B.Tech in Instrumentation Engineering
Course Name: B.Tech In Instrumentation Engineering.
Duration: 4 Years
Eligibility: 10+2(PCM)
Lateral Entry: Candidate who has three year diploma after 10th can enroll for 3rd Semester of B.Tech. Candidate who has completed B.Sc(PCM) can enroll for 3rd Semester of B.Tech.
Course Syllabus
First Semester | Second Semester | ||
1. | Mathematics I | 7 | Mathematics II |
2. | Chemistry | 8. | Programming and Data Structure |
3. | English -I | 9. | Basic Electronics |
4. | Electrical Technology | 10. | Engineering Drawing and Graphics |
5. | Introduction to Manufacturing Process | 11. | Environmental Studies |
6. | Applied Physics | ||
Third Semester | Fourth Semester | ||
1. | Applied Engineering | 8. | Digital systems & Micriprocessor |
2. | Mathematics III | 8. | Automatic Control Systems |
3. | Electrical Machines | 9. | Sensors & Transducers |
4. | Electrical Measurements & Instruments | 10. | Thermal & Fluid |
5. | Circuit Theory & Analysis | 11. | Power Engineering |
6. | Electronic Devices & Circuits | 12. | Linear Integrated Circuita |
7. | Projects – I | 13. | Programming Technique – I |
Fifth Semester | Sixth Semester | ||
1. | Fiber Optics & Communication | 7. | Micro-controllers |
2. | Advance Control Systems | 8. | Industrial Automation – I |
3. | Industrial Power Electronics | 9. | Process Instrumentation |
4. | Industrial Management | 10. | Signals & Systems |
5. | Analytical Instrumentation | 11. | Programming Techniques – III |
6. | Programming Technique – II | ||
Seventh Semester | Eighth Semester | ||
1. | Advance Process Instrumentation | 1. | Field Instrumentation & Networking |
2. | Instrumentation System Design | 2. | Process Modelling & Simultation |
3. | Industrial Automation – II | 3. | Project Planning Estimation & Assessment |
4. | Digital Signal Processing | 4. | Elective – II |
5. | Elective – I | ||
6. | Project – III |
Elective I | Elective II | ||
1. | Embedded System | 1. | Biomedical Instrumentation |
2. | Power Plant Instrumentation | 2. | Virtual Instrumentation |
3. | Optimal & Robust Control | 3. | Neural & Fuzzy Based Control |
4. | Mechatronics | 4. | Advanced Digital Signal Processing |