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M.TECH MECHANICAL ENGINEERING

The M.Tech in Mechanical Engineering is a postgraduate program that increases skills and knowledge in mechanical engineering. This advanced course teaches students how to analyze, design, make, and maintain mechanical systems. Tech subjects in mechanical engineering, such as fluid mechanics, thermodynamics, material science, and structural analysis, are covered through classroom learning and hands-on lab work. Moreover, the M.Tech in Mechanical Engineering offers special electives in areas such as automotive engineering, aerospace engineering, robotics, and renewable energy systems. These options allow students to focus on aligning their interests in their studies with their career goals. The program emphasizes research and prepares and develops students to solve complex engineering problems in their field. Whether aiming for research or academia-industry, m-tech mechanical engineering equips individuals with the knowledge and skills needed for success. Graduates are prepared to take on manage engineering projects leadership roles and make significant contributions to the fast-changing field of m tech programs for mechanical engineering.

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Guru Kashi University

Presently

7K+ Students

Total

100+ Courses

Presently

25+ Countries



M.Tech Mechanical Engineering Eligibility

The candidate should have completed their graduation with a B. Tech/BE in Mechanical Engineering and a Bachelor of Planning or an equivalent degree from a recognized university. They must have achieved a minimum aggregate of 55%. It is important to fulfil the eligibility for m tech in mechanical engineering criteria before proceeding with the admission process.

What makes the Department of Mechanical Engineering unique?

Expert Faculty

Our Department has highly experienced and qualified teachers who are experts in their fields. They bring valuable practical insights and knowledge into the classroom, relevant and making learning engaging.

Cutting-Edge Research

We focus on innovative research that addresses real-world problems. Our students and faculty work on projects that push the boundaries of contribution and technology to advancements in mechanical engineering.

Modern Facilities

We have state-of-the-art labs and equipment that provide hands-on learning experiences. These facilities help students apply what they learn in class to practical situations and increase their understanding and skills.

Industry Connections

The Department maintains strong ties with the industry. These connections provide students with opportunities for internships, workshops, and seminars, giving them valuable exposure to the professional world.

Comprehensive Curriculum

Our curriculum covers both advanced and fundamental topics in mechanical engineering. It includes a balance of practical application and theoretical knowledge, ensuring students receive a well-rounded education.

Supportive Learning Environment

We foster a collaborative learning environment and are supportive. Students receive personalized guidance and attention from faculty, encouraging them to excel personally and academically.

Strong Placement Record

The Department has a robust placement cell that helps students secure jobs in reputable companies. Our graduates are highly sought after for their problem-solving abilities and strong technical skills.

Active Student Community

We have a vibrant student community with different organizations and clubs. These groups offer opportunities for leadership development, extracurricular activities, and networking with professionals and peers.

Placements

Placements for M.Tech in Transportation Engineering graduates are promising, offering diverse career opportunities in the private and public sectors. Graduates can find roles in government agencies like the Indian Railways and National Highway Authority of India (NHAI), construction firms, private engineering consultancies, and transportation planning companies. Typical job roles include transportation planner, highway engineer, traffic engineer, and urban planner. With competitive, substantial salaries, there is a demand for skilled graduates and professionals who can expect excellent career prospects. Additionally, universities often provide robust placement assistance, including internships, campus recruitment drives, and career counseling to help students connect with potential employers.

ADMISSION PROCEDURE

Guru Kashi University has established admission cell to bridge the gap between the students and the academic courses. The cell consists of team of career counsellors who understand the student’s choice and area of interest and guide them to choose the right career which will help them to excel in future.

The admission cell contains the information regarding all the courses of diploma, graduate, and post graduate and doctoral programmes. Guru Kashi University is successfully running courses in all fields such as engineering, agriculture, technical, physical education, education, languages, journalism etc.

Step-by-Step Admission procedure

Why Join the Department of Mechanical Engineering?

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The Department of Mechanical Engineering m tech was established with the objective of producing high-quality engineers to meet the demands of modern India. Located in Punjab, India, it is recognized as the best mechanical engineering college in the region. The Department takes a practical approach that aims to transform students into highly employable engineers for today's competitive market. Our curriculum emphasizes hands-on learning and provides industry and learning exposure so that graduates are prepared to work with existing, innovative, and new machinery technologies.

M. Tech Mechanical Engineering Career Opportunity

  • Research and Development (R&D): Mechanical engineers with an M.Tech degree can work in companies' R&D departments, developing new technologies, processes, and products. This role involves innovation, experimentation, and continuous improvement.
  • Design Engineering: Design engineers create detailed designs for systems and mechanical components. They use advanced software and tools to develop models, conduct simulations, and ensure that designs meet required standards and specifications.
  • Manufacturing and Production: In manufacturing and production, mechanical engineers oversee the production process and quality, ensuring efficiency and cost-effectiveness. They may work on the, manage teams and shop floor, and implement process improvements.
  • Automotive Engineering: The automotive industry offers roles in developing, designing, and testing vehicles and their components. Mechanical engineers can work on everything from transmissions and engines to emissions controls and safety systems.
  • Aerospace Engineering : Develop aircraft and Aerospace engineer's design, spacecraft, and related systems. This field requires a deep understanding of materials science, aerodynamics, and structural analysis.
  • Renewable Energy: Mechanical engineers in the renewable energy sector work on developing and optimizing technologies like wind turbines, solar panels, and energy storage systems. This field focuses on sustainable and eco-friendly energy solutions.
  • HVAC and Building Systems: In the HVAC (Heating, Ventilation, and Air Conditioning) industry, mechanical engineers design and maintain systems that control indoor climates in buildings. This role involves ensuring energy efficiency and comfort.
  • Robotics and Automation: Robotics engineers design, build, & maintain robotic systems used in manufacturing, healthcare, and other industries. This field combines mechanical engineering with electronics and computer science.
  • Academia and Teaching: With an M.Tech, you can pursue a career in academia, teaching mechanical mtech courses at universities and colleges. This role also often involves conducting publishing and research papers. Consulting Mechanical engineers can work as consultants, providing expert advice on projects, helping solve complex engineering problems, and optimizing processes for different clients.
  • Government and Public Sector: There are opportunities for public sector and government agencies and organizations to work on infrastructure projects, development, policy, and regulatory compliance.
  • Project Management : Mechanical engineers with leadership skills can move into project management, overseeing engineering projects from conception to completion, ensuring they are delivered on time and within budget.
  • Assurance and Quality Control : In quality control and assurance, mechanical engineers ensure that products meet specified regulations and standards. They develop testing procedures, conduct inspections, and implement quality improvement measures.
  • Maintenance and Reliability Engineering : This role involves ensuring that machinery and equipment operate reliably and efficiently. Maintenance engineers develop maintenance schedules, troubleshoot issues, and implement preventative maintenance programs.
  • Technical Sales and Marketing: Mechanical engineers can also work in technical sales, using their engineering knowledge to help sell complex systems and products. They provide technical support, conduct demonstrations, and develop sales strategies.

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Syllabus

Here is the m tech mechanical engineering syllabus :

Semester: 1st
Course Code Course Title Type of Course L T P Credits
MME101 Advance Manufacturing Processes Core course 4 0 0 4
MME102 Advanced Heat and Mass Transfer Core course 3 1 0 4
MME103 Optimization Techniques Core course 3 1 0 4
MME104 Metallurgy & Materials Testing Lab Laboratory Course 0 0 2 1
MME105 Seminar Skill Based 0 0 2 1
Discipline Elective-I(Any one of the following)
MME106 Industrial Tribology Discipline Elective 3 0 0 3
MME107 Quality Assurance & Reliability Engineering
MTE108 Computer Integrated Manufacturing
Discipline Elective-II (Any one of the following)
MME109 Computer-Aided Design Discipline Elective 3 0 0 3
MME110 Instrumentation and Control Engineering
MME111 Advanced Internal Combustion Engine
Total 16 2 4 20
Semester: 2nd
Course Code Course Title Type of Course L T P Credits
MME201 Materials Technology Core course 4 0 0 4
MME202 Welding Technology Core course 4 0 0 4
MME203 Mechatronics Core course 4 0 0 4
MME204 Mini Project Project 0 0 2 1
MTE204 Pavement Materials And Evaluation Lab Skill Based 0 0 4 2
Discipline Elective-III (Any one of the following)
MME205 CasAdvance ting Processes Discipline Elective 3 0 0 3
MME206 Composite Material
MME207 Modelling & Simulation of Mechanical Systems
Discipline Elective-IV(Any one of the following)
MME208 Additive Manufacturing Discipline Elective 3 0 0 3
MME209 Theory of Cutting & Machine Tool Design
MME210 Industrial Automation & Robotics
Value Added Course (Any one of the following)
MME211 english for Research Paper Writing VAC 1 0 0 1
MME212 Value Education
MME213 Pedagogy Studiesn
Total 19 0 2 20
Semester-3rd
Course Code Course Title Type of Course L T P Credits
MME301 Research Methodology Research Based 4 0 0 4
MME302 Dissertation Phase-I Research Based - - - 6
MME399 XXX MOOC - - - 4
Discipline Elective-V(Any one of the following)
MME303 Rapid Prototyping Discipline Elective 3 0 0 3
MME304 Machine Tool Design
MME305 Metal Forming
Open Elective Course
XXX XXX OEC 3 0 0 3
Total 10 0 0 20
Open Elective Courses (For other Departments)
MME306 Industrial Safety and Environment OEC 2 0 0 2
MME307 Total Quality Management
Semester-4th
Course Code Course Title Type of Course L T P Credits
MME401 Dissertation Research Based - - - 20
Total 20
45 2 6 80

Placements

Industry Demand

M.Tech in Mechanical Engineering graduates are in high demand in industries like aerospace, automotive, energy, and manufacturing.

Job Roles

Graduates can work as design engineers, production engineers, quality control engineers, or project managers.

Placement Support

Colleges offering M.Tech in Mechanical Engineering often have a dedicated placement cell to help students secure job placements.

Placement Activities

Placement cells organize campus interviews, job fairs, and industry interactions to connect students with potential employers.

Career Growth

M.Tech graduates have opportunities for advancement and career growth in the field of mechanical engineering.

Salary Packages

Graduates can expect competitive salary packages based on their knowledge, skills, and experience.

Careers

FAQ's

1. What is the maximum age limit for students applying to MTech Mechanical Engineering?

Ans: The maximum age limit for students applying to MTech in Mechanical Engineering varies by institution and may range from 25 to 30 years in general.

2.What is the Scope of MTech in Mechanical Engineering?

Ans: MTech courses for mechanical engineering offer a wide scope of MTech in mechanical engineering industries such as automotive, aerospace, manufacturing, and energy. Graduates can work in design, analysis, research, and development roles.

3. Is it good to do an MTech in Mechanical Engineering?

Ans: Pursuing an MTech in Mechanical Engineering can be beneficial as it enhances technical skills, increases job opportunities, and often leads to higher salary packages.

4. What are the main topics that students study in M.tech in mechanical engineering?

Ans:Main topics in MTech Mechanical Engineering include advanced mechanics, thermal engineering, materials science, robotics, CAD/CAM, and industrial engineering. Ans:

5. What is the duration of the M.tech in Mechanical Engineering course?

Ans:The duration of the m tech mechanical engineering courses is typically two years, divided into four semesters.

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