Ph.D Electronic Science

Doctor of Philosophy in Electronic Science

Ph.D. Electronic Science or Doctor of Philosophy in Electronic Science is a Doctorate Electronics course. Electronics is a science, and a very accessible science at that. With other areas of scientific study, expensive equipment is generally required to perform any non-trivial experiments. Electronics courses within this program include in circuitry, robotics and transistors. Other topics are Algorithm design, Computer programming, Machine learning, Computer graphics, Advance logic, Computing and probability etc. The duration of the Doctor of Philosophy course in Electronic Science is three years and it is career-orienting in nature that opens many job scopes for the candidates after its completion.

Ph.D. Electronic Science Eligibility

• Aspiring candidates should have passed an M.Phil. degree and a Post-Graduate degree in a relevant discipline with a minimum of 55% aggregate marks (50% for SC/ST/PH candidates) or an equivalent grade from a University or a recognized institution of higher training.
• Master’s Degree in a relevant discipline with a minimum of 55% aggregate marks (50 % for SC/ST/PH candidates) or an equivalent grade from a university or a recognized institution of higher learning and five years of teaching/industry/administration/professional experience at the senior level.
• Some reputed colleges and institutes conduct entrance examination for admission to their Ph.D. (Electronic Science) degree courses.

Ph.D. Electronic Science Syllabus

Syllabus of Electronic Science course as prescribed by various Universities and Colleges.

Ph.D. Electronic Science Colleges

• University of Delhi - DU, Delhi
• University of Hyderabad, Hyderabad
• Jain University - JU, Bangalore
• SRM University - Kattankulathur, Kanchipuram

Ph.D. Electronic Science Course Suitability

• Those who want to know about Sensors and Actuators, Circuit Analysis, Semiconductor Devices, Power Electronics Devices and Systems, Processes in Device Fabrication, and Characterization Techniques are well suited for the course.
• They should have a creative and inventive mind and an interest in physics and mathematics is essential to take up this challenging career.
• They should have good analytical skills, an eye for detail, sustained attention, and the ability to work as part of a team.
• They should also have good communication and interpersonal skills.

How is Ph.D. Electronic Science Course Beneficial?

• The course is beneficial for those who are interested in an advanced career in electronics and can pursue a doctorate in electrical engineering.
• They can get jobs in fields may include information technology, mechanics, circuitry, engineering, modelling, automation and instrumentation.
• They can also go for selection to gazetted posts is through the competitive examinations conducted by Union and State Public Service Commission.
• Teaching is also a good option for them; they can become a permanent lecturer in colleges/ universities after fulfilling UGC guidelines.

Ph.D. Electronic Science Employment Areas

• Aerospace Industry
• Colleges & Universities
• Chemical and Marine Industry
• Defense Services
• Energy Industry
• Electrical and Electronics Industry
• Government Hospitals

Ph.D. Electronic Science Job Types

• Customer Support Engineer
• Chemical Research Associate / Scientist
• Electronics and Communications Consultant
• Field Test Engineer
• Network Planning Engineer
• Online Tutor
• Research Scientist / Research & Development Software Engineer
• Service Engineer
• Software Analyst
• Senior Sales Manager
• Technical Director