Top NIRF Ranking M.Tech Thermal Engineering Colleges 2024 Placement Data
Top NIRF Ranking M.Tech Thermal Engineering Colleges 2024 Placement Data
In this article, one can see the aggregated placement data for top NIRF ranking M.Tech Thermal Engineering colleges in 2024 which indeed shows a good career prospect up ahead for its graduates. It also has good placement offers from reputed companies for sectors. The M.Tech thermal engineering colleges listed above maintained top placement record with leading industries across all sectors and offer excellent opportunities to students
Few of the Top NIRF ranking M.Tech Thermal Engineering colleges in India are:
College Name | Placement Percentage | Average Salary (INR) |
National Institute of Technology Karnataka | 95% | 8 LPA |
Delhi Technological University | 90% | 7.5 LPA |
Indian Institute of Technology Kharagpur | 92% | 8.2 LPA |
Anna University | 94% | 7.8 LPA |
Indian Institute of Technology Roorkee | 96% | 8.5 LPA |
M.Tech Thermal Engineering Placements
M.Tech in Thermal Engineering opens up diverse career opportunities in various industries. Here are some prominent job profiles:
| Job Profile | Job Description | Average Salary |
Project Engineer | Technical or engineering projects are managed by a Project Engineer. They have direct responsibility for budgeting, staffing, and project planning, and they deal with stakeholders at all levels. | INR 3.8 LPA |
Safety Engineer | A Safety Engineer is a person employed by a company or agency who is in charge of making the worksite safe for all company employees and ensuring that national health and safety requirements, as well as those set by the firm or local government, are followed. | INR 4 LPA |
Maintenance Engineer | The work of maintenance engineers entails inspecting, repairing, and maintaining machinery, equipment, systems, and infrastructures. Industrial maintenance experts guarantee that machinery and equipment work smoothly and reliably. The majority of their work includes planning and performing planned maintenance. | INR 3 LPA |
Lecturer | Planning, preparation, and research for a talk. Preparing instructional time examining and grading pupils' work promoting personal growth through a tutorial or pastoral activities. | INR 5.4 LPA |
Thermal Engineer | Thermal Engineers create systems that use thermodynamics to transmit heat or energy via liquids and gases to provide heating and cooling. They also build these systems and test them to verify that they work properly. | INR 8 LPA |
M.Tech Thermal Engineering Courses Career Scope: Jobs Profiles, Salary, and Top Recruiters
There are so many career opportunities available for M.Tech Thermal Engineering graduates in different industries. Graduates having expert knowledge of thermal systems, heat transfer and energy conservation, can pick from a variety of well-suited job profiles, competitive pays and opportunities to work for renowned organizations. In the post, readers should find an all-around view of career scope, job profiles that one may get after pursuing M.Tech Thermal Engineering in India and salary prospects as well other relevant details.
Job Profiles
Thermal Engineer: As a thermal engineer, you must design systems that use thermodynamics to transmit energy or heat through liquids and gases for heating, cooling, or power production.
Project Engineer: Responsibilities include all activities related to the management of technical projects. This includes budgeting, staffing, and project planning, as well as interactions with various stakeholders at different levels.
Safety Engineer: responsible for making sure that workplaces are in compliance with all existing national safety regulations; prepares and implements protocols, as well as best practices, with the goal of creating a safe working environment.
Maintenance Engineer: Inspecting, repairing and maintenance of machinery equipment or systems in industrial settings by ensuring that all parts get checked regularly to ensure things are running correctly with reliability as well as smoothly.
Salary Prospects
How much do M.Tech Thermal Engineering graduates earn in India? It depends on multiple factors. With the experience, employer as well as your location has an impact on you: The Level I packages usually start from INR 3-10 lakhs per annum
Top Recruiters
- Qualcomm
- Pentagon
- Hyundai Motors
- Space Research Organizations
- Engineering Equipment Industries
- Nuclear Power Stations
- Pollution Control Agencies
Top Private Recruiters:
- Qualcomm
- Hyundai Motors
- Pentagon
Top Government Recruiters:
- Space Research Organizations
- Nuclear Power Stations
- Pollution Control Agencies
M.Tech Thermal Engineering Abroad for Indian Students
For Indian students aspiring to pursue M.Tech Thermal Engineering abroad, several top countries and universities offer excellent opportunities.
Top Countries for M.Tech Thermal Engineering
- United States of America (USA)
- United Kingdom (UK)
- Germany
- Canada
- Australia
Top Colleges/Universities for M.Tech Thermal Engineering Abroad
Qs Ranking | College Name | Average Annual fees(INR) |
51 | 25,76,000 | |
67 | 26,62,000 | |
94 | Zhejiang University |
|
101 | 8,05,000 | |
201 | - | |
301 | Huazhong University of Science & Technology | - |
401 | - | |
501 | - | |
601 | - | |
1001 | Technical University of Ostrava | - |
Benefits of Pursuing M.Tech Thermal Engineering Abroad:
Global Exposure: Students who study abroad get exposure to different types of cultures, new ideas and cutting-edge technologies that help the student nurture a better global outlook.
High-End facilities: Top universities abroad have the state-of-the-art laboratories, research centres and faculty knowledge that would expose students to world-class opportunities.
0 vs Industry Collaboration : Aligned with the previous point, many universities abroad have a close collaboration with industry partners. They get internships, programs, projects from industries and do some networking to understand what happens in the real world so that they can find jobs easily.
Quality Education: Offering academic excellence and rigorous on quality standards, universities abroad give a world-class level of education which is both valued in the job market back at home and there as well.
Admission Process for M.Tech Thermal Engineering Abroad:
Entrance exams: A few universities may also want to check your knowledge by making you take some standardized tests like GRE (Graduate Record Examination) or TOEFL/IELTS for English proficiency.
Academic transcripts: The students have to provide Academic transcripts, grades as well as certification of the previous education that completed.
List of recommendation letters: All universities ask for the applicant's professor or professional who is familiar with the application for acceptance letters.
Statement of Purpose: A well-written SOP reflecting the educational qualifications, research interests, future career objectives and reasons for selecting that university is fundamental.
Online courses have become more and more popular, and it is one of the most prominent platforms that gives a chance for both students and professions to be in their industry
M.Tech Thermal Engineering Online Courses
Course Name | Platform | Institution | Duration | Description |
Fundamentals of Heat and Mass Transfer | edX | Massachusetts Institute of Technology | 8 weeks | This course covers the fundamental principles of heat and mass transfer, including conduction, convection, and radiation. Students will learn theoretical concepts and practical applications through lectures, demonstrations, and problem-solving exercises. |
Thermodynamics: An Engineering Approach | Coursera | Stanford University | 10 weeks | This course provides a comprehensive overview of thermodynamics, focusing on its applications in engineering. Topics include energy conversion, power cycles, and refrigeration systems. Students will gain hands-on experience through simulations and case studies. |
Introduction to Fluid Mechanics | Udemy | University of Colorado Boulder | Self-paced | Designed for beginners, this course introduces the principles of fluid mechanics, including fluid statics, dynamics, and viscosity. Students will learn through video lectures, quizzes, and practical exercises to understand the behaviour of fluids in various engineering applications. |
Advanced Heat Transfer | LinkedIn Learning | University of Illinois at Urbana-Champaign | Self-paced | This advanced course delves into complex topics in heat transfer, such as analysis and optimization. Students will explore advanced theories and techniques used in heat transfer engineering, including computational methods and heat transfer enhancement strategies. Through real-world case studies and simulations, participants will gain practical insights into designing efficient thermal systems and addressing contemporary challenges in the field. |
Benefits of M.Tech Thermal Engineering Online Courses:
- Research Prospects: Most of the M.Tech programs abroad have a major focus on research. Thus, offering students a once in a lifetime opportunity to contribute towards revolutionary research and innovation in various arenas of mechanical engineering.
. Top M.Tech Thermal Engineering Online Courses:
- Flexibility: Unlike traditional courses, online classes give you the freedom to learn at your own pace and as per your schedule. As a result, working professionals or people caught up in their everyday life can take advantage of this benefit offered by online learning.
- (Accessibility); The individuals that were restricted to avail of our top notch educational facilities due their geographical locations are not limited and anyone from anywhere can participate in world class courses now.
- Cost-efficient: Most of the online courses are one-third to even lower in price as compared to traditional classroom-based programs, so it’s a more cost-effective option for a lot of those students who can’t afford tuition fees.
- Industry specific learning: Our courses are developed in partnership with industry experts to equip you with the practical skills you need, today.
- Various learning resources: Online platforms provide a diversity of learning styles and techniques, for instance video lectures, quizzes or an assignment with forums as per students’ ability to understand.
Courses After M.Tech Thermal Engineering Degree
After completing an M.Tech in Thermal Engineering, individuals have a plethora of options to further enhance their skills and advance their careers. Here are some popular courses and career paths pursued by M.Tech Thermal Engineering graduates:
Course | Description |
Ph.D. in Thermal Engineering | For those inclined towards advanced research and academia, pursuing a Ph.D. in Thermal Engineering is an excellent option. A Ph.D. offers the opportunity to delve deeper into specialized areas of thermal sciences, conduct cutting-edge research, and contribute to the advancement of the field. |
Postgraduate Diploma in Energy Management | This course provides specialized training in energy management, renewable energy systems, and sustainability. Graduates can pursue careers in energy consulting, project management, and policy development, contributing to the global effort towards sustainable energy solutions. |
Certificate Courses in Computational Fluid Dynamics (CFD) | CFD plays a crucial role in analyzing and optimizing thermal systems. Certificate courses in CFD equip graduates with the skills to simulate and analyze fluid flow and heat transfer phenomena, opening doors to careers in industries such as automotive, aerospace, and renewable energy. |
Master of Business Administration (MBA) in Energy Management | An MBA with a specialization in energy management prepares graduates for leadership roles in the energy sector. This program covers topics such as energy policy, project finance, and strategic management, enabling graduates to drive innovation and sustainability in the energy industry. |
Professional Certification Programs in Renewable Energy | With the increasing focus on renewable energy sources, certification programs in areas such as solar energy, wind power, and bioenergy provide valuable skills and credentials. These programs enhance career prospects in the rapidly growing renewable energy sector. |
Specialized Training in HVAC Systems Design | Courses focusing on heating, ventilation, and air conditioning (HVAC) systems design provide specialized knowledge in designing energy-efficient and sustainable HVAC systems for buildings, automobiles, and industrial applications. |
Executive Programs in Sustainable Energy Management | Designed for working professionals, executive programs in sustainable energy management offer flexible learning options and practical insights into energy policy, renewable energy technologies, and energy efficiency strategies. |
Career Options After M.Tech Thermal Engineering Degree
After completing an M.Tech in Thermal Engineering, graduates have a plethora of career options to explore. Here are some career options pursued by M.Tech Thermal Engineering graduates:
Career Option | Description | Skills Required |
Thermal Systems Engineer | Thermal systems engineers are responsible for designing, analyzing, and optimizing thermal systems such as HVAC (Heating, Ventilation, and Air Conditioning) systems, heat exchangers, and renewable energy systems. They work to improve energy efficiency, reduce environmental impact, and enhance system performance. | Strong understanding of heat transfer principles Proficiency in computational modelling and simulation Knowledge of thermodynamic cycles and fluid mechanics |
Energy Analyst/Consultant | Energy analysts or consultants assess energy usage patterns, identify inefficiencies, and recommend strategies for improving energy utilization and conservation. They may work with industries, commercial buildings, or government agencies to develop sustainable energy solutions and achieve energy savings targets. | Analytical skills Knowledge of energy management principles Familiarity with renewable energy technologies Ability to conduct energy audits and performance assessments |
Research and Development Engineer | Research and development engineers in thermal engineering focus on innovating new technologies, materials, and processes to improve heat transfer efficiency, enhance thermal performance, and address emerging challenges in energy systems. They may work in academia, research institutions, or industry. | Strong research skills Proficiency in experimental and computational methods Ability to analyze data and draw meaningful conclusions Familiarity with research grant writing and project management |
Thermal Design Engineer | Thermal design engineers are responsible for designing and optimizing thermal components and systems, such as heat sinks, heat exchangers, and cooling systems for electronic devices. They use computer-aided design (CAD) software and thermal analysis tools to ensure products meet performance requirements and thermal management objectives. | Proficiency in CAD software Knowledge of thermal management techniques Understanding of materials properties and thermal modeling |
Renewable Energy Specialist | Renewable energy specialists focus on developing, implementing, and managing renewable energy projects such as solar, wind, and geothermal systems. They assess site feasibility, design energy systems, oversee installations, and optimize performance to maximize energy generation. | Knowledge of renewable energy technologies Understanding of energy policy and regulations Project management skills Familiarity with grid integration and energy storage solutions |
