M.Tech Control Systems is a 2 years post graduate course, intended to train the students more about the concepts of modeling the systems, automation, control related theory and theory of robotics, instrumentation of industries and simulation of the software used in the industry.
The eligibility requirements of M.Tech in Control Systems course is that the candidate should have passed his B.E./B.Tech (or equivalent) in Electrical, Electronics, Instrumentation or related discipline with aggregate 50- 60 percent marks in one of the recognized universities. Entrance into this course is mostly on merit of the national level entrance exams including the GATE, CEETA PG, AP PGECET, TS PGECET, SRMJEEE (PG), VITMEE and some universities include conducting their own entrance exam or interviewing.
The fee required to do the M.Tech Control Systems takes place between INR 1,00,000—3,00,000. Dr. Babasaheb Ambedkar Technological University,Indian Institute of Technology (BHU), Indian Institute of Space Science and Technology (IIST), Indian Institute of Technology (IIT), Institute of Aeronautical Engineering, and Netaji Subhash Engineering College are some of the best M.Tech Control System colleges.
M.Tech Control Systems graduates may apply in sectors such as manufacturing industries, power industries, robotics, aerospace industries, defense industries and process industries in the area of automation. The job profiles that candidates can take up are some identified as Control Systems Engineer, Automation Engineer, Instrumentation Engineer and System Analyst. The average salary of M Tech in Control systems graduates is between INR 6,00,000 -13,00,000 LPA.
- M.Tech Control Systems Key Highlights
- What is M.Tech Control Systems?
- Why study M.Tech Control Systems?
- Who should study M.Tech Control Systems?
- M.Tech Control Systems Eligibility Criteria
- M.Tech Control Systems Entrance Exams
- M.Tech Control Systems Colleges in India
- M.Tech Control Systems Admission Process 2025
- M.Tech Control Systems Syllabus
- M.Tech Control Systems Job Opportunities in India
- M.Tech Control Systems FAQs
M.Tech Control Systems Key Highlights
The key highlights of the M Tech Control Systems program is drafted below for reference:
What is M.Tech Control Systems?
M Tech Control Systems or Master of Technology in Control Systems, is a two-year post-graduate direction of engineering study centred on the specification, and direction of isolating systems in engineering. The overall goal of the program is the acquisition of professional knowledge on how to design, implement and optimize control systems to be used in such industries as manufacturing, energy, robotics, and aerospace.
The subjects studied in a degree course of M.Tech Control Systems consists of system modeling, advanced mathematics, control theory, digital signal processing, industrial automation, robotics, and real time embedded systems. The curriculum also focuses on laboratory work, simulative projects, and research so that the students could acquire theoretical and practical knowledge.
Few of the knowledge which a graduate will acquire are advanced problem solving, project management, technical documentation, team work, as well as mastering some programming tools e.g. MATLAB, Simulink, and PLC programming. An M.Tech in Control Systems prepares the graduate to work either as an individual or team member in an engineering consultancy, an R&D outfit, an automation company, and a large industry to fulfill the functional and regulatory control and automation specifications.
Why study M.Tech Control Systems?
The M.Tech Control Systems specialization equips the students with comprehensive technocratic skills and analytical skills and practical experience to undertake their professional work in the field of advanced processes of automation, control, and systems design.
- The subjects include modeling the system, design or controller, simulation, and optimization, as well as introduction to industrial practices and new technologies that include IoT and smart automation.
- This allows the graduates to become Control Systems Engineer, Automation Specialist, Robotics Engineers or Research Scientists, and to come up with fresh ideas on automation in industries, smart manufacturing and intelligent systems.
- The program prepares critical thinkers, researcher aptitude and leadership which is diverse in the energy sector, automotive firms, aerospace industry, and defense industries.
Who should study M.Tech Control Systems?
M.Tech Control Systems seems to be a perfect fit to engineering graduates who want to learn about dynamic systems, automation, and their optimization.
- The best candidates for the M Tech Control Systems program should be analytical, pay attention to details and well grounded in mathematics and engineering concepts.
- The degree is particularly essential to individuals who are hoping to be employed in industries that are targeted at automation, robotics and intelligent systems.
- The candidates should have prior knowledge in electrical, electronics, instrumentation or other related engineering disciplines.
- The course is also appropriate to persons who find experiencing problem solving, programming and using advanced simulation tools interesting.
M.Tech Control Systems Eligibility Criteria
The eligibility criteria to take M Tech in Control Systems can be read below; to pursue the course, an applicant needs to fulfill the following:
- The candidate should have cleared B.E./B.Tech in Electrical, Electronics, Instrumentation or allied fields with a minimum of 50 to 60 percent aggregate marks of a recognized university.
- The most common method of admission is at the national level entrance examination ( like GATE, CEETA PG, AP PGECET, TS PGECET, SRMJEEE (PG), VITMEE); there are also institutes where a separate entrance test would be administered or an interview would be conducted.
- Usually there is no age restriction but candidates need to check individual institute restrictions.
- Certain institutes might want a statement of purpose or previously done project work in similar areas.
- Lateral entry is uncommon; however, the candidates with work experience or research experience are likely to be favored during selection.
M.Tech Control Systems Entrance Exams
Candidates aiming to pursue M Tech Control Systems have to pass suitable entrance exams. Listed below are some of the major entrance exams to M.Tech Control Systems in India and their tentative dates and application fee:
M.Tech Control Systems Colleges in India
Given below are some of the best M.Tech Control Systems colleges in India. Let’s have a look at them:
M.Tech Control Systems Admission Process 2025
The M.Tech Control Systems at Indian Institutes of Technology (IITs), kharagpur undergoes a non-arbitrary and systematic way of the admission procedure. And here goes a step by step guide, imitating the form in which you wrote it:
Step 1: You must have a B.E./B.Tech or any other relevant field (i.e. Electrical, Electronics, Instrumentation, or allied branches) from a recognized university with an aggregate of 60 percent or as per the CGPA. The students who are qualified and also in the last year of their undergraduate degree that qualifies them, may also be eligible,
Step 2: Log in to the official IIT admissions web site (usually the Common Offer Acceptance Portal--COAP or the Web site of the particular IIT). Fill the on-line application form, scan and upload all the important documents (academic transcripts, degree certificates, valid GATE scorecard, ID proof, etc.) and remit the non-refundable application fee as indicated.
Step 3: Valid scores in the relevant papers of the GATE are the main criteria that shortlist the applications. Shortlisting might also be based on academic performance and work experience by some IITs.
Step 4: Written test and personal interview may be convened by the concerned department of IIT and shortlisted candidates may be called. The procedure could either be online or offline as guided by the institute.
Step 5: A provisional offer of admission shall be sent on email or the COAP portal, depending upon the GATE score, test/interview performance, and seat availability, to the successful candidates.
Step 6: To take the seat, i.e. accept the admission offer, pay the necessary tuition fees, and upload/send all required documents to be checked until the specified deadline.
Step 7: Attend the orientation program as planned by the IIT and start your job with the course work of M.Tech Control Systems.
M.Tech Control Systems Syllabus
The program is designed to study the theory of control, the modeling of a system, the modern methods of control, and its practical use in automation and manufacturing sectors. The syllabus aims at offering some theory, as well as some practical experience of advanced control systems, system identification and simulation tools. To summarize, the following is the M.Tech Control Systems syllabus offered in Dr. Babasaheb Ambedkar Technological University, Lonere:
M.Tech Control Systems Job Opportunities in India
M Tech Control Systems program graduates will work in sectors like manufacturing industries, power industries, robotics, aerospace industries, defense industries,etc. Check the below mentioned top job roles, recruiters, experience and salary in India for M.Tech Control Systems graduates:
M.Tech Control Systems FAQs
Which are the technical and analytical skills that will be acquired in the course of
You will become specialized in mathematical modeling, system identification, advanced control theory (including robust, optimal and nonlinear control), and simulation with industry standard software such as MATLAB, Simulink and LabVIEW. Also you will learn how to design, analyze and implement feedback and feedforward control of complex dynamic systems and acquire good analytical problem solving skills.
What type of lab and practical work is within the M Tech Control Systems curriculum?
It incorporates a lot of lab work in the curriculum, which consists of Linear Control Systems Lab, System Identification & Adaptive Control Lab, and Advanced Control System Lab. Analysis and design of real-time simulation, process automation, embedded control, and hardware-in-the-loop experiments will be performed and you will thus have practical exposure to sensors, actuators, and industrial controllers.
In what way does the M Tech Control Systems program make students ready to work interdisciplinarily and conduct research?
The students are trained to work on multidisciplinary projects in electrical, mechanical and computer engineering concepts. The course also promotes research in newer fields such as intelligent systems, green energy and industrial automation and there may be a minor or a major research project as part of the final year course, promoting collaboration and innovation.
Which tools and software will I get knowledge about using modern during the M Tech Control Systems program?
You will be able to use simulation and design tools (MATLAB, Simulink, Homer Pro, Proteus, DSPACE, MULTISIM and LABVIEW) to a high level. They are important in modeling, simulation and validation of control systems both in academia and industry.
What are the major elective subjects, and what do they contribute to the specialization of M Tech Control Systems?
Model Predictive Control, Optimal Control, Power Electronics and Control, Digital Control Systems, Embedded Control, Nonlinear Dynamic Systems, Modern Optimization Techniques, and Intelligent Systems are some of the electives. They enable you to specialise your research area to trends of automation, robotics, energy organisations or advanced system architecture.
Which are the common career paths and industries of M Tech Control Systems graduates?
Areas of employment are manufacturing, power, aerospace, automotive, robotics and R&D labs as Control System Engineers, Automation Engineers, In instrumentation Engineers, Research Scientists and Project Managers. Some of the recruiters are ABB, Siemens, Honeywell, Tata Steel, ISRO, DRDO and BHEL.
What does the M Tech Control Systems program have to say about the issues of professional skills and ethics?
The curriculum integrates projects management courses and seminars, intellectual property rights, communication skills and research methodology. It also focuses on teamwork, leadership, ethical behaviours, and contributions to society, making you ready to take up responsible positions in both the industry and academia.
