Doctor of Philosophy (Ph.D) in Electronics and Instrumentation Engineering

Ph.D in Electronics and Instrumentation Engineering Course Details

Doctor of Philosophy (Ph.D) in Electronics and Instrumentation Engineering is an advanced research based programme that includes the design, development, analysis, application, and optimisation of electronic systems as well as measurement techniques. It is ideal for students who seek to contribute to further research, academia, industrial R&D, and high end technological innovation.

The Ph.D programme in Electronics and Instrumentation Engineering comes with a focus on advanced training and independent research by the student in original research as well as the critical interpretation of existing literature, theoretical development, and innovative application to solving some important engineering problems. The students are guided by the experienced research supervisors to do work on emerging technologies of automation, smart sensors, control engineering, biomedical instrumentation, industrial electronic systems for precision measurements of complex systems, robotics, IoT-based instrumentation, and artificial intelligence-based measurement systems.

With the ever demanding need of automation, Industry 4.0, smart factories, and digital instrumentation in any sector has raised the scope of research in Electronics and Instrumentation Engineering. A Ph.D in mechanical provides expertise for candidates to be part of the technological bid in industries like production, oil and gas, aerospace, defense, healthcare, and power systems besides the R&D organisations.

The duration of the Ph.D programme normally takes between 3 to 6 years, depending on the field of research, university and study mode (Full time or Part time). The programme involves teaching (if required), sits between comprehensive and M.Phil criteria, thesis proposal development, a physical submission of a Ph.D original research which is full length dissertation.

What is Ph.D in Electronics and Instrumentation Engineering?

Electronic Systems play an important role as the key factor in measurement, monitoring, control, and automation of industrial processes and scientific instruments. This is different from traditional engineering programmes where the focus is on research methodology, experimental design, and data analysis.

Scholars have an opportunity to pursue issues such as:

• Industrial Automation and Control Systems

• Sensors and Transducer Technologies

• Embedded Systems and Instrumentation

• Biomedical Instrumentation

• Robotics and Mechatronics

• Process Control and Industrial Electronics

• AI and IoT-based Smart Instrumentation

Ph.D in Electronics and Instrumentation Engineering Course Highlights

Why Study Ph.D in Electronics and Instrumentation Engineering?