B-Tech in Automobiles

Overview

The Automobile Engineering Department at GIET Engineering College is dedicated to shaping the future of automotive innovation. We provide students with a comprehensive education that combines theoretical knowledge and practical skills to excel in the dynamic field of automobiles. Our experienced faculty, state-of-the-art facilities, and industry collaborations ensure that our graduates are well-equipped to meet the demands of the rapidly evolving automotive industry.

BTECH Intake
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Program Outcomes

After completion of the program, a successful graduate will be able to:

Apply the knowledge in mathematics, science and engineering for practical problem

Design and conduct experiments, interpret data, analyze it and report results

Design an Automobile or relevant system that meets the comfort and safety of the user or worker with global standards

Investigate and unearth the causes of failure of automobile components, industrial accidents, road mishaps.

Use modern engineering tools, equipment and software tools to analyze the problems

Apply engineering solutions in global and societal context

Find the causes of environment pollution and solutions for sustainability

Recognize and practice the professional and ethical values and act accordingly

Transform the innovative ideas individually as well as with engineering & science laboratory teams and multidisciplinary teams

Communicate effectively in verbally, graphically and written forms to increase coordination and cooperation in the team and use appropriate tone in communication with workers of different knowledge levels

Design, plan and execute projects in orderly manner to meet the financial and other constraints

Understand the impact of modern technology on society by the awareness of the contemporary issues and act appropriately throughout life

Program Educational Objectives

Within a few years after the graduation, the graduates will be:

Catering to the needs of Indian and multinational Automobile industriesand

Competent with up-to-date technological background to synthesize data, formulate and undertake applications of Automotive design with viable solutionsand

Working on multidisciplinary projects with competence in professional skills and ethicsand

Successful in Higher studies

Program Specific Outcomes

At the end of the programme the specific abilities that will be acquired are

Ability to apply various engineering principles and CAD/CAM software to design, manufacture and analyze automobile systems, subsystems and components

Ability to operate, maintain, trouble shoot and repair various types of automobilesTo Design, analyze, test and evaluate the performance of the electrical machines and transformers.

Ability to establish start-ups in automobile field to manufacture subsystems or vehicle maintenance

Career Path

   

Software Engineer

Software Engineer

Software Engineer

Software Engineer

Stanford University

Stanford University

Stanford University

Stanford University

Our Student Placements

Placement Report

       
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2022-23

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2021-22

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2020-21

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