M.Tech. Mechanical Systems Design

Last Updated on July 29, 2023 by Vishnu Nambiar

Hi readers! In this post, we will deal with an M.Tech. program that is related to Mechanical Engineering. Here, we will have an in-depth analysis of M.Tech. Mechanical Systems Design course.

  Here, you will find each and every detail that you need to know about this academic program. Here, I’ve covered details about the course such as – duration, eligibility criteria, admission process, fees, colleges and career prospects.   Here is an overview of the course –

• Name of the course: M.Tech. Mechanical Systems Design
• Type of course: M.Tech.
• Field: Mechanical Engineering
• Duration: 2 years
• Eligibility: Completed relevant B.E./B.Tech. course or equivalent qualification

As the name suggests, this is M.Tech. program. M.Tech. stands for Master of Technology. It is a Master’s Degree program.   Technically, it is a PG level course. PG stands for Postgraduate level. PG courses can be pursued by candidates who have completed relevant Bachelor’s Degree course. Since this is M.Tech. course, applicant must have completed relevant B.E. or B.Tech. program or possess an equivalent qualification.   Mechanical Systems Design is a part of Mechanical Engineering. This M.Tech. program is an ideal PG course for Mechanical Engineering graduates.   What’s Mechanical Systems Design all about? What’s the scope and potential associated with this domain? What’s it like to specialize in this field? Will I get a job after completing this M.Tech. program?   You will find answers to these questions in the next section.

Mechanical Systems Design: An Introduction

Mechanical Systems form an integral part of Mechanical Engineering. This domain deals with the study, design, development, maintenance, repair and operation of mechanical systems.   What is a mechanical system, you may ask. A mechanical system manages power to accomplish a task that involves forces and movement. Examples of mechanical systems include – automobiles, robotic units and systems, steam engine, production units, machines etc.   Generally, mechanical systems are complex structures, which consist of different types of components. Broadly speaking, a mechanical system can be said to be made of three parts –

1. Power Source
2. Mechanisms
3. Controllers

Take steam engine as an example. It consists of a power source, mechanism to transfer this power to get the desired output and controllers to regulate the flow of power to get the desired performance.   Similarly, other mechanical systems also consist of power sources and actuators. These parts generate the force. Mechanisms are present, which ensure that the power is used to achieve the desired output. Controllers are used to regulate the output performance by varying the actuator input.   The above paragraph may make these tasks look simple. But in reality, mechanical systems are much more complex. Take modern automobile as an example. It consists of advanced electronics systems, sensors and thousands of components.   Mechanical System Design deals with the study, design, development, maintenance and operation of mechanical system. It is an integral part of mechanical engineering.   Mechanical Engineering is a broad field. It is one of the core branches of engineering. Machines form an integral part of this discipline. Mechanical systems design directly deals with the design of machines.   Mechanical systems are used in various places. They are used in automobiles, production units, lifts and many other areas. Since its areas of application are many, this discipline commands much value and importance.   A mechanical systems designer is capable of performing tasks such as –

• Design of mechanical systems
• Development of mechanical systems
• Installation and operation of mechanical systems
• Maintenance and repair of mechanical systems

M.Tech. Mechanical Systems Design course is known to generate skilled designers. The course will train you in areas such as –

• Mechanics of materials
• Mechanics
• Design and development
• And more…

Come, let us take a closer look at the course details. In the next section, you will find details about the academic program such as – duration, eligibility criteria, colleges, fees, syllabus and admission process.

Course Details

Type of course

It is a Master of Technology course. Technically, it is a PG level course.

Duration

The academic program is 2 years long. Each academic year is divided into two semesters. Each semester is six months long. The entire academic program consists of four semesters.

Eligibility Criteria

Minimum educational qualification required to pursue this course is – Completed relevant B.E./B.Tech. program OR Equivalent qualification.   Minimum aggregate marks criteria may also apply. If yes, it could be anywhere around 45-55% aggregate marks.

Colleges

There are two types of Engineering Colleges offering this course in India –

• Government Engineering Colleges
• Self Financed Engineering Colleges

Government Colleges can further be classified into two types – State Govt Colleges and Central Govt Colleges. Government Colleges are known to charge lower fees than their Self Financed counterparts.   Some of the popular colleges are –

• IITs
• NITs
• Nirma University
• BITS

Fees

Tuition fees charged for the program may vary from one College to another. It depends upon the following factors –

• Type of College (Govt or SF)
• Rating and reputation of the College
• Scholarship status of the student

On an average, tuition fees could be anywhere between 80-150K INR per semester. Government Colleges are known to charge relatively lower fees that their Self Financed counterparts.

Admission Process

Reputed institutes rely on merit based admission process. Such institutes make use of relevant entrance test to select deserving candidates. Some institutes are also known to conduct their own qualifying test in order to select deserving candidates.

You may also check – M.Tech. admission and GATE tips

Syllabus

Here are some of the core subjects present in the curriculum –

• Solid Mechanics
• Mechanical Systems
• Vibrations
• Control Systems
• Mathematics
• Control Theory
• Sensors
• Continuum Mechanics
• Robotics and Automation
• Laboratory Work
• Project Work

Career Prospects

After completing this course, you will be able to apply for Government jobs and Private sector jobs. Here are some of the prime recruiters –

• Armed Forces
• Indian Railways
• DRDO
• MNCs
• Manufacturing Plants
• Machine Development Firms
• Consultancies

Salary

Starting salary depends upon different factors. Some such notable factors are –

• Job location
• Profile of the employer
• His/her academic performance
• His/her skills and aptitude
• Job profile

On an average, starting salary could be anywhere between 40-80K INR per month. In case of Government job, the salary will be based on designated pay scale and grade.