Updated on Aug 16, 2022 04:03 IST

Electronic Control System Engineering is a specialized discipline of engineering that deals with the impact of electrons, needed to make equipment, devices, and systems. It utilises automatic control theory to design systems which yield desired behaviours in controlled environments. The job of the Electronic Controlled System Engineers is to resolve various issues related to digital control systems. These engineers are capable of analyzing, designing, and optimizing complex systems in order to receive the desired effect within a controlled environment. Hence, Electronics Controlled System Engineering can be described as an amalgamation of coordination of mechanical, electrical, chemical, metallurgical, electronic or pneumatic elements.

Required Skillset for Control System Engineering

Control system engineering is meant for candidates who see their themselves conducting research work in the electronic and instrumentation field. To be a successful control system engineer, students should display the given skill set:

Good communication skills

Strong problem-solving skills

Computer-aided design and manufacturing (CAD/CAM) skills

Team management

Excellent at mathematics/Mathematical skills

Time management skills

Excellent IT skills and technical knowledge

Efficient planner

Proven negotiating skills

Budget management skills

Electronics Control System Engineering Course

There are a handful of colleges that conduct undergraduate and postgraduate programmes in Electronic Control System Engineering. The undergraduate course is for 4 years while the postgraduate programme is for 2 years. Like, other engineering courses, the undergraduate programme can be pursued after completing 10+2 Board examination and the postgraduate programme can be pursued after completing the undergraduate programme. Here, we have prepared a table to give you a glimpse into the courses of Electronics Control System: 

Name of the Course

Subject

Duration

B.Tech

Electronics Control System Engineering

4 Years

M. Tech

Electronics Control System Engineering

2 Years

Eligibility Criteria to Pursue Electronics Control System Engineering

The candidates who wish to pursue undergraduate course in Electronics Control System Engineering would require to fulfill certain criteria to be eligible for the course. To pursue undergraduate course they would have to sit for the entrance tests like JEE Main or the other state level Entrance tests. Besides, they should have completed 10+2 Board examination along with Physics, Chemistry and Mathematics as subjects. Those who have appeared for their Class XII Board examination are also eligible to appear for the entrance test. 

To pursue the postgraduate course in Electronics Control System Engineering, the candidates would need to sit for GATE and to complete the undergraduate programme in the same discipline or in Electronics Engineering, Electrical Engineering, Electrical and Electronics Engineering, Electrical and Communication Engineering, and Electrical and Instrumentation Engineering. Those who are in the final semester of their undergraduate programme are also eligible to write the examination.

Here we have prepared a table to let you know about the eligibility criteria to study Electronics Control System Engineering.

Name of the Courses 

Required Qualification 

Minimum Marks Required

B. Tech 

Passed or appeared 10+2 Board Examination with Physics, Chemistry and Mathematics as subjects

Minimum 55% marks in the aggregate for the general candidates and minimum 50% marks in aggregate for the reserved category candidates and a good score in the Entrance Test in JEE Main or other states like KIITJEE, MHT-CET, AP or TS EAMCET etc. 

M. Tech 

Passed or in the final Semester of B. Tech programme, namely Electronics Engineering, Electrical Engineering, Electrical and Electronics Engineering, Electrical and Communication Engineering, and Electrical and Instrumentation etc. 

60% marks in the aggregate and good score in GATE

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Electronics Control System Engineering Course Structure and Fees

We have already discussed that the duration of B. Tech course is of 4 years and that of M. Tech course is of 2 years. An academic year comprises of two semesters; odd and even. The odd semesters usually begin in July/ August and the even semesters begin in January/ February. An examination is held at the end of each semester.

The fee for the undergraduate courses varies from college to college. However, to pursue the B. Tech programme in Electronics Control System Engineering the candidates would have to pay a fee as low as Rs. 14,000 in a year and as high as Rs. 3 lakhs in a year. 

Electronics Control System Engineering Syllabus at the Undergraduate level 

The curriculum of Electronics Control System Engineering Syllabus consists of theory and practical contents. The students receive in-depth knowledge of the subjects as well as hands-on training. The students are taught the following subjects:  

  • General core courses: Mathematics, Basic Sciences, Engineering Sciences

  • Core course of Engineering / Technology such as: Control systems Design, Digital Control Systems, Industrial Automation, Micro Electro Mechanical System, Microprocessor Based Control System, Microwave Electronics, Multimedia Systems, Radar Systems, Robot Dynamics and Control Wireless Communication.

  • Elective course for specialization in related fields

  • Computer Practice

  • Engineering Graphics

  • Laboratory 

Besides, they get exposure to attend workshops, receive Industrial Training, attend Seminars, Educational Tours, Camps etc and do Project works. 

Job Profile of Electronics Control System Engineers

There are ample job opportunities for Electronics Control System Engineers. They can work at pure-play automation companies, and oil and gas sectors.  At the completion of their courses, these engineers may accept jobs both in the private sectors and government sectors. They are absorbed by the companies in various fields such as: Remote Sensing, Textile and Chemical Industries, Agricultural-based industries, Aeronautical areas, and in the manufacturing units. Initially, these engineers earn Rs 3-4 lakhs per annum. But their income increases with years as they accumulate experience. In the table below, we have put down the annual income of these engineers: 

Job Description

Average Annual Income

Electronics Control Engineer

Rs. 8-9 lakhs

Control System Engineer 

Rs. 10-12 lakhs

Electronic System Engineer 

Rs. 10-12 lakhs

System Engineer 

Rs. 6-7 lakhs

Automation Engineer

Rs. 7-8 lakhs

 Frequently Asked Questions

Q. What is the control system?

A. A control system is  a set of mechanical or electronic devices that regulates other devices or systems by way of control loops. Typically, control systems are computerized. Control systems are a central part of industry and of automation.

Q. What are types of control system?

A. There are two types of control systems namely:  Open loop control systems (non-feedback control systems)  Closed loop control systems (feedback control systems)

Q. Where is control system used?

A. Control Systems are used in  domestic applications, general industry, military and virtually every modern vehicle in the world. Control Systems are very common in SCADA and Industrial Automation systems. Control Systems are used in Industrial Automation to regulate how devices operate in real time.

Q. What is control system example?

A. Examples of control systems in your day-to-day life include  an air conditioner, a refrigerator, an air conditioner, a bathroom toilet tank, an automatic iron, and many processes within a car – such as cruise control.

Q. What is the role of a control systems engineer?

A. Control System Engineer are responsible for the design and installation of a control system, which checks that industrial and manufacturing machinery is working accurately, safely and efficiently.

Q. Is Control Systems Engineering hard?

A. To start, most control engineers major in electrical engineering, mechanical engineering, or electrical engineering technology. In control system engineering, typically courses include mathematics and physics.

Q. What makes a good controls engineer?

A. Confidence and experience in using computer-aided design (CAD) is an example of one of the skills a control engineer might need to know, as is understanding how programming methods, such as PLC and HMI, operate. A solid level of communication is needed in order to be a successful control engineer.

Q. Which college is best for control engineering?

A. Top Instrumentation Engineering Colleges in India 2022
  • COEP Pune - College of Engineering. ...
  • DSCE Bangalore - Dayananda Sagar College of Engineering. ...
  • LDCE Ahmedabad - LD College of Engineering. ...
  • IIT Delhi - Indian Institute of Technology. ...
  • Sathyabama University - Sathyabama Institute of Science and Technology.

Q. What is are the difference between instrumentation and controls?

A. Instrumentation engineering is the science of the measurement and control of process variables within a production or manufacturing area. Meanwhile, control engineering, also called control systems engineering, is the engineering discipline that applies control theory to design systems with desired behaviors.

Q. Is control systems a good career?

A. Control Engineers are highly demanded in government and private sectors.  Career opportunities are vast in this field. You can work from design and development to testing and writing reports. More you work more you will get experienced.

Q. Are control engineers in demand?

A. The demand for process control engineers has been on the rise lately. That may come as a surprise, since employers have needed these skills for decades. Process control is a vital function of hundreds of industries that affect us every day.

Popular Control Systems Colleges in India

Following are the most popular Control Systems Colleges in India. Learn more about these Control Systems colleges (Courses, Reviews, Answers & more) by downloading the Brochure.
3 Courses
1.2 L
13 LPA

#2 India Today

1 Course
4 L
15 LPA

#1 India Today

1 Course
3 L
5.45 LPA

Top 25 in India

1 Course
20 K
13 LPA

#3 The Week

3 Courses
45 K - 5 L
7 - 10.8 LPA

#7 The Week

3 Courses
20 K - 10 L
11.35 - 15 LPA

#4 India Today

Popular Private Control Systems Colleges in India

81.7 K
81.7 K
81.7 K
81.7 K
81.7 K
1 Course
1.68 L
3.5 LPA

Popular Control Systems UG Courses in India

Following are the most popular Control Systems UG Courses . You can explore the top Colleges offering these UG Courses by clicking the links below.

UG Courses

Popular Control Systems PG Courses in India

Following are the most popular Control Systems PG Courses . You can explore the top Colleges offering these PG Courses by clicking the links below.

PG Courses

Comments

d

What is the difference between instrumentation and controls?

d

deepika maurya

Contributor-Level 10

a month ago

Instrumentation engineering and control engineering are very closely related. In fact, in some engineering universities, the degree is given as Instrumentation and Control Engineering. Instrumentation engineering is concerned with the study of instruments used to measure data for process paramete...Instrumentation engineering and control engineering are very closely related. In fact, in some engineering universities, the degree is given as Instrumentation and Control Engineering. Instrumentation engineering is concerned with the study of instruments used to measure data for process parameters that are to be controlled. The instruments could be electrical, electro-mechanical, or electronic. These include measuring instruments, transducers, meters, etc. Examples are pitot-static tubes, voltmeters, strain gauges, venturi meters, ammeters, digital multimeters, etc. Control engineering deals with the study of all the machines that form the components of a control system, which in most cases is a closed-loop control system. Control engineering deals with the study of transducers, signal amplifiers, power amplifiers, controllers (for example, PID controllers and PLCs), and the system architecture that is used to link together these components to form a closed-loop control system that can be used to build an automated process control system.

48233945
Sumit vashisth

Beginner-Level 5

a month ago

An Automation Engineer is responsible for the full manufacturing process to be operated automatically. The Instrumentation and Control Engineer specifically looks after the equipment that does the control (Controllers, PLC, Control Valves,. ). And the instruments that provide the necessary feedba...An Automation Engineer is responsible for the full manufacturing process to be operated automatically. The Instrumentation and Control Engineer specifically looks after the equipment that does the control (Controllers, PLC, Control Valves,. ). And the instruments that provide the necessary feedback to the control.

d

Are control engineers in demand?

d

deepika maurya

Contributor-Level 10

a month ago

Yes, Control system engineers are in high demand by both government and private sectors. The increasing demand for automation and digitization of everyday services indicates vast opportunities in the field. The onset of self-driven vehicles, devices connected by the IoT (Internet of Things), and ...Yes, Control system engineers are in high demand by both government and private sectors. The increasing demand for automation and digitization of everyday services indicates vast opportunities in the field. The onset of self-driven vehicles, devices connected by the IoT (Internet of Things), and self-learning systems or machines has made the role of control engineers vital to the tech industry. It has been instrumental in increasing the efficiency of manufacturing facilities, defense weapons, oil rigs, and even everyday items like refrigerators, dishwashers, etc. Besides designing and developing control systems, control engineers are also in demand for research, innovation, testing, maintenance, and reporting. Responsibilities:
1- Develop process control strategies and improve the existing ones.
2- Design, develop and observe all aspects of electrical control systems.
3- Execute projects as per company standards and given deadlines.
4- Make changes in the control systems to improve their performance.
5- Offer control system support for large projects. Top Recruiters:
1- Bharat Sanchar Nigam Limited.
2- A&H Infotech Pvt. Ltd.
3- Reliance Industries Limited.
4- Indian Oil Corporation.
5- Santech Electrical India (P) LTD.
6- Himachal Pradesh State Electricity Board Ltd. Salary of control system engineers: The average salary is INR 2,64,983 per year. Project managers and Senior engineers with years of experience (2 to 5 years) earn a higher average salary of INR 5,97,420 per year. Some of the highest-paying cities for control system engineers are Hyderabad, Pune, Bengaluru, Visakhapatnam, and Mumbai.

J

Joshita Dey

Beginner-Level 5

a month ago

Control engineer job outlook 2022
This growth statistic translates into around 146,000 new roles. Some of the most in-demand services include robotics, oil and gas, and energy. As of June 2022, 71,719 controls engineer jobs are listed on Glassdoor.

d

What is the role of a control systems engineer?

d

deepika maurya

Contributor-Level 10

a month ago

A Control Systems Engineer is responsible for designing, developing, and implementing solutions that control dynamic systems and is related to mechanical and electrical engineering. Dynamic systems are systems that constantly change. It aims to bring stability to these constantly changing systems...A Control Systems Engineer is responsible for designing, developing, and implementing solutions that control dynamic systems and is related to mechanical and electrical engineering. Dynamic systems are systems that constantly change. It aims to bring stability to these constantly changing systems to produce the desired outcome. Control system engineering designs many user control systems from simple dishwashers to complex airplanes. These systems are designed to function with minimal or even zero human intervention, for example, cruise control in auto vehicles. In practice, a control system refers to the use of tools such as detectors or sensors to measure the results of a process. The result in turn is used to influence the control loop, and thus the input influences the controlled output ultimately achieving the desired or stable
performance. This is divided into three different types of controls: analog, binary, and digital controls. Digital controls are based on the processing of data signals. Whereas, Binary controls include actuators such as valves, lights, and smaller motors. The binary control system may be responsible for water flows, regulating lighting systems, or the movements of vehicle drives. Analog controls are disappearing more and more from electrical engineering and nowadays control engineering mainly refers to binary and digital controls. Responsibilities:
1- Development and construction of controls.
2- Control and maintenance of existing controls
3- Research, design, and management of control systems
4- Definition of control algorithms and selection of tools.
5- Develops knowledge about the client's business and its needs
6- Purchasing and overseeing the installation of ICT equipment.
7- Leading teams of workers, including other engineers and technicians.
8- Development of hardware and software for control equipment
9- Develop, write, and optimize PLC, HMI, Vision, and Robot programs
10- Ensuring that the process works safely and efficiently by specifications
11- Develop software that meets customer needs or solves a particular problem.
12- Construction and implementation of system architectures in industrial automation. Salary: Control System Engineer salary in India ranges between INR 3.1 Lacs per annum to INR 16.0 Lacs per annum with an average annual salary of INR 6.2 Lacs per annum. I hope this will help you.

48233945
Chandan Paul

Beginner-Level 5

a month ago

A Control Systems Engineer is responsible for designing, developing, and implementing solutions that control dynamic systems. Dynamic systems are systems that constantly change. The aim of a Control Systems Engineer is to bring stability to these constantly changing systems to produce the desired...A Control Systems Engineer is responsible for designing, developing, and implementing solutions that control dynamic systems. Dynamic systems are systems that constantly change. The aim of a Control Systems Engineer is to bring stability to these constantly changing systems to produce the desired outcome.

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