Ph.D. Mechanical Engineering

The PhD programme in Mechanical Engineering is designed to empower students with advanced knowledge and the tools necessary to delve into specialised research areas. This programme provides a platform for graduates to explore their area of interest within the broader discipline of Mechanical Engineering, whether it be thermodynamics, fluid mechanics, materials science, or robotics. Students are supported by a rigorous curriculum and state-of-the-art facilities, allowing them to develop innovative solutions to real-world engineering problems.

48+ Faculty with PhDs

7K+ Alumni

Eligibility

Applicants must hold a Master's degree (MTech or ME) in a relevant engineering field. Additionally, they must possess a Bachelor's degree (BE or BTech) in any of the following engineering disciplines: Mechanical, Production, Industrial, Automobile, Marine, Aerospace, or Metallurgy, or an equivalent degree.

Scope of the Programme

The scope of the PhD programme in Mechanical Engineering is vast, catering to the need for specialised knowledge in rapidly evolving areas of engineering. Students can engage in advanced research topics such as computational mechanics, energy systems, advanced materials, robotics, and manufacturing technologies. This programme encourages interdisciplinary collaboration, allowing students to apply theoretical principles to practical challenges in fields like aerospace, automotive engineering, renewable energy, and biotechnology. With the growing need for sustainable engineering solutions, students can contribute significantly to future technological innovations.

Moreover, the programme equips graduates with critical problem-solving skills and research expertise, making them suitable for careers in academia, industrial research, and leadership roles in engineering firms. The flexibility to choose their area of specialisation ensures that graduates are not only highly knowledgeable in Mechanical Engineering but also capable of influencing modern engineering practices through innovation and research.

Key Highlights

Application Domain Experience of Faculty

Sustainable Engineering
Engine coolants & solar thermal fluids
Nano Materials for Engineering Applications
Digital Manufacturing
Solar Thermal Energy
3D printing

Infrastructure

Digital Manufacturing Lab
Material Testing Lab
Sustainable Energy Lab
Harvard Style Classroom

Research Centre

MURTI Multidisciplinary Research
3D Printing Design Lab

Liberal Education Model

24 Credits can be earned across different Schools
Business
Humanities
Sciences
Architecture

Industry & Academic Collaborations

Cheongju University, Republic of Korea
Esco RTS Co. Ltd
L&T
Skyroot Aerospace

Venture Development Centre

Offers a mandatory 02-credit venture development course, encouraging students to develop innovative products and services with real business potential.

Syllabus

Standard Track offerings of courses

Automotive Engineering
Digital Manufacturing
Regular Mechanical Engineering

Specialisation Bundles of Courses offered

AI & ML for Autonomous Vehicles
Thermal Engineering
Industrial Engineering
Design for Manufacturing
Smart Manufacturing

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Career Options

Pursuing a career in mechanical engineering opens a plethora of opportunities in various sectors in India. With the country's expanding industrial landscape, the demand for mechanical engineers is projected to rise significantly.

Engineering is the largest industrial sector in India accounting for 3.53% of the country's GDP, indicating the same as a robust market for professionals in this field. The mechanical engineering sector's growth is driven by advancements in technology and increasing investments in manufacturing, automotive, aerospace, and renewable energy sectors.

The global mechanical services market is projected to expand at a compound annual growth rate (CAGR) of 4.7% between 2022 and 2032. By the year 2032, the market is anticipated to attain a value of US $14.9 billion.

(Source: Fact.MR)

Graduates from this programme can pursue careers in various sectors such as: