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Duration
2 Years
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Eligibility
B. Tech. with Min. 55%
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Selection Procedure
Entrance Test + PI
Program Outcomes
Application of Instrumentation and Control
Students will be able to apply instrumentation and control in various domains, such as research, entrepreneurship, process, biomedical, environment, and power generation.
Using Cutting-Edge Technologies
Solving real-world problems using the latest hardware and software technologies.
Conducting Research
Independently researching in the field of instrumentation to address practical problems and presenting a technical report.
Designing and Developing Platforms
Designing and developing optimized platforms in embedded electronic systems to solve real-life problems.
Applying Concepts from Various Disciplines
Applying concepts from various disciplines in the field of instrumentation to develop innovative products and equipment.
Offering Customized Solutions
Offering customized solutions in the design and development of various embedded system applications.
Career Paths

System Design Engineer

Testing and Validation Engineer

Project Manager

Research and Development Engineer

Lead Engineer

Technical Manager

Product Manager

Higher Education and Research

Entrepreneur
Curriculum
| Course Category | Paper Title | Credits |
|---|---|---|
| Core | Applied Industrial Instrumentation | 3 |
| Core | Advanced Sensing Technique | 3 |
| Core | Advanced Digital Signal Processing | 3 |
| PE | Artificial Intelligence System | 3 |
| CMOS Digital VLSI Design | ||
| Core | Instrumentation Lab-I | 2 |
| Core | Advanced DSP Lab | 2 |
| Extra-Curricular Activity | **Mandatory Qualifying Non-credited but graded Course | |
| Total | 16 |
**Mandatory Qualifying Non-credited but graded Course
| Course Category | Paper Title | Credits |
|---|---|---|
| Core | Process Control Instrumentation | 3 |
| Core | Embedded System Design | 3 |
| Core | Optoelectronic Instrumentation | 3 |
| PE | Pattern Recognition and Machine Learning | 3 |
| CMOS Analog VLSI Design | ||
| Core | Embedded System Lab | 2 |
| Core | Instrumentation Lab-II | 2 |
| Co-Curricular Activity | **Mandatory Qualifying Non-credited but graded Course | |
| Total | 16 |
**Mandatory Qualifying Non-credited but graded Course
| Course Category | Paper Title | Credits |
|---|---|---|
| Core | Instrumentation System Design | 3 |
| Core | Adaptive System and Signal Processing | 3 |
| Core | Pre Dissertation | 10 |
| Core | Seminar | 2 |
| Total | 18 |
| Course Category | Paper Title | Credits |
|---|---|---|
| Core | Dissertation | 18 |
| Total | 18 |
Tuition Fee
₹71000
Note
*Lab & Library fee will be charged separately
#Program Proposed from Session 2026-27
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Frequently Asked Questions
An M.Tech in Instrumentation Engineering is a two-year post-graduate program that teaches students how to measure and control process variables in production. Students learn about electronics and pneumatics instrumentation, flow, level, temperature, and pressure measurements, control loops, and more. They also learn how to design, construct, and maintain instrumentation systems for industrial undertakings.
Graduates of this program can work in manufacturing, power generation, aerospace, and process industries.
Students develop skills to manage projects within cost and time constraints. They also build competencies to work as research and development personnel, quality managers, researchers, engineering technologists, and design engineers.
Instrumentation engineers design, develop, install, and maintain equipment to monitor and control machinery. They configure automated processes to improve the productivity, reliability, and safety of production.
Electronics and Instrumentation engineers have a promising future ahead of them because they are required in almost every industry in a variety of roles such as design, development, automation, monitoring, fabrication, inspection, quality control and maintenance.
Edge computing, edge sensors, wireless instrument system design and sonar flow meters, etc. are a few examples of advances in the area of instrumentation. The emergence of edge computing is expected to play a vital role in the field of instrumentation.


