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MTech Thermal Engineering

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  M TECH THERMAL ENGINEERING


Introduction

Welcome to the world of Master of Technology (MTech) in Thermal Engineering! This specialized program offers a comprehensive exploration of the principles, analysis, and design of thermal systems and processes. MTech Thermal Engineering focuses on understanding the science of heat transfer, energy conversion, and thermal management. It covers a wide range of subjects, including thermodynamics, heat transfer, fluid mechanics, energy systems, and renewable energy technologies. Through a combination of theoretical coursework, practical experiments, and research projects, students develop the skills to tackle complex challenges in areas such as power generation, HVAC systems, thermal management of electronic devices, and energy-efficient processes. This program equips students with the expertise to design and optimize thermal systems, enhance energy efficiency, and explore sustainable energy alternatives. Graduates of MTech Thermal Engineering have diverse career opportunities in industries such as power plants, manufacturing, renewable energy, automotive, research organizations, and consulting firms. By enrolling in MTech Thermal Engineering, you embark on a journey to contribute to the advancement of thermal engineering, shape the future of energy systems, and play a crucial role in ensuring sustainable and efficient use of thermal energy.

Duration / Schedule

2 Years (4 Semesters)

Eligibility Criteria

Pass in B.E /B. Tech (Engg.) or AMIE or equivalent. obtained at least 55% for General(50% in case of SC,ST,OBC,SBC )

Seat Metrix

50% through APEX Merit
50% through CUET Merit



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  Programme Highlights


Overview

MTech Thermal Engineering is a specialized postgraduate program that delves into the principles and applications of thermal systems and processes. It offers a comprehensive overview of the concepts, tools, and techniques used in the analysis, design, and optimization of thermal systems. This program covers a wide range of subjects, including heat transfer, fluid mechanics, thermodynamics, energy systems, combustion, and renewable energy technologies. Students gain a deep understanding of heat transfer mechanisms, energy conversion processes, and thermal management principles. MTech Thermal Engineering equips students with the knowledge and skills to design and optimize thermal systems in various sectors, including power generation, HVAC systems, thermal management of electronic devices, and industrial processes. Through theoretical coursework, laboratory experiments, and research projects, students develop problem-solving, analytical, and technical skills. Graduates of MTech Thermal Engineering have excellent career prospects in industries such as power plants, manufacturing, renewable energy, automotive, aerospace, research organizations, and consulting firms. They can work as thermal system engineers, energy analysts, HVAC specialists, research scientists, or pursue research and academic positions. Overall, MTech Thermal Engineering offers a comprehensive platform for students to specialize in thermal systems, acquire in-depth knowledge of energy transfer and conversion, and contribute to the development of sustainable and efficient thermal technologies to meet the global energy challenges.  

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FUTURE SCOPE

The future scope of MTech Thermal Engineering is promising as the demand for energy-efficient and sustainable thermal systems continues to rise. Here are five key points highlighting the future prospects of this specialization:

– Renewable Energy Technologies: The shift towards renewable energy sources presents significant opportunities for MTech Thermal Engineering professionals. They can contribute to the development and optimization of renewable energy technologies such as solar thermal systems, geothermal systems, and biomass energy systems.

– Energy Storage and Management: With the increasing need for efficient energy storage solutions, MTech graduates can work on developing thermal energy storage systems. They can contribute to advancements in phase change materials, thermal batteries, and thermal management of energy storage systems.

– Sustainable HVAC Systems: As energy efficiency becomes a key consideration in buildings and industries, MTech Thermal Engineering professionals can work on designing and optimizing sustainable HVAC (Heating, Ventilation, and Air Conditioning) systems. They can contribute to energy-efficient heating and cooling technologies, intelligent control systems, and thermal comfort optimization.

– Industrial Process Optimization: MTech graduates can play a crucial role in optimizing thermal processes in various industries. They can work on improving energy efficiency, waste heat recovery, and process optimization techniques, leading to cost savings and reduced environmental impact.


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INDUSTRY PROSPECTS

MTech Thermal Engineering offers excellent industry prospects as thermal systems play a critical role in various sectors. Here are five key points highlighting the industry prospects for MTech Thermal Engineering graduates:

– Power Generation and Energy Sector: Graduates can find opportunities in power plants, both conventional and renewable, where they can work on designing and optimizing thermal power systems, energy conversion processes, and improving overall plant efficiency.

– HVAC and Building Services: The demand for energy-efficient heating, ventilation, and air conditioning (HVAC) systems is increasing. MTech graduates can work in companies specializing in HVAC design and energy management, ensuring optimal thermal comfort and energy efficiency in buildings.

– Automotive and Transportation: The automotive industry requires professionals with expertise in thermal systems to enhance vehicle performance, optimize engine efficiency, and improve thermal management of electric and hybrid vehicles.

– Manufacturing and Process Industries: Graduates can work in industries such as chemical, pharmaceutical, and manufacturing, where thermal processes are critical. They can contribute to optimizing processes, improving energy efficiency, and implementing waste heat recovery systems.

– Research and Development Organizations: Research institutions and development centers provide opportunities for MTech Thermal Engineering professionals to work on cutting-edge research projects, develop innovative solutions, and contribute to advancements in thermal systems and energy technologies.





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  Curriculum



    MTech Thermal Engineering    


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THEORY PAPER
– Advanced Thermodynamics
– Advanced Fluid Mechanics
– Equipment Design for Thermal Systems
– Experimental Methods in Thermal Engineering
– Numerical Methods in Engineering
– Heating, Ventilating and Air-conditioning
– Gas Dynamics
– Micro Fluidics
– Research Methodology & IPR

PRACTICAL PAPER
– Simulation Lab
– Advanced Thermal Engineering Lab
– Social Outreach Discipline & Extra Curriculum Activities

THEORY PAPER
– Advance Computational Fluid Dynamics
– Advanced Heat and Mass Transfer
– Air-conditioning System Design
– Design of Heat Exchangers
– Combustion
– Micro-scale Heat Transfer
– Design of Wind Power Farms
– Boundary Layer Theory and Turbulence
– Audit Course – I

PRACTICAL PAPER
– Advanced Heat & Mass Transfer Lab
– Computational Fluid Dynamics Lab
– Mini Project with Seminar
– Social Outreach Discipline & Extra Curriculum Activities

THEORY PAPER
- Optimization Techniques
- Solar energy Engineering and Technology
- Innovation and Entrepreneurship for Engineers
- Open Elective
- Audit Course-II

PRACTICAL PAPER
- Dissertation Phase – I / Industrial Project
- Social Outreach Discipline & Extra Curriculum Activities

PRACTICAL PAPER
- Dissertation Phase – II
- Social Outreach Discipline & Extra Curriculum Activities



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  Research


Research is crucial in academic institutions as it contributes to the advancement of knowledge, enhances institutional credibility and reputation, promotes practical applications, develops critical thinking and analytical skills, and promotes innovation and creativity. It helps to expand the boundaries of knowledge and improve understanding of various subjects. Research output reflects the quality of education and intellectual atmosphere of an institution. Research findings can be applied to solve real-world problems and improve people's lives. It provides opportunities for students to develop critical thinking and analytical skills. Therefore, it is crucial for academic institutions to invest in research and provide adequate resources and support for research activities.


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  FAQs


Q. What is the duration of the MTech Thermal Engineering ?

A. The duration of the MTech Thermal Engineering program is typically two years of full-time study.

Q. What career opportunities are available after completing MTech Thermal Engineering ?

A. Graduates can pursue career paths in power plants, renewable energy companies, automotive industry, HVAC design firms, research organizations, and consulting firms. They can work as thermal system engineers, energy analysts, HVAC specialists, or research scientists.

Q. What are the key subjects covered in the MTech Thermal Engineering program ?

A. The program covers subjects such as heat transfer, thermodynamics, fluid mechanics, energy systems, combustion, HVAC systems, and renewable energy technologies.

Q. Are there any specialization options within MTech Thermal Engineering ?

A. Some universities may offer specialization options such as renewable energy systems, HVAC and building services, or combustion and energy. These specializations allow students to focus on their specific areas of interest within thermal engineering.

Q. What is the admission Procedure ?

A. Based on Apex Merit or CUET merit along with Personal Interview.

Q. How can I communicate with Apex ?

A. You can talk to our Admission Counsellors and Experts on these numbers : +91-7413874138 or you can mail to : info@apexuniversity.co.in

Q. How can I apply ?

A. You should register yourself and submit your online application. You will get an email on your registered email.

Q. Are these courses recognized ?

A. Apex University is recognized University in Jaipur and is duly accredited with competent authorities