M. Tech. in Electronics & Instrumentation Specialization in Embedded System

M.Tech. EISES

School of Engineering & Technology

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  • Duration

    2 Years

  • Eligibility

    B. Tech. with Min. 55%

  • Selection Procedure

    Entrance Test + PI

The Postgraduate engineering program equips students with the knowledge in the fields of Electronics & Instrumentation Specialization in Embedded System, Signal and Image Processing.

Analogue and Digital VLSI, MEMS and Nanotechnology, Wireless and Optical Fiber Communication, Embedded System Design and Application, Information Theory and Coding. Seminars included in the curriculum helps them to experience self-learning and develop communication and interpersonal skills. Research activity in the department encourages them for innovations and lifelong learning. Workshops & conferences held at the department and institution level provides them with the relevant exposure.

Program Outcomes

Applying Advanced Concepts

Using advanced microcontrollers and FPGA-based systems to apply embedded system design concepts with real-time constraints.

Using Cutting-Edge Technologies

Solving real-world problems using the latest hardware and software technologies.

Conducting Research

Independently researching embedded system strategies to address practical problems and presenting a technical report.

Designing and Developing Platforms

Designing and developing optimized platforms in embedded electronic systems to solve real-life problems.

Applying Concepts from Various Disciplines

Applying concepts from various disciplines in embedded systems to develop innovative products.

Offering Customized Solutions

Offering customized solutions in the design and development of various embedded system applications.

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School of Engineering & Technology

Career Paths

Embedded System Design Engineer

Testing and Validation Engineer

Project Manager

Research and Development Engineer

Lead Engineer

Technical Manager

Product Manager

Higher Education and Research

Entrepreneur

Curriculum

Course Category Paper Title Credits
Core Introduction to Embedded Systems Design 3
Core Microcontroller for Embedded System Design 3
Core Digital System Design 3
PE Digital Signal Processor and Architecture 3
Information Theory and Coding
Core Advance DSP Lab 2
Core Embedded Microcontrollers Lab 2
Extra-Curricular Activity **Mandatory Qualifying Non-credited but graded Course
Total 16

**Mandatory Qualifying Non-credited but graded Course

Course Category Paper Title Credits
Core CPLDs, FPGA Architecture and Application 3
Core Embedded Real Time Operating System 3
Core Embedded System for Wireless and Mobile Communication 3
PE HDLs for Embedded Systems 3
Network Security and Cryptography
Core Technical Report Writing & Communication Skills 2
Core Modeling and Simulation Lab 2
Co-Curricular Activity **Mandatory Qualifying Non-credited but graded Course
Total 16

**Mandatory Qualifying Non-credited but graded Course

Course Category Paper Title Credits
Core Design of CAD Tools for Embedded System Design 3
Core Memory Design and Testing 3
Core Pre Dissertation 10
Core Seminar 2
Total 18

Course Category Paper Title Credits
Core Dissertation 18
Total 18

Scholarship

As per University norms

Write to us to check for your eligibility

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State-of-the-Art
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Smart
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30+

Signature Annual
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25+

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Frequently Asked Questions

An embedded system is a computer hardware system that uses a microprocessor and software to perform a specific function. Embedded systems can be used as independent systems or as part of a larger system. 

Students should have a strong foundation in computer science, electronics, and programming languages. They should also have skills in embedded software development, real-time operating systems, digital signal processing, hardware design, debugging, and problem-solving.

Some areas of specialization include real-time embedded systems design, embedded software development for IoT applications, wireless sensor networks, autonomous systems and robotics, embedded vision and image processing, and embedded systems security.

The success rate in this field can be much greater. This industry will grow quickly, and anyone who is capable and possesses the requisite qualities will rise to the top regardless of the conditions. Pay levels, on the other hand, are expected to rise to a minimum of 8 lakhs to 10 lakhs.

M.Tech students specializing in Embedded Systems can explore various projects and research areas, including but not limited to:
  • Automotive Electronics & Electric Vehicles
  • Smart Grid & Smart City Technologies
  • Artificial Intelligence & RTOS
  • Sensor Networks & Automation
  • IoT & Embedded System Design
  • Robotics & Controls
  • Power Aware & Fault Tolerant Real Time Systems

M.Tech graduates specializing in Embedded Systems have many career opportunities in the automotive, aerospace, telecommunications, healthcare, and consumer electronics industries. They can work as embedded software engineers, firmware engineers, system architects, hardware designers, IoT (Internet of Things) specialists, and more. The demand for skilled professionals in this field is consistently high due to the increasing complexity and integration of embedded technologies in various devices and systems.

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