Boost Your Career Prospects with Courses After Mechanical Engineering

May 15, 2024
after mechanical engineering

Quick Summary

  • List of the top ten postgraduate and diploma courses that mechanical engineering graduates can pursue to enhance their career prospects, covering areas such as Masters in Mechatronics, MTech in Mechanical Engineering, Masters in Business Administration (MBA), and many more.
  • Certificate courses offered by prestigious institutions like the Indian Institutes of Technology (IITs) and online platforms, focusing on specialized topics can supplement the skillset of mechanical engineers and boost their career advancement.

Table of Contents

“The economy of human time is the next advantage of machinery in manufactures.” – Charles Babbage

Mechanical Engineering stands tall among its peers, known as the evergreen branch of engineering for its unwavering relevance and boundless applicability across industries. The broad scope of mechanical engineering allows mechanical engineers to work in a wide range of industries including automotive, aerospace, energy, manufacturing, robotics, and more.

Mechanical engineers are trained to approach problems analytically and systematically. This skill set is highly valued in many other fields beyond engineering, including business and management. The ability to identify, analyze, and solve complex problems is essential in any professional environment.

The interdisciplinary nature of mechanical engineering opens doors to opportunities in fields beyond traditional engineering. Many mechanical engineers venture beyond the confines of traditional engineering, charting new paths in fields like business administration (MBA), finance, project management, consulting, and even entrepreneurship. The analytical and problem-solving skills acquired during a mechanical engineering degree are highly transferable and sought after in various industries.

In this post, we will go through the 10 best courses for mechanical engineering and how to select the ideal career options after mechanical engineering.

Top 10 PG/Diploma Courses After Mechanical Engineering




Master of Engineering in tool design

BTech or BE with 50% marks

3 Years

Masters in Mechatronics

Undergraduate degree in electronics, electrical or mechanical engineering with a 60% or similar CGPA.

2 Years

Masters in Business administration (MBA)

Graduation with a minimum of 50% scores.

2 Years


MTech in Mechanical Engineering

Skill in GATE exam.

2 Years

PG Courses in Piping Design & Engineering

Minimum score of 50% – 60% in graduation.

1 Year

3D Modelling

The candidate needs to complete their 12 class.

1-2 Years


Training in Electrical or Mechanical engineering.

2 Years

Software Consulting

A bachelor’s degree.

2 Years

Masters in Nanotechnology

50% marks in Class 12 with PCM or BTech from a reputable university.

2 Years

Supply Chain Management

Minimum grade of 50% in undergraduate exams from a reputable university.

1 Year

1. Master of Engineering in Tool Design

A two-year postgraduate degree in Master of Engineering in tool design encompasses models and blueprints for designing 2D and 3D versions of mechanical components, moulds, dies, cutting tools, and press tools. You can better prepare for the technical basis of the mechanical business with the help of this program. If you want to complete a shorter program, you can also decide to take a certification course in this area instead of a degree program. These courses might last anything from four months to a year.

Job Opportunities:

  • Tool Design Engineer
  • Mechanical Design Engineer (Space Mechanisms)
  • CATIA-BIW / SPM/ Machine Tool- Design Engineer

2. Masters in Mechatronics

One of the greatest career-focused courses after mechanical engineering which includes topics from computing, mechanics, electrical, robotics, and automation. Thus, engineers with backgrounds in electrical, electronics, instrumentation, telecommunication, and not to mention mechanical can enrol in this course at any reputable university of their choice.

Upon completion, you will be awarded a Master of Technology in Mechatronics Engineering degree. Real-world computing interfaces, sensing, motors, and actuators are all involved. The need for mechatronics professionals has expanded due to the escalating need for medical imaging equipment in the health and research industries.

Job Opportunities:

  • Mechatronics Technician
  • Automation Engineer
  • Quality Assurance Engineer
  • Control System Designer
  • Instrumentation Engineer

3. Master in Business Administration (MBA)

You can manage organizations and advance to management-based positions in a firm with the aid of an MBA degree. When technical work drops and the amount of work given to employees rises, an MBA becomes necessary for senior positions within the organization. Even on an individual basis, an MBA degree can be beneficial because it will give you the knowledge of accounting and business tactics you need to someday open your own company.

Job Opportunities:

  • Marketing Manager
  • Financial Manager/Analyst
  • Risk and Insurance Manager
  • Logistics Manager
  • Supply Chain Consultant

MBA in supply chain management:

Aspiring mechanical engineers should choose this MBA specialization if they want to specialize in the manufacturing industry or in the product development function. The branch allows potential employees to assume various leadership positions in the chain of suppliers, wholesalers, retailers, and clients, ensuring the process’s overall efficiency. If you have strong analytical abilities and solid knowledge of the manufacturing sector, you’re in luck, because this will work in your favour during campus placements once your MBA is complete.

MBA in Operations Management:

It is among the best courses for mechanical engineer degree holders regarding the subject matter of work chances and professional progression, and it is very close to the MBA specialization stated before. Candidates who are thinking about what to do after mechanical engineering degrees may find this industry quite profitable because it allows them to put their prior learning to use.

MBA in Retail Management:

MBAs in retail management are among the most well-liked and effective courses for mechanical engineering graduates. You will learn a variety of retail and management principles and tools that will aid you in streamlining different retail setup processes.

Read about MBA after Engineering for a Successful Career.

4. MTech in Mechanical Engineering

A Master of Technology, or MTech, is a postgraduate study typically completed following a bachelor’s degree in engineering, technology, or science. With this degree, you can work in the manufacturing, technology, and research and development sectors in a variety of positions, including experienced engineers and teaching assistants. MTech. can be considered the best course for mechanical engineering.

To comprehend how to manage, evaluate, produce, and construct mechanical systems, students in this two-year course must thoroughly understand engineering and physics topics.

Job Opportunities:

  • Mechanical Engineer
  • Machine Analyst
  • Design Engineer
  • Project Engineer
  • Senior Mechanical Design Engineer
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5. PG Courses in Piping Design and Engineering

Piping design, a branch of mechanical engineering, strives to simplify a thorough examination of the actual piping arrangement developed within a manufacturing facility or other commercial building. Piping Engineering and Design is the finest option for courses after Mechanical Engineering, according to numerous engineering mentors and professionals. Since it covers most mechanical engineering ideas, this course is vital. The discipline of piping design offers rich career options after mechanical engineering, and well-regarded colleges around the world offer this degree in a positive learning atmosphere.

Job Opportunities:

  • Piping inspector
  • Piping design engineer
  • Piping supervisor
  • Piping Inspector
  • Piping engineer

6. 3D modelling

To create 3D models of devices, automobiles, and other items, courses for mechanical engineers employ a variety of tools. The construction and production of mechanical products are aided by these intricate designs. The method of product creation can be optimized with the aid of 3D models.

One can investigate the desired dimensions using behavioural modelling and then change the designs to recalculate the data. Generative design assists in identifying the most reliable geometry for use, while simulation analysis aids in validating and optimizing the designs. Moreover, it aids with 3D printing.

Job Opportunities:

  • Animation
  • Advertising
  • Architecture
  • Engineering

Also Read: Career and Scope in Automobile Engineering

7. Robotics

A mechanical engineering degree is the basis of robotic engineering. Robotics is the study of how to create, program, and use machines to support and help people. Robotics develops human-like replicas that replicate human behaviour and can be used to carry out monotonous mechanical tasks that might not be performed by humans. By seeking apprenticeships, you can test your passion in this sector by taking a range of courses.

Job Opportunities:

  • Robotics Engineer
  • Robotics Programmer
  • Robotics System Engineer
  • Automated Product Design Engineer
  • Robotics Test Engineer

8. Software Consulting

Software consultants comprehend a company’s needs and identify software programs to streamline its processes. A software consultant assists in determining web content and resolving any problems that may occur. Their main tasks include understanding technological advances, enhancing the focus for small firms, and helping to speed up the software installation process.

The best universities providing software consulting courses are:

  • Indian School of Business
  • University of Chicago’s Booth

Job Opportunities:

  • Technical Consultant
  • Software Consultant
  • Presales Solutions Consultant

9. Masters in Nanotechnology

Another popular area of study for software engineers is nanotechnology. You can learn interdisciplinary information about engineering, technology, and applied science by taking courses in nanotechnology. For those with knowledge of nanotechnology, significant work opportunities are available in the pharmaceutical, medicinal, ecological, and research sectors.

Job Opportunities:

  • Nanotechnologist
  • Food Scientist
  • Researcher
  • Medical Scientist
  • Professor

10. Supply Chain Management

Mechanical engineering is used in supply chain management to design, build, and maintain machinery and modern production. Engineers who specialise in mechanical systems ensure that the proper tools and machinery are used throughout the supply chain. It is possible to prevent the manufacture of defective goods by adhering to the proper standards established by mechanical engineering.

Job Opportunities:

  • Purchasing agent
  • Operations Manager
  • Logistics analyst
  • Purchasing manager

Suggested Read:
Diploma in Mechanical Engineering
List Of Top Engineering Courses In India

how to choose right course after mechanical engineering

Certificate Courses after Mechanical Engineering





Fundamentals of Automotive Systems

IIT Madras

12 weeks


Introduction to Mechanical Micro Machining

IIT Kharagpur

12 weeks


Thermodynamics – Mechanical Engineering


4 hours

Rs. 2,899

Fundamentals of Combustion

IIT Madras

12 weeks


Mechanics/Statics – Introduction to Mechanical Engineering


2 hours 15 minutes

Rs. 2,699

1. Fundamentals of Automotive Systems

This course seeks to provide students with a fundamental understanding of the various systems that make up a typical automobile. This is one of the best courses after mechanical engineering.

By the completion of the course, learners ought to be able to create a basic schematic diagram of each system, have a basic knowledge of the different automobile systems, relate the purpose of each framework with its structure and design, and apply previous knowledge to generate statistical formulas for each mechanism.

2. Introduction to Mechanical Micro Machining

The course is designed to teach mechanical processing at the microscale, with sizes varying from millimetres to tens of micrometres.

The purpose of the course is to educate students on the distinctions between normal machines and micro-cutting machines regarding their parts, mechanics of operation, etc.

3. Mechanical Engineering: Thermodynamics

The role of thermodynamics in engineering and daily life is covered throughout the course. Thermodynamics deals with work, energy, heat, power, chemical kinetics, and the physical characteristics of matter. It is used in engines, construction, vehicle design, and heating and cooling systems.

The career options after mechanical engineering strive to make the concepts understandable by breaking them down into manageable chunks.

4. Fundamentals of Combustion

This course aims to give students the tools they need to integrate their understanding of thermodynamics into combustion. It stresses the fundamentals of fuels, stoichiometry, and chemical kinetics.

The course also addresses the variables that affect various types of combustion processes, the math required in the mass transport of a reactive flow, and the associated simplifications. The overall goal of the course is to provide students with a deep understanding of combustion processes and the fundamental concepts that underlie them.

5. Mechanics/Statics: An Introduction to Mechanical Engineering

This course after mechanical engineering is intended to teach students or review what they already know about a diverse variety of solid mechanics subjects. It covers common subjects that apply to many different engineering fields, including forces, stress and strain, beam bending, thermal expansion, shearing, and torsion.

To help students put their knowledge into practice, the course is organized with theory, real-world applications, and practice questions. The material is presented in a systematic order, beginning simply and progressively introducing more complex ideas. To contextualize and add interest to the concepts taught, the course also offers a variety of applications for each theory.

Roles and Responsibilities of a Mechanical Engineer

As a mechanical engineer, an individual is permitted to undertake numerous responsibilities. It’s the most significant portion of the job description. Some of which we have included below:

  • Conduct early and continuing design assessments.
  • Provide documentation with a critical evaluation and suggestions for fixing mistakes.
  • Determine where processes are lacking and create fixes for such gaps.
  • Work with project managers to generate an unbiased account of all engineering hours necessary for all kinds of internal tasks.

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Mechanical Engineering: Key Takeaways

Mechanical engineering is one of the most diverse fields of specialization. A wide range of job opportunities is provided which enhances your career options after mechanical engineering and helps you grow more. In this article, we discussed the best courses after mechanical engineering. These courses can broaden your knowledge and help in uplifting your skill set, which can let you explore more opportunities in your career.

Make sure you carefully explore all your professional options because your career is extremely important. Before making the right decision, look over our career advice.

Frequently Asked Questions

What is the best course after mechanical engineering?

Numerous courses are available for an engineering student; however, an MTech. can be considered the best course after a mechanical engineering degree.

Should I seek jobs after mechanical engineering?

After earning a BTech in Mechanical Engineering, some students choose job offers, while others pursue a postgraduate degree. Getting a higher level in an organisation and a good salary after earning a master’s degree is one of the chief factors why most students choose to pursue a master’s degree.

What is the future of mechanical engineering?

Technological and mechanical improvements are constantly occurring in industries which are resulting in creating a high demand for mechanical engineers. The growth rate of mechanical engineering is expected to rise greatly in the upcoming years due to the technological proficiencies in this domain. Industries plan to curate multiple projects for advanced technology, which creates the need for mechanical engineers in the industry.

Is Mechanical Engineering a good career?

Mechanical engineering is a professing career option for students interested in the field of technology. The growth in this domain is spectacular. It provides wide exposure to students in thermodynamics, mechanics, technology, and production. The offers various career opportunities in automobile, aerospace, research, and development, chemical manufacturing plants, etc. The careers provide exciting annual salary packages.

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