By 2028, the Indian mechanical engineering market is projected to reach USD 120.2 billion,
promising significant growth and ample career opportunities in the sector.

B.E. Mechanical Engineering (ME)

Home / Programmes Offered at MVJCE / School of Mechanical Science – Mechanical Engineering

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The Bachelor of Engineering (B.E.) program in Mechanical Engineering offers a broad spectrum of knowledge, starting from intricate machinery design to understanding basic mechanisms, opening up endless opportunities for problem-solving and innovation.
The Program was started in 1982 alongside the founding of the college.
Since its inception, the program has focused on enhancing students’ academic and technical capabilities. This is achieved through the integration of cutting-edge technologies, effective teaching methodologies, and a strong emphasis on research and development.
The curriculum has been consistently updated to reflect the latest technological advancements and sustainable engineering practices. It is designed to stay relevant to industry needs and global trends in mechanical engineering.
The program has been accredited three times by the National Board of Accreditation (NBA), with the most recent accreditation awarded in 2022. This accreditation is valid for a period of three years, up to June 2024, affirming the program’s quality and standards.

The Department of Mechanical Engineering comprises a team of talented and technically proficient faculty members specialising in diverse areas of mechanical engineering. Their collective expertise ensures that students receive high-quality education aligned with academic and industry standards.
The Department emphasises holistic learning, aiming to nurture students into competent professionals capable of making meaningful contributions across various levels and meeting the expectations of industry and academic stakeholders.
The Department has faculty members with very rich academic experience. Six faculty members have a Doctorate Degree, and two faculty members are pursuing their Doctorate Degree in the department's research centre.
The Department has successfully submitted and received project grants from prestigious organisations such as AICTE under the MODROBS scheme, National Innovation Foundation, etc., reflecting its active engagement in cutting-edge research.
The Department is a VTU-recognised Research Centre. Six research scholars have completed their PhDs from the research centre, while four of them are pursuing their PhDs in the research centre.
The department organises industrial visits to renowned companies including MOOG India Technology Centre Ltd., VST Tractors and Tillers, BEML, and INDO MIMTECH.
Regular workshops and seminars are conducted in the department to provide students with hands-on experience and industry-relevant technical knowledge, enhancing their practical skills and employability.
Through the DYNAMECH club, the department fosters a culture of entrepreneurship and innovation by organising seminars focused on product design, creative thinking, and startup development.
The Department encourages students to actively participate in national-level competitions such as Go-Karting and Hackathons, which help them apply theoretical knowledge in dynamic, competitive environments and develop teamwork and leadership skills.

A Sneak Peek Into Your Future

Embark on a journey into the world of Mechanical Engineering, where the possibilities are limitless. From designing cutting-edge technology to creating innovative solutions, Mechanical Engineers play a pivotal role in shaping the future. With their expertise spanning across industries, Mechanical Engineers are in high demand, offering a plethora of career options ranging from manufacturing and construction to energy and public sectors.

Placements at MVJCE

Graduating from MVJCE’s Mechanical Engineering program opens doors to a plethora of opportunities. With a focus on emerging fields such as Additive Manufacturing, Advanced engineering materials, CFD, Composites, Microfluidics, Thermal storage and management students are equipped to thrive in various core Mechanical industries, including aerospace, automotive, and IT. Our graduates are highly sought after by top companies like Apollo Tyres, Johnson Controls, Westline Shipping Pvt. Ltd., Thermax, Tata Steel, etc. also our graduates have been placed in top companies such as Accenture, TCS, HP, Epiroc, Quest Global, Infosys, Capegemini etc. with over 90 students securing lucrative placements annually.

Autonomous institute tailoring programs for industry-readiness.
Mechanical Engineering Graduates from MVJ College of Engineering (MVJCE) are well-prepared to meet these demands, thanks to a comprehensive curriculum that blends theoretical knowledge with practical exposure.
The program equips students with the technical proficiency and adaptability needed to thrive in a competitive, technology-driven world.
As a result, MVJCE mechanical engineers are industry-ready and capable of contributing effectively from day one.

Design Engineer – Focuses on creating and improving mechanical systems and components using CAD tools.
Production Engineer – Manages and optimises manufacturing processes and workflows.
Maintenance Engineer – Ensures machinery and equipment operate efficiently and reliably.
Quality Control Engineer – Monitors and improves product quality through testing and process control.
Project Engineer – Oversees engineering projects from planning to execution, ensuring timelines and budgets are met.
R&D Engineer – Engages in research and development to innovate and improve products and technologies.
Manufacturing Engineer – Specialises in designing efficient manufacturing systems and processes.
Thermal Engineer – Works on systems involving heat transfer, thermodynamics, and energy efficiency.
Automotive Engineer – Designs and develops vehicles and automotive systems.
Piping Engineer – Designs piping systems for industries such as oil & gas, power plants, and chemical processing.

The curriculum of the Bachelor of Engineering Program in Mechanical Engineering is designed as per NEP, AICTE guidelines, and VTU framework, with valuable input from industry and academia to ensure relevance and quality.
The program consists of 160 credits, evenly distributed across four years (40 credits per year), covering a wide range of foundational and advanced subjects.
Courses include Basic Science, Engineering Science, Professional Core, Integrated Core, Professional Electives, Open Electives, and Ability Enhancement components.
Specialised subjects such as Materials & Manufacturing, Design & Thermal, Instrumentation and Controls, Design Thinking, and AI & ML for Mechanical Engineers enhance career readiness.
The second-year curriculum introduces core subjects like Engineering Thermodynamics, Mechanics of Materials, and Machining Science and Operations, along with Python for Mechanical Engineers and Instrumentation and Controls.
In the third year, students study Machining Science & Operations, Fluid Mechanics, Engineering Thermodynamics, Turbo Machines, Heat Transfer, Finite Element Methods, and Mechanical Vibrations.
The fourth-year curriculum includes advanced topics like Finite Element Methods and Mechanical Vibrations, along with electives such as Additive Manufacturing and Product Design, project work, internships, and online electives.
Professional electives include Supply Chain Management & Introduction to SAP, Process Equipment Design, Design for Manufacturing and Assembly, and AI & ML for Mechanical Engineers.
Open electives offer exposure to interdisciplinary areas like Modern Mobility, Additive Manufacturing, Product Design and Development, and Project Management.
Ability Enhancement Courses are integrated throughout the program, featuring Idea Box – Innovation, UAV – Develop Drones, LabVIEW – Graphical Programming, Tomorrow’s Engineers, and Tinkering Lab.
The curriculum emphasises experiential learning, NPTEL video resources, and practical applications to bridge theory and industry practice.
Graduates are equipped to meet global industry demands with strong technical skills, character, and social awareness.
The Bachelor of Engineering program in Mechanical Engineering provides students with the opportunity to pursue an Honours Degree. It requires completing 18 additional credits through advanced courses while maintaining a CGPA of 7.5 throughout the program without any backlogs.
The program also offers students the opportunity to pursue a Minor Degree, provided they have a minimum CGPA of 5.0 and no backlogs. It involves completing 18–20 additional credits in emerging or interdisciplinary areas while maintaining the required CGPA throughout the program.

Comprehensive Curriculum

4 year B.E.Circulum

Crafted in accordance with the National Education Policy (NEP), AICTE guidelines, and the VTU framework, incorporating insights from both industry and academia.
The students intake as per VTU guideline is 30.
Continuous upgradation of the syllabus to meet the industry needs.
Industry oriented softwares are incorporated in the software.

Programme Structure & Credit System

160 credit points distributed over 4 years (40 credits/year).
Includes basic science, core courses, electives, and ability enhancement courses.

Core & Specialized Courses

Foundational courses: Engineering Thermodynamics, Material Science and Engineering, Mechanics of Materials, Computer Aided Machine Drawing.
Integrated professional core courses: Heat Transfer, Design of Machine Elements, Heat Transfer, Non Conventional Energy Sources and Turbomachines.
Advanced courses: Finite Element Methods, CNC Programming and 3D Printing Lab, Python for Engineers.

Professional & Open Electives

Professional electives: Supply Chain Management, Additive Manufacturing, AI & ML for Mechanical Engineers.
Open electives: Modern Mobility, Product Design and Development, Project Management.

Ability Enhancement Courses

LabVIEW Programming, UAV Development, and Tinkering Lab.
Focus on innovation and societal problem-solving.

Softwares

CAED: Solid Works, AutoCAD 2D and 3 D
Python for Mechanical Engineers
FEM Analysis: ANSYS
CNC simulation: SEE NC TURNER MILLER

Experiential Learning & Industry Integration

Hands-on projects, internships, and NPTEL video links.
Online electives to gain practical, industry-relevant skills.

HONORS DEGREE

Eligibility
Students must have a minimum Cumulative Grade Point Average (CGPA) of 7.5 up to the fourth semester. No pending backlogs.

Registration:
Eligible students can register from the fifth semester by paying a one-time non-refundable fee.

Credit Requirements:
An additional 18 credits are required beyond the standard 160 credits for the B.E./B.Tech. degree. These credits are earned through advanced courses specified by the university.

Completion Criteria:
All Honors courses must be completed before the major degree is awarded. A minimum CGPA of 7.5 must be maintained throughout the program.

MINOR DEGREE

Eligibility
Students must have a minimum CGPA of 5.0 up to the third semester. No pending backlogs.

Registration:
Registration is open after the announcement of third-semester results. A non-refundable registration fee of ₹1,000 is applicable.

Credit Requirements:
An additional 18 to 20 credits are required beyond the standard 160 credits for the B.E./B.Tech. degree. These credits are earned through courses in emerging or interdisciplinary areas.

Completion Criteria:
All Minor courses must be completed before the major degree is awarded. A minimum CGPA of 5.0 must be maintained throughout the program.