NIRF Ranking M.Tech Mechanical Engineering Colleges 2024 Placement Data:
NIRF Ranking M.Tech Mechanical Engineering Colleges 2024 Placement Data:
Institute | Placement Data |
IIT Bombay | Average Package: INR 10-15 LPA |
IIT Delhi | Average Package: INR 9-14 LPA |
IIT Madras | Average Package: INR 8-13 LPA |
IIT Kanpur | Average Package: INR 8-12 LPA |
IIT Kharagpur | Average Package: INR 7-11 LPA |
NIT Tiruchirappalli | Average Package: INR 7-10 LPA |
BITS Pilani | Average Package: INR 6-9 LPA |
IIT Roorkee | Average Package: INR 6-9 LPA |
Vellore Institute of Technology (VIT) | Average Package: INR 5-8 LPA |
Delhi Technological University (DTU) | Average Package: INR 5-8 LPA
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M.Tech Mechanical Engineering Placements
After completing an M.Tech in Mechanical Engineering, graduates can explore various job opportunities across different sectors. The course equips students with advanced knowledge and skills in mechanical engineering, making them desirable candidates for numerous roles in the industry.
Major Job Profiles and Descriptions:
Job Profile | Job Description | Average Annual Salary |
Mechanical Engineer | Responsible for designing, planning, and functioning of machine systems in organizations. | INR 6,00,000 |
Production Executive | Responsible for determining the best and most efficient uses of available resources. | INR 3,42,000 |
Defence Sector Officer | Hired in defence services for designing machines used during wartime. | INR 5,00,000 |
Machine Analyst | Analyzes machine product production and works to increase productivity. | INR 3,42,000 |
Researcher | Utilizes existing technology and conducts research to enhance its usefulness in daily life. | INR 7,00,000 |
M.Tech Mechanical Engineering Career Scope: Job Profiles, Salary, and Top Recruiters
When M. Tech mechanical engineering graduates are equipped with some valuable and essential skills, they are capable of securing several job profiles in different sectors. Here, we focus on the career paths, expected pay, and major employers of M. Tech Mechanical Engineering pass-outs.
Job Profiles:
M. Tech Mechanical Engineering graduates can pursue careers in roles such as:
- Mechanical Engineer: In charge of coming up with structural, functional and aesthetics mechanical systems and equipment as well as doing analysis on what has been designed and implemented.
- Design Engineer: Contribute to creating mechanical parts and systems to help facilitate their construction.
- Production Engineer: Supervises the Production function and is accountable for the smooth operating schedules of the operations function of this company.
- Researcher: Entails research to work and design or elaborate enhanced mechanical technologies, systems, and procedures.
- Project Engineer: Overseas engineering projects to ensure they are accomplished in a timely fashion and are constructed with precision.
Salary:
The pay package of M. Tech Mechanical Engineering depends on some key factors like experience, employer, and region. The salary can vary from INR 4,00,000 to INR 10,00,000 per annum based on the industry for M. Tech Mechanical Engineering graduates. This is because managers, contractors, technicians, and other workers that have more experience and specialized knowledge may be paid higher wages.
Top Recruiters:
Several top companies and organizations recruit M.Tech Mechanical Engineering graduates. Some of the top recruiters include:
Private Recruiters:
- Tata Motors
- Larsen & Toubro (L&T)
- Mahindra & Mahindra
- Bharat Heavy Electricals Limited (BHEL)
- Reliance Industries Limited
Government Recruiters:
- Indian Space Research Organisation (ISRO)
- Defence Research and Development Organisation (DRDO)
- Indian Railways
- Public Sector Undertakings (PSUs) such as ONGC, IOCL, and NTPC
M.Tech Mechanical Engineering Abroad for Indian Students
Studying M.Tech Mechanical Engineering abroad opens up a world of opportunities for Indian students to gain global exposure, access top-quality education, and enhance their career prospects. Let's explore the top countries and universities for this course abroad, along with the benefits and admission process.
Top Countries for M.Tech Mechanical Engineering Abroad:
- United States (USA)
- United Kingdom (UK)
- Germany
- Canada
- Australia
Top Universities for M.Tech Mechanical Engineering Abroad:
University | Description |
Massachusetts Institute of Technology (MIT) | Renowned for its pioneering research and advanced facilities, MIT offers cutting-edge M.Tech programs in mechanical engineering. |
Stanford University | Known for its interdisciplinary approach and industry collaborations, Stanford provides M.Tech students with diverse learning opportunities. |
University of Cambridge | With a rich history of academic excellence, Cambridge offers M.Tech programs that blend theoretical knowledge with practical skills. |
Technical University of Munich (TUM) | A hub for engineering innovation, TUM offers M.Tech courses with a focus on research and practical applications. |
University of Toronto | Ranked among the top universities globally, UofT provides M.Tech students with access to world-class faculty and state-of-the-art facilities. |
Benefits of Studying M.Tech Mechanical Engineering Abroad:
Global Exposure: Studying abroad happens to be a big culture which puts the student into different cultures, different perspective and industry practice thus overall it would widen in Academic area as well
Advanced Curriculum: Universities abroad, especially top universities have a high-end course structure with a research-based approach where equal emphasis is given to practical learning and innovation;
Chance to Networking: students have an opportunity to network with professionals, researchers and peers from all around the world. Therefore it provides a way of networking for professional connections.
Career Outlook: Graduates from M.Tech programmes abroad are in high demand at multinational corporations, research institutes and engineering houses across the globe.
Admission Process:
The usual admission process for M.Tech Mechanical Engineering abroad involves the following steps:
Create a list of universities and programs: As per your field of interest, career object as well as countries which attract your attention, research universities accordingly.
Entrance Exams: (GRE (Graduate record examinations ) for IELTS/TOEFL( English proficiency).Universities in the US require GRE or TOEFL scores, while European universities require GRE.
Submit Application: You can fill out the university’s online application form and submit all necessary documents, such as transcripts, letters of recommendation (LOR) and Statement of Purpose (SOP)
Student Visa: Apply for a student visa to study abroad once accepted. Undergo the visa application process in another conventional way.
M.Tech Mechanical Engineering Online Courses
In recent years, the availability of online courses has revolutionized the way students pursue higher education, offering flexibility, accessibility, and quality learning opportunities. Let's explore some of the top M.Tech Mechanical Engineering online courses available:
Top M.Tech Mechanical Engineering Online Courses:
Platform | Course | Description | Benefits |
edX | Advanced Finite Element Analysis | This course covers advanced topics in finite element analysis, including solid mechanics, structural dynamics, and fluid mechanics simulations. | Learners gain practical skills in computational analysis and modelling techniques, enhancing their proficiency in mechanical engineering applications. |
Udemy | Mastering Engineering Simulation | Designed for engineering professionals, this course provides comprehensive training in engineering simulation software like ANSYS and OpenFOAM. | Participants learn to simulate and analyze complex mechanical systems, gaining practical insights into product design and optimization. |
Coursera | Mechanical Engineering Fundamentals | This course covers fundamental concepts in mechanical engineering, including mechanics, thermodynamics, and materials science. | Students acquire a strong foundation in mechanical engineering principles, preparing them for advanced studies or career advancement. |
LinkedIn Learning | SolidWorks: Advanced Surface Modeling | Ideal for CAD professionals, this course focuses on advanced surface modelling techniques using SolidWorks software. | Participants learn to create complex surface geometry and optimize designs for manufacturing, enhancing their proficiency in computer-aided design. |
Benefits of M.Tech Mechanical Engineering Online Courses:
Flexible time schedules: Online class enables you to prioritize your college work than other commitments and responsibilities of life.
Accessibility : The learners can learn from anywhere without having to attend physical classes. All they need is an internet connection and access to course materials.
At the same time, cost: effectiveness of online courses is evident. Most of the universities offer lower tuition fees for pupils who choose the remote mode rather than classroom-based programs.
Introduction of Self: Paced Learning which allows participants to learn at their own pace and depend on course material multiple times whenever required for clearing the concept/skill.
This is a benefit like on campus courses, but I believe for many online skill based learning the collaboration with industry helps keep content from being theoretical and more grounded in actually applicable skills.
Courses After M.Tech Mechanical Engineering Degree
After completing an M.Tech in Mechanical Engineering, students have various options to further their education or enhance their career prospects. Here are some popular courses and career paths available for M.Tech Mechanical Engineering graduates:
Option | Description |
PhD in Mechanical Engineering | A Doctor of Philosophy (PhD) in Mechanical Engineering offers advanced research opportunities for individuals interested in academia and research. Students delve deep into specialized areas of mechanical engineering, conducting research and completing a dissertation. This program prepares graduates for careers in academia, research institutions, and industry R&D roles. |
MBA in Operations Management | An MBA specializing in Operations Management is suitable for engineering graduates, including M.Tech in Mechanical Engineering, aiming for managerial and leadership roles in manufacturing, supply chain management, and operations. This program focuses on developing strategic and analytical skills essential for effective decision-making in operational settings. |
Master of Science (MS) in Robotics | The MS in Robotics program provides advanced training in robotics, including robotic design, control systems, and artificial intelligence. Graduates are equipped for careers in industries such as manufacturing, healthcare, and aerospace, where robotics and automation play a crucial role in enhancing productivity and efficiency. |
Certificate Courses in Additive Manufacturing | Certificate courses in Additive Manufacturing offer specialized training in 3D printing technologies, materials, and applications. These courses enhance career prospects in industries adopting additive manufacturing, such as automotive, aerospace, healthcare, and consumer goods. Participants gain practical skills in additive manufacturing processes and technologies. |
Postgraduate Diploma in Energy Management | The postgraduate diploma in Energy Management focuses on sustainable energy solutions, renewable energy systems, and energy efficiency. Graduates can pursue careers in energy consulting, project management, and policy development, contributing to environmental conservation and sustainable development initiatives. |
Professional Certification Programs | Professional certification programs offer specialized training in areas such as project management, quality management, and CAD/CAM software. These certifications enhance skills and credentials, improving job prospects in specific domains and increasing employability in competitive job markets. |
Entrepreneurship and Innovation Programs | Entrepreneurship and innovation programs provide knowledge and skills essential for aspiring entrepreneurs in the mechanical engineering domain. Participants learn business planning, funding strategies, and commercialization of innovative ideas, preparing them to launch and manage their ventures successfully. |
Continuing Education and Skill Development | Continuous learning through workshops, seminars, and online courses offered by industry organizations and educational institutions keeps professionals updated with the latest trends and advancements in mechanical engineering. These opportunities facilitate skill development and career advancement in diverse domains of mechanical engineering. |
Research Fellowships and Internships | Engaging in research fellowships or internships at reputed institutions and industry organizations provides valuable hands-on experience and exposure to cutting-edge research in mechanical engineering fields. Participants contribute to ongoing research projects and gain insights into industry practices and emerging technologies. |
Career Options After M.Tech Mechanical Engineering Degree
The scope of jobs that are available after an M. Tech in Mechanical Engineering is huge and below are listed a few industries for the graduates to be a part of. Here are some of the prominent career options for M. Tech Mechanical Engineering graduates:
1. Mechanical Engineer: Mechanical engineering is an essential branch of engineering as it involves the designing, manufacturing, and examination of mechanical equipment, hardware, and structures. They can be involved in automotive, aerospace, manufacturing, and energy sectors to name a few, with the function of designing new technologies and optimizing mechanical systems.
2. Design Engineer: Design engineers work hand in hand in the process of developing other design specifications and drafting mechanical details and layouts. Designers use computer aided design (CAD), to engineer new ideas and to guarantee that the finished products are functional, safe, and adhere to the correct laws.
4. Research and Development (R&D) Engineer: Research and development engineers engage in research and trial as well as analytical work for new products or technology and new construction techniques and methods. They work with scientists, engineers and other product designers in an effort to create and enhance current products or find new ways to address the needs of consumers in the marketplace.
5. Production Manager: Production managers are tasked with the role of overseeing the production process of goods and making sure they are produced within the desired quality and quantity as well as within the right costs. They are responsible for organizing the working timetable, processes of product quality examination, and controlling the relations with the production staff so that all the activities can positively influence the production outcomes.
6. Quality Assurance Engineer: This is a specialty field of an engineering discipline that entails specific responsibilities of checking that products developed correspond to quality standards and regulations. They standardize the products, inspect the product to the conformity of production standards, investigate the problems that require intervention for the improvement of quality of the product, and customer satisfaction.
7. Consultant: This branch of engineering involves the consultation of businesses and organizations seeking professional advice and assistance in mechanical engineering projects, technologies or undertakings. They provide their clients with business solutions & consultancy services including good strategic advice, technical knowledge, and project supervision necessary for the achievement of set goals.
8. Academia and Research: Career opportunities for M. Tech Mechanical Engineering graduates would be available in teaching professions such as a professor, a lecturer, or research associate in Universities and research facilities. They help in disseminating new information on the subject through the preparation of lectures, student coaching and carrying out research at the postgraduate level as well as in various sub-disciplines of mechanical engineering.
