Mechanical engineering, one of the oldest and most diverse engineering specialties, develops, designs, analyses, manufactures, and maintains mechanical systems using physics and materials science concepts.
Applications in business, print media, statistics, design engineering, procedures and controls, architecture, manufacturing, modeling, packaging, power machines, and complicated assembly are some of the various professional responsibilities that Master of Mechanical Engineering graduates might pursue.
Most Masters of Mechanical Engineering programs begin with introductory courses in advanced mathematics and science, such as statistics and physics, and then progress to specialty courses in optimization, engineering materials, systems design, production engineering, and management.
Master of Mechanical Engineering programs applicants must have a bachelor's degree in Engineering or a closely related discipline.
Masters in Mechanical Engineering courses are referred to in various ways depending on where you study. The Master of Science (MSc) and Master of Engineering (MEng) degrees are the most frequent (MEng).
The latter is frequently distinguished by a significant emphasis on professional preparation, while it may also have a more scholarly attitude. In the United Kingdom, the MEng is a four-year combined undergraduate and postgraduate degree with bachelor's and master's-level coursework.
Other countries may use Master of Science in Engineering (MScEng), Master of Science in Technology (MScTech), or Master of Technology.
Typically, such programs endure two years. In addition, you may choose between a 'teaching' or research degree, with the latter offering excellent preparation for individuals wishing to work in academia or another research-based sector.
Whatever your course title, you'll usually require a bachelor's degree in an engineering subject from a renowned university. In some situations, you may be required to provide details about relevant industry experience.
Most Masters in Mechanical Engineering programs begin with advanced mathematics and physics preparation courses and move to specific techniques in optimization, engineering materials, systems design, production engineering, and management once enrolled.
Master's Degree in Mechanical Engineering
Mechanical Engineering Master's courses are typically undertaken by students who are dissatisfied with their bachelor's degrees and want to specialize further. Thermodynamics, Fluid Mechanics, thermal science and engineering, and other significant specialties are available through Mechanical Engineering courses.
- Mechanical Engineering Masters courses are typically two years in length.
- Master courses sharpen students' skills and prepare them to address increasingly complicated situations.
- Admissions are mostly made through entrance tests here as well. Such is the Gate examination, which is administered at the national level by IITs.
- Even those who want to go into research should take master's level mechanical engineering courses because they are required to obtain a Ph.D.
- Master's computer degree graduates in India earn an average income of INR 2,00,000 to 12,00,000. Many seasoned experts have seen their earnings increase significantly.
Mechanical engineering encompasses a wide range of intriguing and growing areas, including:
Energy and environmental sustainability
Explore multi-scale modeling methods, energy resources, process efficiency, and high-energy tech to help solve some of our generation's most pressing problems. Learn about green design and manufacturing, energy and resource systems modeling, and life cycle assessment approaches.
Engineering based on simulation
Prepare for a career in aerospace, geotechnical engineering, automotive, biomedical engineering, manufacturing, or mechanical design. Learn about several simulation methodologies and thermal/fluid dynamics to perform virtual testing on items before building prototypes to save time.
Significant advances in robotics technology have prompted an investment boom in the area and turned the Technology into a commercial reality. Robotics has endless applications in various sectors and is on its way to becoming one of the major industries over the next ten years.
Robotics is a multidisciplinary area that draws on artificial intelligence, computer science, neurology, and psychology, among others. Specializing in robotics might lead to engineering jobs in manufacturing, healthcare, transportation, and energy, with new possibilities and uses appearing all the time.
Nanotechnology, which is essentially the study and development of Technology on a tiny scale, has various applications in various domains such as chemistry, engineering, and biology. The prospects for nanotechnology range from climate change and solar energy to medical gadgets and pharmaceuticals. This industry will experience tremendous growth and employment creation.
The dynamics of fluids
Understanding fluid dynamics is vital for constructing rocket engines, air conditioning, oil pipelines, and wind turbines and analyzing ocean currents, plate tectonics, and blood circulation.
Solid mechanics study materials' behavior, motion, deformation, and external impacts. Developing expertise in the field will prepare you for several engineering careers in manufacturing, civil engineering, aerospace, and nuclear technology.
Should I Pursue a Master's Degree in Mechanical Engineering?
Before enrolling in a master of science degree in mechanical engineering, students should be committed to their discipline. Mechanical engineering is a highly specialized field; thus, students must retain concentration while finishing their coursework.
Mechanical engineering students learn engineering design, consulting, financial planning, quality control, and collaborating with customers and other engineers.
Students work with one another throughout their education to form connections that may continue into their postgraduate life and profession. After graduation, students can join professional groups to continue establishing personal and professional relationships.
Each master's degree candidate must choose between on-campus and online programs. Students involved in extracurricular activities may benefit more from the flexibility of online classes.
Asynchronous education is standard in online programs, allowing students to complete tasks at leisure. On-campus programs may be preferred for students who prefer face-to-face learning environments and the opportunity to work in person with their professors.
What Can a Master's Degree in Mechanical Engineering Get Me?
Mechanical engineering professionals must be capable of assessing, recognizing, and addressing issues. Most jobs in this industry require engineers to understand design and how it connects to engineering.
In addition, mechanical engineering personnel must grasp quality standards and commit to meeting them. Many roles in the sector also include using advanced computers and equipment.
Top Masters Degrees in Mechanical Engineering
The following are the best Mechanical Engineering Masters Courses in India after graduation:
|Average Annual Fees||Domain|
MTech in Mechanical Engineering
|INR 40,000 to 1,00,000|
ME in Mechanical Engineering
INR 9,600 to 5,40,000
Highlights of Mechanical Engineering Masters Courses
Mechanical engineering studies can be pursued as an MTech, ME, or MBA in Management. It assists students in improving their employability. The highlights of Mechanical Engineering Masters courses are shown below.
- Duration:- Two years
- Eligibility:- Qualifying BE or B.Tech in either field of Automobile/Manufacturing/Mechanical/Mechatronics/Production with an aggregate of 55% marks and above/ Entrance Examination.
- Average Fees:- INR 9,600 to 6,00,000
- Top Job Prospects:- Mechanical & Agriculture Engineer, Project Manager, Manufacturing Manager, Senior Engineer, etc.
- Average Annual Salary:- INR 2,00,000 to 30,00,000
Exams for Mechanical Engineering Masters Courses
The table below lists the entrance tests for PG Mechanical Engineering Courses in India.
|Entrance Exam||Application Deadline||Exam Date|
September14 - 30, 2020
|February 5 - 7 and 12 – 14, 2021|
IITs and IISC
|June 20, 2020||Cancelled||VIT University||Online|
|SRMJEEE PG 2020||July 15, 2020||Cancelled||SRM University||Online|
|TANCET 2021||Last Week of February 2021||Fourth Week of May 2021||Anna University||Offline|
Colleges for Masters in Mechanical Engineering
The following are some of the finest colleges for getting a Mechanical Engineering Master's degree:
|NIRF Ranking 2020|
College/ University Name
|Admission Process||Average Annual Fees|
|1||IIT Madras, Chennai||Entrance-Based||INR 2,11,847|
|3||IIT, Kharagpur||Entrance-Based||INR 2,31,500|
|12||NIT Trichy||Entrance-Based||INR 99,250|
|17||BITS Mesra, Ranchi||Entrance-Based||INR 2,31,000|
|19||NIT, Rourkela||Entrance-Based||INR 1,60,500|
Admission Procedure for Masters in Mechanical Engineering
The admission procedure for Mechanical Engineering Masters Courses online and offline certification courses differs.
- Some institutes/colleges provide admission based on B.tech marks in relevant subjects.
- Admission to Mechanical Engineering masters programs is made by GATE at all colleges, private or government, including all IITs and NITs such as the Punjab Engineering College University of Technology, Birla Institute of Technology, Ranchi, and National Institute of Technology, Rourkela.
- IIT B.Tech. Degree holders with a CGPA of 8.0 or more are excluded from taking the GATE and must instead face an interview.
- For admission to the Master's Program, these schools may need students to pass several entrance tests at the state and national levels.
- Candidates with qualifying scores receive counseling and are assigned to a college to pursue their master's degree.
- The following are the entrance tests for the Engineering program:
- GATE (Graduate Aptitude and Test in Engineering)
- BITSAT (Birla Institute of Technology and Science Aptitude Test)
- PG- OJEE (Odisha Joint Entrance Examination) (Postgraduate standard entrance test)
What are the best employment opportunities after completing Mechanical Engineering Masters Courses?
Mechanical Engineers with Masters degrees are in high demand in the industry, company, organizations, and market.
This is because they are versatile, punctual, skilled, and adaptable enough to work in various top job profiles such as Project Manager, Logistics and Automobile Engineer, Transportation Consultant, Navigation Officer, Teacher/ Professor in colleges, and so on.
Automobile, oil refineries, electronics businesses, air conditioning, military forces, shipping sectors, and machinery industries are some domains where a mechanical engineer with a Master's degree might acquire high-paying positions.
In addition, there are several career prospects for Mechanical Engineering postgraduates in the government sector and teaching sector at various colleges/institutions at low starting salaries but with a significant possibility for advancement. As a junior engineer, one can work for the Indian Defence Services, PSUs, Indian Railways, etc.
Mechanical Engineering Masters programs prepare students to develop systems, solve complicated problems, and devise solutions to improve the output of machines and equipment. Students thoroughly understand numerous facets of the mechanical industry and are prepared to undertake a wide range of duties in the workplace.
Mechanical Engineering Masters with extra qualifications can take high positions in administrative and management domains.
Mechanical Engineering Masters can pursue careers in chemical engineering, technical wings of the armed forces, space research organizations, and many other fields. They can advance to Manufacturing Manager, Section Head, Sales Engineer, Software Engineer, and so on.
Industrial Engineers are primarily concerned with ways to enhance processes or build more efficiently and waste less money, time, raw materials, workforce, and energy while adhering to safety norms and laws.
Industrial engineers try to address difficulties by combining scientific management strategies with mathematical principles.
Salary Range: INR 1,80,000 to 8,90,000
- Analytical Ability
- Designing Ability
- Predictive Ability
- Mathematical Knowledge
- Problem Solving Ability
- Excellent Communication Skills
Senior Project Manager
Senior Project Engineers are great communicators, team motivators, and organizational skills. Senior project engineers are full-time employees who may contract to work on various projects.
They usually operate in an office, company, or organization but frequently visit locations to monitor a problem or ensure the project is on time.
They are responsible for developing ideas, implementing, and deploying software, as well as assisting the team in evaluating, practicing, and gathering data.
Salary Range: INR 7,00,000 to 14,00,000
- Excellent Communication Skills
- Excellent Problem-Solving Skills
- Critical thinking abilities
- Leadership Qualities
Manager of Manufacturing
They create circuit boards to minimize costs, increase product quality, build equipment and machines that engage manufacturing processes, and locate cost-effective materials utilized in manufacturing machines and other firm applications.
Their responsibilities include maintaining staff safety and ensuring that commodities and products satisfy manufacturing standards.
Salary Range: INR 7,00,000 to 10,00,000
- Material Understanding
- broad understanding of machines and their components
- Problem-Solving Capabilities
- Time management ability
- Machine handling ability
- Fundamental computing knowledge
Mechanical Engineer in Agriculture
Agricultural Mechanical Engineers may work on equipment design, motorized processes, refrigeration, robotics, and other related fields.
They develop equipment and components used in agricultural machinery and perform thorough checks and testing to assure the equipment's safety and functionality.
Salary Range: INR 2,50,000 to 6,00,000
- Resolving issues
- Ability to Manage Time
- Leadership ability
- Fundamental computer expertise is required for machine operation.
How Much Does a Master's Degree in Mechanical Engineering Cost?
Several factors determine the entire program cost for a master's degree in mechanical engineering. Tuition, for example, varies depending on the program. Some colleges provide a flat tuition rate for all students, while others have different tuition prices for in-state and out-of-state students.
In addition, some online schools charge different tuition rates for online students, while others provide in-state tuition rates to all online students regardless of where they live. At-state students in public schools spend roughly $535 each and must take 42 credits on average.
Aspirants should also consider their living expenditures. On-campus housing prices are often more than off-campus housing prices, but on-campus living frequently includes a food plan and provides more social activities.
To find the best match for them, incoming students should compare the costs of on-campus and off-campus living. To estimate how much they would have to pay for their master's degree, applicants should reduce their financial aid from the total projected program cost.
One of the oldest and most varied engineering disciplines, mechanical engineering develops, designs, analyses, produces, and maintains mechanical systems employing ideas from physics and materials science. Graduates of the Master of Mechanical Engineering programme may pursue careers in applications in business, print media, statistics, design engineering, procedures and controls, architecture, manufacturing, modelling, packaging, power machines, and complex assembly.
Prior to moving on to speciality courses in optimization, engineering materials, systems design, production engineering, and management, most Masters of Mechanical Engineering programmes start with basic courses in advanced mathematics and science, such as statistics and physics. Candidates for master's programmes in mechanical engineering must hold a bachelor's degree in engineering or a closely related field.