An engineering career can allow you to inculcate a sense of innovation and curiosity that can help you develop real-life solutions for different problems. A bachelor’s degree in technology and engineering (B.Tech or B.E) can instil a strong academic and technical foundation in most engineering sciences. It can also boost your career in most scientific domains and provide you with strong practical knowledge and subject expertise.
Read this blog to learn why you should pursue a B.Tech course and the rewarding career prospects available after the course completion.
Why should you pursue a bachelor of technology degree?
You can pursue a B.Tech programme after your high school if you want to establish a successful career in various engineering sciences. The curriculum can be the perfect outlet for students to demonstrate their scientific curiosity, analytical thinking and innovativeness.
The course is also a great alternative if you want to explore career options in different scientific streams and disciplines. A B.Tech degree can give a perfect start to a thriving industrial career and attracts technological and industrial giants.
What are the career prospects of studying a B.Tech course?
A B.Tech degree can open up hundreds of exciting career options in different domains. Here are some rewarding roles available with a bachelor’s degree in technology.
- Control and Instrumentation Engineers: Control and Instrumentation engineers are hired to design, develop, install, manage and maintain high-tech equipment that is used to control and monitor different engineering operations or machinery. These engineers are mostly employed by companies that supply control or monitoring devices to industrial activities requiring extensive monitoring such as hospitals or nuclear power plants.
- Aerospace Engineers: Aerospace engineers are primarily employed by firms which are involved in designing and building aircraft, missiles, spacecraft or their spare parts. Aerospace engineers are responsible for the research and development of these parts, their designing, analysis, prototype manufacture and large scale production. As an aerospace engineer, you can be expected to know about mechanical engineering, electronics and electrical systems, computer programming and instrumentation designs.
- Power System Engineers: Power System engineers work in large scale power distribution stations or power generation plants to ensure the safe and efficient distribution of electrical energy to residential complexes, commercial buildings, hospitals or factories. As the role involves handing of major electrical systems and circuits, power system engineers must possess extensive knowledge of electrical systems and circuits.
- Robotics Engineers: Robotics engineers are primarily computer programmers or artificial intelligence specialists who are responsible for designing, testing and building robots that improve the efficiency and accuracy of different processes. These engineers employ computer-aided design drafting to generate the prototypes and build them as per the designs. Robotics engineers are also required to have extensive knowledge of mechanical engineering, electrical and electronics systems and kinematics.
A B.Tech degree can provide you with an expanded skillset and extensive expertise that can allow you to seek jobs in other associated domains such as public services departments, university research teams and even engineering firms. If you wish to pursue further studies, the degree can provide the right exposure for a master’s degree in the engineering discipline of your choice.