Ph.D. – Mechanical Engineering
Advancing Knowledge through Research Excellence
The Ph.D. programme in Mechanical Engineering aims to develop highly skilled researchers, academicians, and industry leaders capable of contributing to advanced technological developments. The programme provides a strong foundation in scientific research, analytical problem-solving, experimentation, and innovation across various domains of mechanical engineering.
Research scholars are encouraged to pursue in-depth study in fields such as thermal sciences, design and manufacturing, automation, materials engineering, renewable energy systems, computational mechanics, and advanced simulation. The department offers access to modern laboratories, computational tools, and expert supervision to support high-quality research output. With guidance from experienced faculty, recognized research supervisors, and exposure to international journals and conferences, scholars are trained to produce impactful research aligned with industry and societal needs.
Thermal Engineering
Heat Transfer & Fluid Dynamics
Renewable Energy Systems
Advanced Manufacturing Technology
CAD/CAM & Simulation
Computational Fluid Dynamics (CFD)
Materials & Metallurgy
Composite Materials
Nanomaterials & Nanotechnology
Robotics, Automation & Mechatronics
Vibration & Acoustics
Automobile Engineering
Additive Manufacturing (3D Printing)
Industrial Engineering & Optimization
Energy Conservation & Management
Objective 1
To produce research scholars with strong analytical, experimental, and computational skills.
Objective 2
To promote original research contributions through publications, patents, and real-time projects.
Objective 3
To encourage innovation and develop solutions to industrial, environmental, and societal problems.
Objective 4
To prepare scholars for careers in academia, research organizations, and advanced engineering industries.
Objective 5
To create leaders capable of contributing to technological development, policy-making, and industrial consultancy.
Research Supervisors
| S.No | Name of the Faculty | Designation | Qualification |
|---|---|---|---|
| 1 | Dr. ANANDAVELU K | Professor | M.E. Ph.D MISTE., |
| 2 | Dr. VISWANATH K | Assistant Professor | M.E. Ph.D MISTE., |
Research Support Staff
| S.No | Name of the Faculty | Designation | Qualification |
|---|---|---|---|
| 1 | Mr.VEMBAIYAN C | Assistant Professor | M.E. (Ph.D) MISTE., |
| 2 | Mr.VEERAPANDIAN G | Assistant Professor | M.E. (Ph.D) MISTE., |
| 3 | Mr.MALARMANNAN S | Assistant Professor | M.E. (Ph.D) MISTE., |
| 4 | Mr.AKILAN A | Assistant Professor | M.E. (Ph.D) MISTE., |
| 5 | Mr.RAMALINGAM S | Assistant Professor | M.E. (Ph.D) MISTE., |
| 6 | Mrs. HEMALATHA | Assistant Professor | M.E. (Ph.D) MISTE., |
The Ph.D. programme in Mechanical Engineering aims to develop highly skilled researchers, academicians, and industry leaders capable of contributing to advanced technological developments. The programme provides a strong foundation in scientific research, analytical problem-solving, experimentation, and innovation across various domains of mechanical engineering.
Research scholars are encouraged to pursue in-depth study in fields such as thermal sciences, design and manufacturing, automation, materials engineering, renewable energy systems, computational mechanics, and advanced simulation. The department offers access to modern laboratories, computational tools, and expert supervision to support high-quality research output. With guidance from experienced faculty, recognized research supervisors, and exposure to international journals and conferences, scholars are trained to produce impactful research aligned with industry and societal needs.
Thermal Engineering
Heat Transfer & Fluid Dynamics
Renewable Energy Systems
Advanced Manufacturing Technology
CAD/CAM & Simulation
Computational Fluid Dynamics (CFD)
Materials & Metallurgy
Composite Materials
Nanomaterials & Nanotechnology
Robotics, Automation & Mechatronics
Vibration & Acoustics
Automobile Engineering
Additive Manufacturing (3D Printing)
Industrial Engineering & Optimization
Energy Conservation & Management
Objective 1
To produce research scholars with strong analytical, experimental, and computational skills.
Objective 2
To promote original research contributions through publications, patents, and real-time projects.
Objective 3
To encourage innovation and develop solutions to industrial, environmental, and societal problems.
Objective 4
To prepare scholars for careers in academia, research organizations, and advanced engineering industries.
Objective 5
To create leaders capable of contributing to technological development, policy-making, and industrial consultancy.
Research Supervisors
| S.No | Name of the Faculty | Designation | Qualification |
|---|---|---|---|
| 1 | Dr. ANANDAVELU K | Professor | M.E. Ph.D MISTE., |
| 2 | Dr. VISWANATH K | Assistant Professor | M.E. Ph.D MISTE., |
Research Support Staff
| S.No | Name of the Faculty | Designation | Qualification |
|---|---|---|---|
| 1 | Mr.VEMBAIYAN C | Assistant Professor | M.E. (Ph.D) MISTE., |
| 2 | Mr.VEERAPANDIAN G | Assistant Professor | M.E. (Ph.D) MISTE., |
| 3 | Mr.MALARMANNAN S | Assistant Professor | M.E. (Ph.D) MISTE., |
| 4 | Mr.AKILAN A | Assistant Professor | M.E. (Ph.D) MISTE., |
| 5 | Mr.RAMALINGAM S | Assistant Professor | M.E. (Ph.D) MISTE., |
| 6 | Mrs. HEMALATHA | Assistant Professor | M.E. (Ph.D) MISTE., |