Mechanical Engineering (Btech ME)

Course Overview

Mechanical engineering is a four-year, eight-semester undergraduate programme. It is a section of the curriculum that deals with creating and designing any product that calls for the ideas of force, energy, and motion. College students are taught to address problems in a technical way throughout their studies. A programme in mechanical engineering focuses on addressing market demands, resolving current problems, and developing future solutions in the areas of electricity, transportation, healthcare, space exploration, climate change, world hunger, etc.

They get knowledge about how to design products, making sure the layout supports dependability, performance, and safety at all costs. The theory of machines, fluid mechanics, robotics and motion, and other topics can all be covered during the course. The course trains students to become mechanical engineers who can work in the automotive and aerospace industries. Chemical, electronics, building, electricity, textile, and other industries.

Why ought to study Mechanical Engineering?


Mechanical engineering is a broad field that encompasses various disciplines such as thermodynamics, fluid mechanics, materials science, robotics, and manufacturing processes. This diversity allows mechanical engineers to work on a wide range of projects and industries, from automotive and aerospace to energy and biomedical engineering. Studying mechanical engineering provides a solid foundation in these fundamental principles and equips you with versatile skills that can be applied in various fields.

Mechanical engineers are trained to analyze complex problems, develop innovative solutions, and optimize designs. They learn how to apply scientific and mathematical principles to real-world challenges, enhancing their critical thinking and problem-solving abilities. These skills are highly valued across industries and can lead to a wide range of career opportunities.


For all of the disciplines, the Mechanical Engineering branch is run by knowledgeable professors. The department has the necessary current technology and fully stocked laboratories for the students. Students are given access to better professional possibilities and are equipped to handle the challenging situations in the working world. BFIT is the leading college for mechanical engineering in Dehradun. BFIT, meets the needs of its students by regularly hosting seminars, workshops, and expert lectures to keep students abreast of the most recent advancements in science and technology. The institute’s welcoming and peaceful environment provides better study conditions for students. BFIT Group always wants the best for its college students and does everything in its power to ensure that those students have the brightest futures.

The Placement and Training Cell provides students with appropriate training in order to improve their abilities and skills. Students undergo detailed instruction to qualify them for careers as mechanics in the outside world. To familiarise students with the most recent advancements in mechanical engineering, special seminars are held.

BFIT Group continuously tries to ensure that its students have a bright and secure future.

  • Minimum qualification required is graduation from any recognized university
  • The minimum percentage required is 45% for GEN and 40% for OBC.

4 Years

Mechanical Engineering Scope in India

Common job descriptions for mechanical engineers include:

  • Mechanical Engineer:

  • Mechanical engineers are responsible for analysing challenges to see how mechanical and thermal devices can be used to solve them. They create and test prototypes of devices, alter the designs after testing, evaluate the results, and supervise the manufacturing process. Using analysis and computer-aided design, they can also create new thermal and mechanical devices.

  • Service Engineer:

  • Service engineers are in charge of maintaining the machinery used in various sectors of the economy. They also service and inspect machinery and equipment. They check that the device is producing the desired result. They also provide maintenance on equipment that is not functioning.

  • Instructional designer:

  • Instructional designers are responsible for creating learning activities, content that is engaging and transferable, and learning activities that support retention. They set instructional objectives and produce content that meets client needs. They analyse beginners and carry out research on instruction. They provide workouts and activities that improve the learning process.

  • Consultant:

  • Consultants are in charge of carrying out and planning given business tasks in accordance with the needs of the client. Through surveys, interviews, reading reviews, and other methods, they gather data regarding the needs of the customer. Additionally, they meet with their clients and provide appropriate solutions to their concerns. Additionally, they do an initial examination with the assistance of the clients.

  • Mechanical designer:

  • The task of reviewing, putting specifications, and expanding mechanical layouts falls to mechanical designers. They might consult other officers about the best material to utilise or clients about the specifications for the engines. Additionally, they will duplicate, save, polish, and deliver designs to the manufacturing division. They are also responsible for presenting the fundamental machine ideal model.

Course fee structure

Download fee structure from the below link:

Frequently Asked Questions

M.Tech is the most popular course which could be pursued after Mechanical Engineering.

The subjects related to mechanical engineering are

  • Robotics and motion,
  • Theory of machines,
  • Fluid mechanics.