M.Tech. in Embedded Systems is a 2-year long full-time course divided into 4 semesters. An Embedded System is a combination of hardware systems and software systems built into equipment that is not always recognized as being computerized, such as the systems that control a car’s anti-lock brakes, an automatic pilot of an aircraft, or the sensors and filters used in processing plants.
Embedded Systems call for real-time operation, maintenance-reliability, and cost-effectiveness, thus placing heavy demands on the accompanying software and hardware. Embedded Systems is an advanced technology combining both software and hardware components. This is used in various domains like Telecom, Industrial, medical, Mobile technology, Automation, Home Automation, Automotive systems, Airplanes, Vending machines Military, and Toys.
Using Embedded Systems, a variety of sophisticated systems can be developed, such as smartphones, infusion pumps, pedometers, infotainment systems, TV, electronic gadgets, fridge, and AC, among others. Embedded Systems are employed in applications such as Product Designing, Software, Product Development, Hardware, Firmware, RTOS development, PCB designing, and Testing.
Examples of properties of typically embedded computers when compared with general-purpose counterparts are:
- low power consumption
- rugged operating ranges
- small size
- low per-unit cost.
However, such features come at the cost of limited processing resources, making such systems significantly more difficult to program and to interact with.
By building intelligence mechanisms besides the hardware, while taking advantage of possible existing sensors and a network of embedded units, engineers can optimally manage available resources at the unit, and network levels, and also provide augmented functions, beyond those available. Intelligent techniques can be designed to manage power consumption of embedded systems.
The average annual course fee in India ranges between INR 4,000 and 3 lacs, depending upon the institute offering the course. The average annual salary offered in India to successful postgraduates of the course ranges between INR 3 and 13 lacs, depending upon the candidate’s expertise in the field.
Top Colleges for Master of Technology [M.Tech.] (Embedded Systems)
- Master of Technology [M.Tech.] (Embedded Systems) in Telangana
- Master of Technology [M.Tech.] (Embedded Systems) in Kerala
- Master of Technology [M.Tech.] (Embedded Systems) in Andhra Pradesh
- Master of Technology [M.Tech.] (Embedded Systems) in Karnataka
- ME/M.Tech in Delhi-NCR
- ME/M.Tech in Maharashtra
M.Tech. in Embedded Systems: Course Highlights
Given below are some of the major highlights of the course.
|Course Level||Post Graduate|
|Examination Type||Semester System|
|Eligibility||Bachelor’s degree or equivalent qualification in electronics.|
|Admission Process||Counselling after taking entrance examination|
|Course Fee||INR 4,000 to 3 lacs|
|Average Starting Salary||INR 3 to 13 lacs|
M.Tech. in Embedded Systems: What is it About?
Almost all Electronics, Electrical and Mechanical systems are now controlled by controllers which are embedded as part of the complete system. Such a system is an Embedded System. Some examples of such a system are tele-communication systems, transportation systems, chemical-processing plants such as aircrafts and automobiles, home appliances, and bio-medical instruments such as microwave ovens and washing machines. Embedded Systems are typically designed to perform certain specific tasks, often in real time, and satisfying certain performance requirements. This is achieved through the controllers and software called firmware, which are stored in the Read Only Memory of the controller.
The vast majority of control systems built today are embedded, that is, they rely on built in, special-purpose microcontrollers to close their feedback loops. Systems may contain a large number of controllers. Within such settings, controllers often use shared networks to communicate with each other, and with large numbers of sensors and actuators scattered throughout the system. Such a design of embedded controllers, and the accompanying intricate and automated communication networks that support them, raises new problems, such as:
- compatibility of operating systems
- theoretical and practical impediments in network protocols
- challenge to maximize the effectiveness of the embedded hardware.
This program has been essentially designed to address many such technical bottlenecks, and other aspects of embedded and networked control.
Top Institutes offering M.Tech. in Embedded Systems
Some of the top institutes offering the course in the country with the corresponding locations and fees charged by the respective colleges are listed below.
|NAME OF INSTITUTE||CITY||AVERAGE FEES|
|Greater Noida institute of technology||Noida||INR 1,59,000|
|Amity university||Lucknow||INR 2,71,000|
|Lovely professional university||Jalandhar||INR 2,38,000|
|Sir padampat singhania university||Udaipur||INR 1,91,000|
|Lovely professional university||Chandigarh||INR 2,38,000|
|Ganga group of institutions||Delhi||INR 1,40,000|
|St. joseph’s college||Bangalore||INR 4,000|
|The North cap university||Gurgaon||INR 2,91,000|
|MLR institute of technology||Hyderabad||INR 1,14,000|
|Delhi institute of tool engineering||Delhi||INR 5,000|
|ISM university||Hyderabad||INR 38,500|
|Central institute of tool design||Hyderabad||INR 76,500|
|National institute of electronics and information technology||Calicut||INR 80,500|
|Vidyanidhi info tech academy||Mumbai||INR 79,000|
Eligibility for M.Tech. in Embedded Systems
As a minimum criterion of eligibility, candidates aspiring for admission to the course are needed to have completed graduation (BE/B.Tech. in ECE/ TE/ EEE/ CSE/ ISE/ Instrumentation Technology/ Medical Electronics, or AMIE, or another such equivalent qualification. Graduation needs to have been completed with a minimum aggregate score of 50% (45% in case of SC/ST candidates), and from a recognized university/ institution.
|Master of Technology in Kerala||Master of Technology in Karnataka||Master of Technology in Madhya Pradesh||Master of Technology in Orissa|
M.Tech. in Embedded Systems: Admission Process
The admission process for the course is varied, as various institutes have their very own criteria and processes of admission. Admission to the course for students with a graduating score of up to 50% is often based on the candidate’s performance in a relevant entrance exam, followed by a round of counselling, wherein the student’s general aptitude for the course is examined, and based on performance in which, students are admitted.
Some of the major entrance exams held in the country for admission to the course are MAT, CAT, CMAT, XAT, ATMA, and GATE.
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M.Tech. in Embedded Systems: Syllabus and Course Description
A semester-wise breakup of the course’s syllabus is tabulated below.
|Digital VLSI design|
|Advanced digital system design|
|Design of CMOS VLSI circuits|
|Real time systems|
|Automotive electronics systems|
M.Tech. in Embedded Systems: Career Prospects
The course equips enrolled students with the knowledge and skills needed to understand the interaction of embedded systems within their physical and network environments. Also, it aims to build in eligible students resource-roundedness, dependability, and approaches to systems design.
With the recent advancements in in computing power, ubiquitous connectivity, and the convergence of technology have resulted in hardware/software systems being embedded in everyday products and places, and more hardware and software being integrated in applications.
Such postgraduates may choose to combine research and development in R&D departments of organizations, in fields of radar technology, energy-efficient solutions, and development of latest technology for manufacturing integrated circuits.
TNO, Benchmark Electronics, ProDrive, Recore Systems, etc. are some of the major organizations that hire such postgraduates.
Some of the popular professional avenues open to such postgraduates are listed below with the corresponding salaries offered for the respective positions.
|JOB POSITION||JOB DESCRIPTION||AVERAGE ANNUAL SALARY|
|System Firmware Engineer||A Firmware Engineer is responsible for the development and implementation of software for industry-specific applications and systems. This can include allocating resources to complete programming projects and designing detailed plans to ensure that the firmware is functioning properly.||INR 6,14,000|
|Require Test Manager||Test Managers are tasked with the overall responsibility for the test effort's success. The role involves quality and test advocacy, planning and management, resolution of issues that impede the test effort, and negotiating the on-going purpose and deliverables of the test effort.||INR 13,00,000|
|Team Leader||They manage and lead a team of employees. They motivate team members and assess performance. They provide help to management, including hiring and training, and they keep management updated on team performance. They communicate concerns and policies among management and team members.||INR 9,62,000|
|Associate Engineer||An Associate Engineer spends a great deal of time, especially at the beginning of a project, conducting various studies. They might conduct civil and traffic studies. They study typically several different scenarios, solving the risks involved with, and maintaining benefits of each.||INR 3,24,000|
|Embedded Design Engineer||This position merges the disciplines of Electrical Engineering and Computer Science. They work on hardware and software designs for electronic medical equipment industrial and military control systems, mobile communications, devices appliances, and remote controls.||INR 5,00,000|