ELECTRONICS & INSTRUMENTATION
ENGINEERING
Programme Overview
Electronics & Instrumentation Engineering is and advanced branch of engineering which deals with the application of existing or known scientific knowledge in electronics, instrumentation, measurements & control for any process, practical calibration of instruments, automation of processes etc. It is a combinatio of Electronics & Instrumentation Engineering. The branch is an industry-oriented engineering branch which needs more knowdege & experience in industrial applications to excel in a career.
Apart from core subjects such as Industrial Instrumentation, Measurements, Sensors & Transducers, Process Control, Bio-Medical Intrumentation & Robotics; it also deal with software and hardware topics such as Microprosessor & Microcontroller-based instrumentation, VLSI & Embedded System Designs, pSPICE, Computer Architecture and Organization, Virtual Instrumentation, Industrial Automation and Computer Control of Processes.
Career Opportunities
- Instrument Engineer
- Automation Engineer
- Control Engineer
- Instrumentation Technologists or Technician
- Instrument Mechanic
- Control Systems Technologist
- Process Analyzer
- Many More…
Programme Duration & Type
4 Years ( 8 Semesters )
Full Time
Eligibility Criteria
Candidates must have Passed thier 12th / PUC with Physics, Chemistry, Mathematics as compulsory Subjects from a recognised state/central education board.
Candidate must qualify in one of the following entrance exams:
AIEEE / JEE / CET / COMED-K
or any other equivalent entrance examination conducted by recognized Institution / Agency.
Programme Structure
Electrical & Electronics | Syllabus
I / II Semester
- Math
- Physics
- Chemistry
- Elements of Electrical Engineering
- Elements of Electronics Engineering
- Element of Civil Engineering
- Element of Mechanical & Workshop
- Element of Computer Engineering
- CAED
- Common Core
- Problem Solving Using Programming
III Semester
- Engineering Mathematics – III
- Analog Electronic Circuits
- Logic Design
- Network Analysis
- Electronic Measurements
- Transducers & Instrumentation
- Analog Electronics Lab
- Logic Design Lab
IV Semester
- Engineering Mathematics – IV
- Microcontrollers
- Signals & Systems
- Fundamentals of HDL
- Linear IC’s & Applications
- Microcontroller Lab
- HDL Lab
V Semester
- Management & Entrepreneurship
- Advanced Control Systems
- Microprocessor & Peripherals
- Digital Signal Processing
- Biomedical Instrumentation
- Process Instrumentation
- Analog IC Lab
- Microprocessor Lab
VI Semester
- Communication Systems
- C++ & Data Structures
- DSP Architecture
- Analytical Instrumentation
- Elective – I (Group A)
- DSP Lab
- Instrumentation & Control Lab
Elective - I (Group A)
- Biomedical DSP
- Pneumatic Instrumentation
- Operating Systems
- Mechatronics
VII Semester
- VLSI Design
- Power & Industrial Electronics
- Automation in Process Control
- Digital Image Processing
- Elective – II (Group B)
- Elective – III (Group C)
- Power Electronics & Data Conversion Lab
- Process Control Lab
Elective - II (Group B)
- Medical Imaging Techniques
- Aeronautical Instrumentation
- Mobile Communicatio
- ARM Processor
Elective - III (Group C)
- Remote Sensing & Telemetry
- Robotics & Control
- Virtual Instrumentation
- Neural Network & Fuzzy Logic Systems
VIII Semester
- Lasers & Optical Instrumentation
- Embedded System Design
- Elective – IV (Group D)
- Elective – V (Group E)
- Project Work
- Seminar
Elective - IV (Group D)
- Biosensors & Bioinstrumentation
- MEMS & Microsystems
- Computer Communication Networks
- System Modelling
Elective - V (Group E)
- Unit Operations in Instrumentation
- Speech Signal Processing
- Industrial Instrumentation
- Smart Sensors
