Bachelor of Technology in Instrumentation & Electronics Engineering in an undergraduate Degree Program. This course mainly focuses on Mathematics, Microprocessors and Microcontrollers, Electronics (Analogue and Digital), Transducers, Fibre Optics, Computer Programming, Computer-assisted Measurements, and many more Instrumentation Techniques. Graduates holding a B.Tech degree in Electronics and Instrumentation Engineering are presented with an expansive array of job opportunities across various sectors. These opportunities span the realms of defense services, esteemed institutions like the Indian Institute of Technology, reputable organizations such as Central Electronics, vital national infrastructure like the Indian Railways, the Atomic Energy Commission, aeronautics industries, and even the Ministry of Civil Aviation, among others.
Course Duration - The BE / B.Tech degree in Instrumentation & Electronics Engineering
is for 4 years from any university in the country for 10+2 students and is 3 years for Diploma graduates.
Salient Features -
Syllabus
The B.Tech program in Electronics and Instrumentation Engineering extends over four years, encompassing eight semesters of study. To attain the coveted undergraduate certificate, students are required to fulfill the course prerequisites, which encompass practical sessions and project work. Through a blend of quizzes, vivas, seminars, surveys, research endeavors, and internships, students engage in hands-on learning, effectively translating theoretical knowledge into practical application.
| B.Tech Instrumentation & Electronics Engineering | |
| Semester I | Semester II |
| Environmental Sciences | Foreign Language |
| Engineering Chemistry | Electric Circuits |
| Engineering Physics | Engineering Electromagnetics |
| Problem Solving and Object-Oriented Programming | Introduction to Innovative Projects |
| English for Engineers | Semiconductor Devices and Circuits |
| Calculus for Engineers | Digital Signal Processing |
| Statistics for Engineers | Electric Circuits Lab |
| Engineering Chemistry Lab | Engineering Electromagnetics Lab |
| Engineering Physics Lab | Semiconductor Devices and Circuits Lab |
| Engineering English Lab | Digital Signal Processing Lab |
| Semester III | Semester IV |
| Control Systems | Electrical and Electronic Instrumentation |
| Analog and Digital Circuits | Process Automation and Control |
| Network Theory | Industrial Instrumentation |
| Signals and Systems | Applications of Differential and Difference Equations |
| Microprocessor and Microcontroller | Complex Variables and Partial Differential Equations |
| Sensors and Signal Conditioning | Optoelectronic Instrumentation |
| Embedded System Design | Digital Control Systems |
| Analog and Digital Circuits Lab | Electrical and Electronic Instrumentation Lab |
| Microprocessor and Microcontroller Lab | Process Automation and Control Lab |
| Sensors and Signal Conditioning Lab | Optoelectronic Instrumentation Lab |
| Embedded System Design Lab | Digital Control Systems Lab |
| Semester V | Semester VI |
| Neural Network and Fuzzy Control | Non-Destructive Testing |
| Biomedical Instrumentation | Nanotechnology Fundamentals and its Applications |
| Automated Test Engineering | Engineering Optimization |
| Analytical Instrumentation | Communication Engineering |
| Fiber Optic Sensors | Electrical Technology |
| Micro Electromechanical Systems | Advanced Control Theory |
| Data Communication Network | Digital Image Processing |
| Automated Test Engineering Lab | Nanotechnology Fundamentals and its Applications Lab |
| Analytical Instrumentation Lab | Communication Engineering Lab |
| Micro Electromechanical Systems Lab | Electrical Technology Lab |
| Data Communication Network Lab | Digital Image Processing Lab |
| Semester VII | Semester VIII |
| Engineering Elective - I | Project / Internship |
| Engineering Elective – II | |
| Engineering Elective – III | |
| Open Elective - I | |
| Open Elective - II | |
| Course Elective - I | |
| Course Elective - II | |
| Course Elective - III | |
| Elective Labs | |
B.Tech Instrumentation & Electronics Engineering Core Subjects:
Eligibility Criteria
Admission Process
Enrollment into the B.E/B. Tech programs based on performance rankings in the National Entrance Examination (JEE) or State-level Entrance Examinations like KCET. Moreover, various universities conduct their own entrance tests for direct admissions. It's worth highlighting that renowned institutions place significance on scores achieved in the Joint Entrance Examination (JEE). Aspirants aiming to secure admission into esteemed establishments such as IITs and NITs must demonstrate exceptional proficiency in both JEE Mains and JEE Advanced.
Entrance Exams for Admission to B.E/B. Tech Instrumentation & Electronics Engineering
To secure admission in a Bachelor's degree program focused on Instrumentation and electronics Engineering, students need to engage in the National Entrance Examination (JEE) or State-level Entrance Exams such as KCET, MHT CET, WBJEE, or COMED-K. Additionally, University Entrance exams are also mandatory. These assessments play a crucial role, acting as vital gateways for ambitious students aspiring to gain entry into prestigious educational institutions.
Here are the details of the Top Entrance Exams for Engineering
1. Employment Opportunities -
After Completion of the Bachelor's Degree in Instrumentation & Electronics Engineering, Graduates have plenty of Employment Opportunities. They can choose to work in domains such as manufacturing, instrumentation, and other research departments. This course opens up a wide range of Recruitment areas in the Private as well as Government sectors.
Trending Career Profiles:
BE Instrumentation & Electronics Engineering Employment Areas
Top Recruiting Companies
2. Venture into Entrepreneurship -
B.Tech graduates in Instrumentation & Electronics Engineering have a wide array of self-employment opportunities to explore. Graduates can Offer services for designing and developing custom electronic circuits and systems tailored to specific client needs and Provide automation solutions to industries, including designing and implementing control systems, PLC programming, and process automation.
Here are some more potential opportunities:
3. Higher Studies & Skill Enhancements -
Pursuing higher studies after completing a B.Tech in Instrumentation & Electronics Engineering can open up various advanced career paths and specialized areas. Here are some higher studies options to consider:
Top Engineering College PAN-INDIA
Discover your perfect program in our courses.
Graduates can work in diverse industries like manufacturing, automation, energy, telecommunications, aerospace, and more. They can become instrumentation engineers, control system engineers, electronics design engineers, or pursue further studies.
You ll develop skills in designing electronic circuits, programming microcontrollers, working with sensors and control systems, analyzing signals, troubleshooting electronic devices, and using software tools for simulation and design.
Graduates can work as Instrumentation Engineers, Electronics Engineers, Automation Engineers, Process Control Engineers, Embedded System Engineers, Robotics Engineers, and more. They can also work in sectors like manufacturing, energy, telecommunications, and healthcare.
Practical experience is crucial. Most programs include lab sessions, projects, and internships to provide hands-on experience with instruments, circuits, sensors, and control systems.
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