Ph.D Mechanical Engineering is a 2-4 and maximum 6 years professional and academic course in engineering. The Ph.D Mechanical Engineering degree allows students to pursue a research program in a specialized area and develop a dissertation that embodies the results of original research and gives evidence of high scholarship.
The course program must reflect competency in Mechanical Engineering and specialized study in other areas relevant to the student's research focus. Scholars who complete the doctorate degree must submit their "thesis" before receiving their degree.
After completing the course, the candidates may seek jobs in various government and private sectors. Some of the most common job profiles include assistant engineer, mechanical engineer, executive engineer, researcher, etc.
Ph.D Mechanical Engineering Highlights
Course |
Doctorate Degree (PhD) |
Full-Form |
Ph.D Mechanical Engineering |
Duration |
3 or 6 years |
Examination type |
Semester |
Eligibility |
Master’s Degree |
Admission Process |
Entrance Exam |
Average Salary |
INR 15 - 20 LPA |
Top Recruiting Areas |
Samsung Electronics, Bajaj, Google, Zydus Cadila group, Cactus Communications, etc. |
Job Positions |
Electrical Engineer, Application Engineer, Sales Engineer, System Engineer, etc. |
Eligibility Criteria for Ph.D Mechanical Engineering
1. Students should have completed a master's degree in Science or an M.Phil degree in a relevant field.
2. Most universities have a minimum percentage of at least 55% so students are required to score accordingly.
3. A bachelor’s degree in a related field of your specialization from an accredited institution.
4. A master’s degree like MSc from a recognized university.
Admission Process
1. Along with that, students also have to score up to the university’s standards in entrance exams, which can either be conducted by the university themselves or national exams like the UGC-NET and GATE.
2. An applicant will be short-listed for an interview on the basis of his/ her score in the entrance examination (Ph.D.).
3. The final selection for admission in Ph.D. will be based on the performance in Entrance Test (70% weightage) and Interview (30% weightage) subject to scoring minimum marks in the Interview.
Career after Ph.D Mechanical Engineering
Ph.D Mechanical Engineering, an individual has multiple options in such a growing field. The available career options include anything from being professional academicians, and professors to being research scientists, and architects in the field of Electrical Engineering.
The degree enables an individual to start one’s own enterprise/workshop in manufacturing, assembling or repairing electrical goods, parts and components. The significant areas of employment include software development, research, network systems, computer architecture and much more. Major Private and Public sectors include teaching jobs such as post-graduate professors, etc.
Job Profile |
Job Description |
Junior Engineers |
They may acquire jobs at power plants, manufacturing companies, etc. |
Executive engineers |
They carry out groundwork as a technician in various engineering-related industries. |
Mechanical Design Engineer |
They evaluate various automated systems for research-based operations. |
Research Scientist |
They are responsible for conducting research works in various fields related to mechanical engineering. |
Lecturer |
They work at educational institutes and impart knowledge to students in areas related to mechanical engineering. |
Ph.D Mechanical Engineering Syllabus
Semester 1 |
Semester 2 |
Applied Science |
Applied Mathematics II |
Applied Mathematics I |
English Communication |
Mechanical Engineering Sciences |
Electrical Circuits |
Elements of Electrical Engineering |
Electronics I |
Applied Science Lab |
Computer Aided Engineering |
Electrical Writing Lab |
Electrical Circuit Technology |
Basic Computer Skills |
Electronics Lab |
Semester 3 |
Semester 4 |
Electrical Machines I |
Electrical Machines II |
Computer Networks |
Electrical Power Generation |
Electrical Measurements |
Transmission |
Electronics II |
Power Electronics |
Electrical Measurements Lab |
Electrical Machines Lab |
Electronics Lab II |
Power Electronics Lab |
Computer-Aided Electrical Drawing |
--- |
Semester 5 |
Semester 6 |
Estimation Specification |
Industrial Drives |
Switchgear Protection |
Utilization of Electrical Energy |
Embedded Systems |
Basic Management Skills |
Electrical Workshop |
PLC |
CASP |
Project Work II |
Project Work 1 |
Industrial Visit |