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Mohit Dhulia
The Bachelor of Technology in Electronics Control System Engineering is a four-year bachelor’s curriculum separated into eight semesters. This is a more specialized discipline of electronics engineering that works with control theory and designs systems implementations. It includes all software and computer-related programmes in the syllabus, allowing learners to gain more experience with both hardware and software. This is an engineering career that implements control systems in a wide range of industries, from domestic equipment to vastly complex machinery such as high-performance fighter aircraft. The primary responsibility of an electronics control system engineer is to put control systems in place that have been developed through mathematical modeling. The minimum requirement for admissions to b.tech in electronics control system engineering is that the applicant has finished class 12th in a science path with a score of 50% or above on the board exam. This programme is also open to individuals who have finished their diplomas.
After finishing your B.tech in electronics control system engineering, students would be able to develop computer simulations for major corporations such as Bharat Electronics Ltd., Bharat Heavy Electricals Ltd., Honeywell, and other IT firms. Before diving into the details of this curriculum, it’s important to recognize the differences between B. Tech in Electronics Control System Engineering and B.Tech in Electronics Engineering, as well as the possibilities of these fields, will aid you in deciding which engineering path to pursue.
Admissions to the B.Tech Electronics Control System Engineering programme are often based on ability in national and state-level entrance tests, accompanied by a round of counseling. Some institutions, however, have their very own set of entry tests. JEE Main, JEE Advanced, or university-level examinations such as AP EAMCET, KIITEE, BEEE, MH CET, etc. are among the highly powerful and familiar national/state level entrance examinations. However, only a few universities provide direct enrollment for this programme based on a student’s merits.
The following is a step-by-step guide to the admissions procedure:
The eligibility criteria for B.Tech electronic control system engineering courses vary by college. Students must meet the following necessary requirements to be considered for this curriculum:
For admission to the B.Tech Electronics Control System Engineering programme, a variety of national and state-level entrance tests are taken into account. Furthermore, a small number of institutions also have their own BTech Entrance Exams. The following are among the most common B. Tech Electronics Control System Engineering entrance tests:
JEE Main: It is a national-level entry exam administered by the NTA for admission to bachelor’s engineering degree programmes at India’s premier institutes.
JEE Advanced: This is yet another national-level entrance exam conducted online by the Indian Institutes of Technology (IITs). Students must pass the JEE Main test in order to take this examination.
AP EAMCET: It is a state-level qualifying test held by JNTU Kakinada for getting admissions in Engineering, Medical, and Agricultural courses provided by Andhra Pradesh’s leading schools and institutions.
KIITEE: The Kalinga Institute of Industrial Technology administers a university-level admissions test for admissions to B.Tech and dual degree (B.Tech + M.Tech) programmes.
BEEE: It is another entrance exam held by Bharath University in Chennai for admission to several undergraduate and graduate engineering programmes.
MH CET: It is a standard examination conducted for admission to UG and PG level degree programmes in engineering and pharmacy given by Maharashtra’s premier institutions.
The following are the important aspects of the B.Tech Electronics Control System Engineering curriculum:
| Course Level | Undergraduate |
| Duration | 4 Years |
| Exam Type | Semester Type |
| Eligibility | 10+2 level with Physics, Chemistry, and Mathematics as main subjects from a recognized board with at least 50% aggregate score |
| Admission Process | Entrance exam-based. Direct admission in a few cases |
| Course Fee | INR 1,00,000-12,00,000 |
| Average Starting Salary | INR 2,00,000-10,00,000 |
| Job Roles | Electronic Control Engineer, Systems Engineer, Control Systems Engineers, Electronic Systems Engineer, Instrumentation and Control Technician, Automation Engineer, Testing and Quality Maintenance Engineer, Mechanical Engineer, etc. |
| Top Recruiting Areas | The automotive industry, power, oil and gas industry, textile industry, chemical industry, aeronautical areas, agriculture-based industry, manufacturing sector, etc. |
| Top Recruiting Companies | BHEL, ONGC, DRDO, Honeywell, Siemens, Wipro, Cognizant, Accenture, Infosys, ABB Group, Deloitte, Tata Power, Tata Steel, Tech Mahindra, TCS, ISRO, HAL, NTPC, etc. |
B.Tech. Electronics Control System Engineering is a four-year full-time bachelor’s degree programme that provides an in-depth understanding of different elements of control theory and their applications in the development of different control systems and machines used in industries. The curriculum covers analog and digital electronics, as well as control and instrumentation, telecommunications, and microelectronics, among other topics.
Students should pass the 10+2 level with Physics, Chemistry, and Mathematics from a recognized educational board or council with at least a 50% aggregate score to be eligible for this program study. B.Tech. Electronics Control System Engineering is a four-year full-time undergraduate degree programme that provides an in-depth understanding of different elements of control theory and their implementations in the design of different control systems and machines used in business.
The following are among the most compelling reasons to pursue a B.Tech in Electronics Control System Engineering:
The following institutions are among the best for B.Tech in Electronics Control System Engineering:
The curriculum for the B.Tech Electronics Control System Engineering course may range from one campus to the next. The following is a semester-by-semester course breakdown for this programme:
| Semester I | Semester II |
|---|---|
| English for Science and Technology | Environmental Science and Engineering |
| Engineering Mathematics | Engineering Mathematics-II |
| Physics for Materials | Applied Physics |
| Engineering Chemistry | Chemistry of Electronic Materials |
| Engineering Graphics | Electronic Devices |
| Basic Mechanical & Civil Engg. | Programming in C |
| Basic Electrical Engineering | Circuit Theory |
| Physics Lab I | Programming in C Lab |
| Chemistry Lab I | Circuits Lab |
| Mechanical Workshop | Devices Lab |
| Semester III | Semester IV |
| Engineering Mathematics III | Engineering Mathematics IV |
| Material Science and Solid Mechanics | Applied Thermodynamics |
| Electrical Technology | Electrical Measurements and Instrumentation |
| Engineering Electromagnetics | Electronic Measurements and Instrumentation |
| Transducer Engineering | Signals & Systems |
| Object-Oriented Programming | Electronic Circuits-I |
| Electronic Circuits-I | Thermal and Fluid Mechanics Lab |
| Electrical Engineering Lab | Electronic Circuits Lab |
| Transducer Lab | – |
| Object-Oriented Programming Lab | – |
| Semester V | Semester VI |
| Applied Numerical Methods | Digital Signal Processing |
| Linear Integrated Circuits | Modern Control Systems |
| Control Systems | Process Control |
| Network Analysis and Synthesis | Fundamentals of VLSI Design |
| Digital Systems | Elective-1 |
| Communication Engineering | Elective-2 |
| Microprocessors & Microcontrollers | Process Control Lab |
| Analog Circuits Lab | VLSI Lab |
| Digital Circuits Lab | – |
| Microprocessors & Microcontrollers Lab | – |
| Semester VII | Semester VIII |
| Embedded Systems | Principles of Management & Professional Ethics |
| Industrial Instrumentation | Soft Computing |
| Biomedical Instrumentation | Software for System Design |
| Computer Control of Processes | Digital Control Lab |
| Elective -3 | Simulation Lab |
| Elective-4 | Project Work & Viva Voce |
| Industrial Instrumentation Lab | – |
| Biomedical Instrumentation Lab | – |
The implementation of electronics engineering, specifically the control, design, and automation of electronic equipment, is the focus of the B.Tech in Electronics Control System Engineering. The primary responsibility of the control system engineer is to use a mathematical framework to identify the control system. After finishing your b.tech in electronics control system engineering, you may be able to work for one of the three sorts of industries listed above.
Students can apply your skills and expertise to tackle industrial challenges after finishing a B.Tech in Electronics Control System Engineering. The following are the top B.Tech in Electronics Control System Engineering recruitment companies:
Siemens, Honeywell, Cognizant, Wipro, Accenture, Amazon, Infosys, Essar, ABB Group, Deloitte, and Tech Mahindra are also the top recruiters of the b.tech in electronics control system engineering. If you are interested in research, you can go for an ME, M.Tech, and then a Ph.D. Following that, you will be qualified to become a professor, research scientist, and you will be able to pursue your skills in both teaching and research.
| Job Profiles | Job Description | Average Annual Salary |
|---|---|---|
| Electronic Controls Engineer | Controls that are electronic Engineers work mostly in the aerospace, automotive, and industrial automation fields. Their primary task is to design controllers that regulate the operation of systems such as cruise controls in automobiles. | INR 3,65,525-9,20,903 |
| Control Systems Engineer | Their job is to investigate, design, develop, and install various technologies and systems used in the production sector of the facility. | INR 4,95,180-13,95,627 |
| Electronic Systems Engineer | Utilizing their knowledge of electronic theory, they must conduct rigorous research, design, develop, and test various electronic components and systems used in commercial, industrial, and military sectors. They must also design electronic systems and circuits for use in telecommunications, aerospace, acoustics, and other fields. | INR 3,28,374-10,14,018 |
| Systems Engineer | Their primary role is to plan, create, and develop an organization’s system infrastructure. Aside from that, they must develop and design various hardware and software systems, as well as keep track of the system’s performance. | INR 3,48,138-7,88,106 |
| Electronics Engineer | Designing, creating, testing, and modifying numerous electrical components utilized in navigation, broadcasting, and satellite technologies is their responsibility. | INR 3,28,374-10,14,018 |
| Instrumentation and Control Technician | Their job entails designing, developing, installing, monitoring, and maintaining various system equipment used during control engineering, manufacturing, and other industries. They must also test the system, evaluate data, make plans, and prepare reports based on that information. | INR 3,65,525-9,20,903 |
| Automation Engineer | In any business or sector, they must provide the best assistance for various current and emerging operations while maintaining production efficiency. They must also diagnose various challenges and identify and implement actual and efficient remedies. | INR 3,63,386-8,14,973 |
| Testing and Quality Maintenance Engineer | They are primarily in charge of inspecting and monitoring all manufactured goods manufactured in many industries, such as automobiles, textiles, apparel, food, and electrical equipment. They must also guarantee that adequate electrical flow is maintained and that the entire process/manufacturing runs smoothly. | INR 3,69,512-7,90,583 |
Kalinga Institute of Industrial Technology, Bhubaneswar Bharath University, Chennai National Institute of Electronics & Instrumentation Technology, Aurangabad Jawaharlal Nehru Technological University, Anantapur Sathyabama University, Chennai, and others are among the best B.Tech Electronics Control System Institutes in India.
JEE Main, JEE Advanced, BEEE, KIITEE, MH CET, AP EAMCET, and other national/state-level B.Tech Electronics Control System Engineering entrance examinations are among the most regular and prominent.
After having finished the B.Tech Electronics Control System Engineering programme, students can pursue a career or higher education, such as M.Tech, MBA, or PGDM degree programmes.
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