technology Job Family involves the application of scientific knowledge to solve problems in the real world. It enables the understanding of science through problem solving, designing and building things. Careers here involve the application of specific technical knowledge to create and facilitate the use of engines, machines and computers.

Career Inclinations

Technical
It refers to the orientation to solve problems utilisng one’s expertise on the subject. It requires quick thinking and extensive subject matter knowledge about the product.
Mechanical
It refers to the orientation to understand and manage the design, construction and operations of mechanical systems by applying the principles of physics and mathematics.

Remuneration that an individual receives monthly for his/ her professional services

Division of an individual’s time and focus between working and leisure activities

Opportunities given to an individual to scale upwards in the organization

Opportunities given to an individual to travel and interact with experts in a professional setting

Opportunities given to an individual to innovate on new ideas and projects at work

Job Roles

1. Aeronautical Engineer

Aeronautical Engineers produce specifications for the design, development, manufacture, maintenance and modification of military and civil aircraft, aeronautical components and associated systems.

Career Road Map

  • School
  • Graduation
  • Job and Career

At school level, students should ideally choose Physics, Chemistry and Mathematics. The criteria for marks may vary from college to college, to secure a seat in a average college students must score at least 80% to 85% marks in class 10+2 examinations.

The best suited course is Bachelor of Technology/Engineering in Aeronautical Engineering/ Master of Technology/Engineering in Aeronautical Engineering. Click here for the top colleges.

Aeronautical Engineers can choose to work with an airline, an airport or with a government agency. They are responsible for the design, construction and science of the aircraft.

2. Biotechnologist

Biotechnologists develop products from living systems. It commonly refers to genetically derived materials, but can also refer to developments based in microbiology, molecular biology and cell biology.

Career Road Map

  • School
  • Graduation
  • Job and Career

At school level, a combination of Physics, Chemistry and Biology is important. If the school offers, students can take Biotechnology as an additional subject.

The best suited course is Bachelor of Technology/Engineering/Science in Biotechnology/ Master of Technology/Engineering/Science in Biotechnology. To pursue B.Tech Biotechnology, Mathematics is also required as a subject. For admission in a bachelor’s degree, the candidate should have passed in HSC (10+2) or its equivalent exam from recognized board with minimum 50% in Physics, Chemistry, Biology and Mathematics. Click here for the top colleges.

Biotechnologists work with living organisms to develop new products, such as pharmaceuticals or biofuels. Their work is mostly concerned with conducting experiments in laboratories. Biotechnologists can work across several industries, and can be employed as biochemists, biophysicists or medical scientists.

3. Chemical Engineer

Chemical Engineers develop and design chemical manufacturing processes. They apply the principles of Chemistry, Biology, Physics, and Mathematics to solve problems that involve the production or use of chemicals, fuels, drugs, food and many other products.

Career Road Map

  • School
  • Graduation
  • Job and Career

At school level, students should ideally choose Physics, Chemistry and Mathematics. The criteria for marks may vary from college to college, to secure a seat in a average college students must score at least 80% to 85% marks in class 10+2 examinations.

The best suited course is Bachelor of Technology/Engineering in Chemical Engineering/ Master of Technology/Engineering in Chemical Engineering. Click here for the top colleges.

Chemical Engineers have the opportunity work across factories and industries. They work in these factories to convert raw materials into usable products such as medicine, petrochemicals and plastics. This career options enables one to be creative and experimental with different things.

4. Electrical/ Electronics Engineer

Electrical Engineers evaluate electrical systems, products, components and applications by designing and conducting research programs & applying knowledge of electricity and materials.

Career Road Map

  • School
  • Graduation
  • Job and Career

At school level, students should ideally choose Physics, Chemistry and Mathematics. The criteria for marks may vary from college to college, to secure a seat in a top college, students must score at least 80% to 85% marks in class 10+2 examinations.

The best suited courses are Bachelor of Technology/Engineering in Electrical or Electronics Engineering / Master of Technology/Engineering in Electrical or Electronics Engineering. Click here for the top colleges.

Electrical Engineers can work across industries such as transportation, communications, utilities etc. They can choose to work with either government agencies or private firms in this regard.

5. Mechanical Engineer

Mechanical Engineers design power-producing machines such as electric generators, internal combustion engines and steam and gas turbines as well as power-using machines, such as refrigerators and air-conditioning systems.

Career Road Map

  • School
  • Graduation
  • Job and Career

At school level, students should ideally choose Physics, Chemistry Mathematics and Engineering/Mechanical Drawing. The criteria for marks may vary from college to college, to secure a seat in a top college students must score at least 80% to 85% marks in class 10+2 examinations.

The best suited courses are Bachelor of Technology/Engineering in Mechanical Engineering Master of Technology/Engineering in Mechanical Engineering. Click here for the top colleges.

Mechanical Engineers can work across different verticals such as aerospace, automotive, construction, energy etc. as it involves dealing with machines. This gives one the opportunity to explore what they are most interested in.