Scope of B Tech in Mechanical Engineering

The programme of B Tech in mechanical engineering is related to the topics that involve latest technologies as well as well-equipped upscale laboratories. During the course, students are imparted education and training to perform the entry-level works like that of a mechanical engineer. Since conceptual understanding of the engineering background leads to a desirable foundation, the academic projects and the coursework are well-planned in advance.

Objective Behind of Going Mechanical

They are designed in a manner that endows students with such capabilities that let them apply their knowledge of mathematics, science and engineering to work effectively by imparting technical and leadership skills. Finding a firm ground in principles of mechanical engineering, the students who take up an undergraduate course in this stream are ready to follow the ethical approaches to this discipline with respect to the society and environment.

Scope and Opportunities in Hand

This programme trains scholars in different areas of mechanical engineering including design, thermal, industrial and production to put emphasis upon the industrial needs. The career opportunities in this field are galore as an aspirant can become an analyst, coding scientist or work as an engineer for development, design, advance manufacturing and mechanical design after finishing with the study.

Course Structure and Topics to Discuss

Students who take up b tech in mechanical engineering as their area of study may need to go through a plethora of subjects at the undergraduate level. The topics cover engineering mechanics and graphics, computer science, communication workshop, material science, workshop technology, environmental science, basic electrical and electronics engineering. Furthermore, aspirants are imparted knowledge about subjects including thermodynamics and heat engines, strength of materials, fluid mechanics, manufacturing technology and design of machine elements.

Subject Areas to Focus Upon

Special emphasis is laid upon teaching programming languages and Data Base Management System, refrigeration and air conditioning, kinematics of machines, applied numerical techniques and FEM as well as production and operations management. Aspirants also get acquainted with heat transfer processes, microprocessor based control system, fluid and turbo machinery, operation research as well as quality, reliability and safety.

Make Elective Choices for Future

The course concludes with topics, such as alternative energy sources, mechanical vibrations, entrepreneurship development, CAD/CAM and power plant engineering. To gain further expertise, students can also pick from electives like finite elements analysis, energy management, advanced manufacturing technology, computational fluid dynamics as well as product design and development.

Getting Down to Practical Training

For practical exposure, aspirants may take up practical laboratory work in engineering graphics, electrical and electronics, manufacturing technology, fluid mechanics, machine drawing, material testing, programming languages and DBMS. At an advanced level, aspirants can learn about engine testing and emission measurement, heat transfer, fluid machinery, theory of machines and RAC in the laboratory.