B.Tech Electronic Instrumentation and Control: Admission 2025, Syllabus, Colleges, and Careers

• Updated on  Aug 13, 2025, by Manisha Rao

B.Tech Electronic Instrumentation and Control Engineering is a four-year program divided into eight semesters. The course is about designing and maintaining tools and control systems used in various industries and labs. With this degree, students learn about electronics, instrumentation, and control engineering, setting them up for careers in automation and improving systems.

 

To get into a B.Tech in Instrumentation, students need to pass 10+2 with subjects like Physics, Chemistry, and Math, and students should have at least 50% marks from a recognized board. Most schools will base admission on entrance exams like JEE Main/Advanced, WBJEE, KCET, COMEDK UGET, or other university tests. Students having a diploma in a related engineering area can also apply for lateral entry into the second year after passing the entrance exam.

 

Tuition fees for the course is usually between INR 2,00,000 and INR 7,00,000. This varies based on the government or private colleges and their facilities. Some well-known colleges in India for this course are D.Y. Patil University, Chitkara University, B.S Abdur Rahman Crescent Institute of Science and Technology, and MAHE.

 

There are various job options in fields like automation, robotics, manufacturing, aerospace, defense, and healthcare. Students could work as an Instrumentation Engineer, Control System Engineer, Automation Engineer, Electronics Design Engineer, Process Control Engineer, or Maintenance Engineer.

 

Table of Contents

  1. B.Tech Electronic Instrumentation and Control Key Highlights
  2. What is a B.Tech Electronic Instrumentation and Control?
  3. Why Study B.Tech Electronic Instrumentation and Control?
  4. Who should study B.Tech Electronic Instrumentation and Control?
  5. B.Tech Electronic Instrumentation and Control Eligibility Criteria
  6. B.Tech Electronic Instrumentation and Control Entrance Exams 2025
  7. B.Tech Electronic Instrumentation and Control Colleges in India
  8. B.Tech Electronic Instrumentation and Control Admission Process 2025
  9. B.Tech Electronic Instrumentation and Control Syllabus
  10. B.Tech Electronic Instrumentation and Control VS B.Tech Control Systems Engineering
  11. B.Tech Electronic Instrumentation and Control Job Opportunities in India
  12. B.Tech Electronic Instrumentation and Control FAQs

 

B.Tech Electronic Instrumentation and Control Key Highlights

Below are the key highlights of the B.Tech Electronic Instrumentation and Control course in India:

Particulars

Details

Course Name

Bachelor of Engineering in Electronic Instrumentation and Control

Course Level

Undergraduate/Bachelor’s

Duration

4 years (8 semesters)

Course Type

Full-Time

Admission Process

Entrance-Based (JEE Main/Advanced, VITEEE, COMEDK, WBJEE, MHT CET) + Counselling

Eligibility Criteria

Passed class 12th in Science stream (Physics, Chemistry, and Mathematics) with 50% aggregate marks

Course Fees

INR 2,20,000-10,00,000

Subjects

Engineering Mathematics - IV, Linear Integrated circuits Microcontrollers, Industrial Instrumentation, Digital Signal processing, Communication Techniques, Analog systems lab, Microcontroller Lab

Top Colleges

D.Y Patil University, Chitkara University, B.S Abdur Rahman Crescent Institute of Science and Technology and MAHE.

Job Profiles

Instrumentation Engineer, Control System Engineer, Automation Engineer, Electronics Design Engineer, Process Control Engineer, or Maintenance Engineer.

Top Recruiters

ONGC, NTPC, Tata Motors, DRDO, TCS, Reliance Industries, ABB, Siemens, Honeywell, Petrofac

Average Salary in India

INR 3-5 LPA (Freshers)

 

INR 8-10 LPA (Mid-Level)

 

INR 12-15 LPA (Experienced)

 

What is a B.Tech Electronic Instrumentation and Control?

A B.Tech in Electronic Instrumentation and Control is a four-year degree that teaches students how to design, build, and keep an eye on the instruments and control systems used in factories and automation. The course provides knowledge about how machines measure and manage things like temperature, pressure, flow, and speed.

 

This program combines electronics, instrumentation, and control engineering to give students a solid grasp of how smart systems operate in various settings, such as power plants, factories, robotics, and medical equipment. Students learn to make machines work better and faster.

 

Why Study B.Tech Electronic Instrumentation and Control?

Pursuing a B.Tech in Instrumentation can lead to an exciting career in automation and efficiency-focused industries. This course combines electronics knowledge with control systems and real-world applications, preparing graduates to make meaningful contributions in engineering. Here are a few reasons to think about this degree:

  • Job Opportunities: With more companies looking into smart factories and robotics, there’s a growing need for skilled engineers in fields like manufacturing, oil and gas, power generation, aerospace, and healthcare. These engineers help keep systems safe and efficient.
  • Variety of Roles: Students can become Instrumentation Engineer, Control Systems Engineer, Automation Specialist, Electronics Design Engineer, PLC Programmer, and Process Control Engineer. There are options in both government and private sectors, covering a wide range of industries.
  • Good Salary: Due to the technical skills needed and the increasing demand for automation, engineers in this field often enjoy solid pay. Industries like chemical manufacturing and energy provide attractive salaries for those who can create and manage control systems.

 

Who should study B.Tech Electronic Instrumentation and Control?

A B.Tech in Electronic Instrumentation and Control is a solid choice for anyone interested in how machines function and how to make them work better. With more industries adopting this tech like automation, robotics, power systems, and healthcare, this program lays down a good foundation in electronics and control engineering. It suits:

  • Students who are into automation and robotics and want to improve how machines and factories run.
  • Tech enthusiasts who like messing around with sensors, circuits, and control panels, and enjoy writing code for systems to operate on their own.
  • Students who are thinking about a job in oil and gas, aerospace, power plants, manufacturing, or healthcare—where getting things right is important—this might be a good fit for you.
  • Students who can solve problems and are into physics, electronics, and math, you'll be able to apply those skills to real projects.

 

B.Tech Electronic Instrumentation and Control Eligibility Criteria

To enroll in B.Tech in Instrumentation in India, candidates have to meet some educational and admission requirements. Without fulfilling these criteria, it is not possible to enter the course. Mentioned below are B. Tech Electronic Instrumentation and Control eligibility criteria:

  • Completed 10+2 in the science stream with physics, chemistry and mathematics as compulsory subjects from a recognized board.
  • A minimum of 50% marks in the 10+2 exam.
  • Qualify in national/state/university-level entrance examinations such as JEE Main, JEE Advanced, VITEEE, MET, COMEDK, TNEA or others as per applicability.
  • Some universities may offer lateral admission in 2nd year for candidates having a 3-year diploma degree in related subjects, provided they clear the required entrance examination.

 

B.Tech Electronic Instrumentation and Control Entrance Exams 2025

For pursuing a B.Tech in Electronic Instrumentation and Control in India, various national/state/university-level entrance examinations are required to be taken. Colleges and Universities in India offer admission depending on the marks or rank obtained in these examinations. Some of the top B.Tech Electronic Instrumentation and Control entrance examinations in India are given below:

Exam Name

Application Date (Tentative)

Exam Date (Tentative)

Application Fee

Cut Offs

JEE Main 2026

Nov-Dec 2025, Feb 2026

April 2026

INR 1000 (Male Gen), INR 900 (Male/EWS/OBC), INR 800 (Female Gen/EWS/OBC), INR 500 (SC/ST/PwD/TG)

General: 93-95;

 

OBC ~79-81;

 

SC ~60-62;

 

ST ~46-48;

JEE Advanced 2026

May-June 2026

June 2026

INR 3,200,

 

INR 1,600 (Female/SC/ST/PwD)

< 1000 for the general category

WBJEE 2026

Jan-Feb 2026

April 2026

INR 500 (Male Gen),

 

INR 400 (Female/SC/ST/OBC/EWS/PwD)

1000-2000

VITEEE 2026

Nov 2025 - Mar 2026

April 2026

INR 1,350

6000-8000 for the general category; varies year to year

MET 2026

Dec 2025 - Mar 2026

April 2026

INR 2000

60-70 percentile

COMEDK 2026

Feb-Mar 2026

May 2026

INR 1,950

8000-10000

TNEA 2026

May-June 2026

June 2026

INR 500 (Gen/OBC),

 

INR 250 (SC/ST/EWS)

95% aggregate in relevant subjects

KCET 2026

Jan-Feb 2026

April 2026

INR 500 (Karnataka candidates),

 

INR 700 (Non-Karnataka candidates)

50-65 percentile

TS EAMCET 2026

Mar-Apr 2026

May 2026

INR 900 (Gen/OBC),

 

INR 500 (SC/ST)

1000-2000 general category

 

B.Tech Electronic Instrumentation and Control Colleges in India

Various institutions in India are offering a B.Tech Electronic Instrumentation and Control course, each institute has got some entrance exam criteria for admitting students. Some of the top B.Tech Electronic Instrumentation and Control in India have been mentioned below along with their total course fee, NIRF Ranking, and entrance exams required for admission:

College Name

Location

Total Course Fees

Intake Exams

D.Y Patil University

Mumbai

INR 4,50,000

JEE Advanced

Chitkara University

Punjab

INR 4,00,000- 5,00,000

JEE Advanced

B.S Abdur Rahman Crescent Institute of Science and Technology

Chennai

INR 4,00,000- 5,00,000

JEE Advanced

MAHE (Manipal Academy of Higher Education)

Manipal

INR 4,00,000- 5,00,000

JEE Advanced

 

B.Tech Electronic Instrumentation and Control Admission Process 2025

The admission process for B.Tech Electronic Instrumentation and Control at MAHE is as follows:

 

Step 1: Log in on the official MAHE (Manipal Academy of Higher Education) site and register on the site with your basic information to commence with the application process.

 

Step 2: Download B.Tech admission online application. Chose Electronics and Instrumentation Engineering as course you wish to take and Manipal campus as location you desire.

 

Step 3: Apply it by paying the application fee online so that the application form may be competed and submitted successfully.

 

Step 4: Take the Manipal Entrance Test (MET) which is the University level entrance test to be admitted to into different undergraduate courses such as B-Tech. Slot booking will be followed by the assignment of the date and the center (test).

 

Step 5: After the declaration of MET results, you need to check the score and the rank. You have to perform in MET to be admitted on an eligibility basis.

 

Step 6: Attend counseling and round of seat allotment organized by MAHE. During counseling you might be required to submit documents and also confirm your rank in MET.

 

Step 7: If you have been given a seat in B.Tech Electronics and Instrumentation Engineering, then the admission fee should be paid within the scheduled date before the deadline date in order to secure your seat.

 

Step 8: Verification of documents, successful payment of fees will give you the official admission letter and instructions to join MAHE.

 

Required Documents:

  • 10th and 12th mark sheets
  • ID proofs
  • Transfer certificate
  • Character certificate
  • Medical certificate
  • Category Certificate (if applicable)

 

B.Tech Electronic Instrumentation and Control Syllabus

The syllabus for B.Tech Electronic Instrumentation and Control in India is more or less the same in the colleges offering the course. The syllabus may slightly differ depending on the curriculum followed by the institute. For reference, the syllabus for B.Tech Electronic Instrumentation and Control at MAHE is given below:

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

Semester III

Semester IV

Engineering Mathematics - III

Engineering Mathematics - IV

Analog Electronic Circuits

Linear Integrated circuits

Digital Circuits & System Design

Microcontrollers

Networks and Signals

Industrial Instrumentation

Sensors and Transducers

Digital Signal processing

Linear Control Theory

Communication Techniques

Digital Circuits and Systems Lab

Analog systems lab

Sensors and Circuits lab

Microcontroller Lab

Semester V

Semester VI

Essentials of Management

Engg Economics & Financial

 

Management

Industrial Automation & Drives

Control and Signal Processing Lab

VLSI Design

Industrial automation lab

Process Instrumentation and control

Virtual Instrumentation LAB

Flexible Core

-

OE 1– Creativity, Problem Solving and

 

Innovation

-

Industrial Instrumentation Lab

-

Process Control Lab

-

Semester VII

Semester VIII

Mini Project (Minor specialization)

Industrial Training

-

Project Work

-

Project Work (B Tech – honours)

 

B.Tech Electronic Instrumentation and Control VS B.Tech Control Systems Engineering

Mentioned below is the comparison between B.Tech in Electronics Instrumentation & Control and B.Tech in Control Systems Engineering:

Criteria

B.Tech in Electronics Instrumentation & Control

B.Tech in Control Systems Engineering

Overview

Focuses on measurement, instrumentation, electronics, and automation control systems.

Specializes in the design, analysis, and control of dynamic systems.

Core Subjects

Sensors, transducers, analog/digital electronics, industrial automation, control systems.

System dynamics, feedback control, robotics, automation, modeling and simulation.

Primary Focus

Instrumentation hardware and electronics used in control and monitoring.

Mathematical modeling and control logic of systems.

Interdisciplinary Elements

Combines electrical, electronics, and mechanical systems.

Strong overlap with electrical, mechanical, and aerospace engineering.

Software Tools

LabVIEW, MATLAB, PLC programming, SCADA.

MATLAB/Simulink, Python, Control Toolbox, CAD tools.

Industry Applications

Process industries, manufacturing, biomedical devices, power plants.

Robotics, aerospace, automotive, automation, and power systems.

Job Roles

Instrumentation Engineer, Control Engineer, Automation Engineer, Field Engineer.

Control Systems Engineer, System Analyst, Robotics Engineer, Automation Specialist.

 

B.Tech Electronic Instrumentation and Control Job Opportunities in India

B.Tech in Instrumentation graduates can have job roles in multiple fields including Instrumentation Engineer, Control System Engineer, Automation Engineer, Electronics Design Engineer, Process Control Engineer, or Maintenance Engineer and others. Some of the common job roles for B.Tech Electronic Instrumentation and Control graduates in India are given below:

Job Title

Recruiters

Experience Level (in years)

Average Salary

Instrumentation Engineer

ONGC, NTPC, Tata Motors, DRDO, TCS, Reliance Industries, ABB, Siemens, Honeywell, Petrofac

0-3

5 - 7

Control Systems Engineer

Larsen & Toubro, Chevron, Petrofac, Reliance Industries

3-8

8 - 11

Instrumentation Technician

Manufacturing and Automation companies, Oil & Gas companies

0-3

3 - 5

Process Control Engineer

Oil and Gas Industry (ONGC, IOCL), Power Generation (NTPC), Chemical Industry

3-8

6 - 10

Instrumentation and Control Design Engineer

Larsen & Toubro, Aditya Birla Group, DRDO, HAL, ISRO

5+

12 - 16

 

B.Tech Electronic Instrumentation and Control FAQs

What kind of projects do B.Tech Electronic Instrumentation and Control students work on?

Students in this program get involved in practical projects that deal with automation, control systems, and electronics. They create systems that use sensors, set up programmable logic controllers (PLCs), build automated machines, and work on robotics and Internet of Things (IoT) projects. They also create systems to monitor industrial processes or track environmental data. These projects give students a good idea of how real-time systems operate.

Can B.Tech Electronic Instrumentation and Control students gain international exposure?

Yes, students can gain international exposure through exchange programs, global internships, and workshops or conferences around the world. Some people even team up with universities in other countries for research projects or join tech competitions with teams from around the world.

How important are internships in B.Tech Electronic Instrumentation and Control?

Internships are really crucial in the B.Tech Electronic Instrumentation and Control program. During breaks or in their final year, students often intern at places like power plants, manufacturing units, automation companies, and electronics firms. These internships allow students to put their classroom knowledge into practice and gain real-world experience.

Which course is best for instrumentation?

A B.Tech in Instrumentation Engineering or Electronics and Instrumentation Engineering is the most suitable course in instrumentation, covering the basics of measurement, control systems and industrial automation that are necessitated in careers in manufacturing, process industries and research. As far as specialization is concerned, M.Tech course in Instrumentation and Control Engineering or industry-recognized certification such as PG Diploma in Industrial Instrumentation and instrumentation design courses, are highly appreciated.

Which is better, ECE or instrumentation engineering?

In case of a choice between ECE (Electronics and Communication Engineering) and instrumentation engineering, ECE is the best bet in case of jobs in the telecommunications industry and digital electronics, whereas instrumentation engineering is better in automation and process control and in any industry that has high-end measurement and analysis facilities. Instrumentation is a better opportunity in industrial sectors and ECE is more open in the world of consumer electronics as well as communications.

Which is the best college for instrumentation engineering?

IIT Kharagpur, IIT Delhi, IIT Roorkee, NIT Trichy, NIT Rourkela, and BITS Pilani are some of the best and premier institutes in India to undertake instrumentation engineering as these colleges are well known in terms of student placements, research, and academic standards. These institutes are consistently in the top rankings and they have high industrial exposure with internships and tie-ups.

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