MTech in Embedded Systems is a postgraduate programme that focuses on the design, development and implementation of advanced embedded systems. The syllabus combines electronics, computer architecture, programming, digital system design, hardware interfacing and system-level design to build a strong technical foundation.
The MTech in Embedded Systems syllabus generally includes core subjects, laboratory work, electives, projects and dissertation work. Students can develop knowledge of digital system design, microcomputer systems, FPGA-based design, data structures, VLSI synthesis and embedded software as part of the programme.
The exact syllabus can vary between institutions. The semester-wise structure discussed below is based on the M.Tech in Embedded Systems programme offered by the Department of Electronics & Communication Engineering at Malaviya National Institute of Technology (MNIT) Jaipur.
Table of Contents
What is the Semester-Wise Structure of MTech in Embedded Systems Syllabus?
The MTech in Embedded Systems syllabus at MNIT Jaipur is divided into four semesters. The first semester focuses on core subjects and hardware and software laboratory work. The second semester includes system design, a minor project and elective courses.
The third and fourth semesters are primarily dedicated to dissertation work. The semester-wise structure is given below:
*Students have to opt for only one of ECT990 or ECT992. The second semester includes elective courses from which students can choose according to the programme requirements and recommendations.
The third and fourth semesters focus on dissertation work, with each semester carrying 16 credits.
Semester 1
The first semester establishes the core technical foundation of the MTech in Embedded Systems programme. Students study digital system design, data structures, advanced microcomputer systems, VLSI synthesis and mathematical methods.
Laboratory courses provide practical exposure to hardware and software systems. The semester carries a total of 19 credits.
Semester 2
The second semester introduces advanced and specialised subjects through electives. Students also undertake a System Design Lab and Minor Project. Elective options include Embedded SoC and Cyber Physical Systems, Advanced Embedded Software Design, IoT and IIoT, FPGA Physical Design and Probabilistic Machine Learning & AI.
The semester carries a total of 22 credits.
Semester 3
The third semester is dedicated to dissertation work. Students can apply the technical knowledge developed during the earlier semesters to an advanced research or design problem.
The dissertation carries 16 credits in the third semester.
Semester 4
The fourth semester continues the dissertation and allows students to complete their research or project work. The dissertation carries another 16 credits, bringing the total programme requirement to 73 credits.
What are the Skills Learned Through MTech in Embedded Systems Syllabus?
The MTech in Embedded Systems syllabus combines hardware, software and system-level concepts. Students can develop skills that are relevant to embedded system design, processor-based systems, FPGA development, VLSI and embedded software.
Some of the key skills developed through the programme include:
- Digital System Design: Students learn sequential logic, synchronous state machines, data path and control design and programmable logic devices.
- FPGA Design: The syllabus introduces FPGA mapping and programmable devices such as PALs, PLDs, CPLDs and FPGAs.
- Data Structures and Algorithms: Students learn searching, sorting, arrays, stacks, queues, linked lists, trees and graph-based algorithms.
- Microprocessor and Microcontroller Programming: Students gain knowledge of Intel and ARM processors and microcontrollers, assembly language programming and interfacing.
- Hardware Interfacing: The programme covers parallel and serial I/O, memory interfacing, digital and analogue interfacing, data acquisition and protocols such as CAN, I2C and USB.
- Embedded Software: Students can develop skills in assembly programming, device-driver writing, object-oriented interfacing and debugging through practical work.
- VLSI Design: CAD algorithms, synthesis, technology mapping, optimisation, physical design, partitioning, placement and routing are covered.
- System Design: Students get practical exposure to hardware and system-level design through laboratory assignments and projects.
- Embedded SoC and Cyber-Physical Systems: Students can explore system-level embedded architectures and cyber-physical systems through elective coursework.
- IoT and IIoT: Internet of Things and Industrial Internet of Things are available as elective areas in the second semester.
- Machine Learning and AI: Probabilistic Machine Learning & AI is also available as an elective.
- Problem-Solving: Data structures, algorithms, optimisation and system design help students develop structured approaches to technical problems.
- MATLAB and Programming: Mathematical methods courses include implementation and validation using MATLAB and programming-based applications.
What are the Books Recommended for MTech in Embedded Systems Syllabus?
Students can refer to textbooks covering embedded systems, microprocessors, computer architecture, digital system design, algorithms and VLSI design. The MNIT Jaipur syllabus specifically recommends several books for its MTech in Embedded Systems courses.
Some of the recommended books and their authors are given below:
These books are drawn from the references provided in the MNIT Jaipur syllabus for subjects such as Advanced Microcomputer Systems & Interfacing, Digital System Design & FPGAs, Data Structures & Algorithms and CAD Algorithms for Synthesis of VLSI Systems.
Embedded Systems Books
Embedded Microcomputer Systems: Real-Time Interfacing by Jonathan W. Valvano is recommended for understanding microcomputer systems and real-time interfacing. The book is listed among the references for Advanced Microcomputer Systems & Interfacing.
Embedded System Design by F. Vahid and T. Givargis is another recommended reference for students studying embedded system concepts and design.
Digital Design Books
Fundamentals of Digital Logic with Verilog Design by Stephen Brown and Zvonko Vranesic is recommended for digital logic and Verilog-based design. The syllabus also lists Verilog Digital Design by Navabi.
Algorithms Books
Introduction to Algorithms by Cormen, Leiserson and Rivest is recommended for studying data structures and algorithms. The syllabus also lists books by Horowitz and Sahni and Tenenbaum and colleagues.
MTech in Embedded Systems Syllabus FAQs
What is covered in the MTech in Embedded Systems syllabus?
The syllabus covers digital design, microprocessors, interfacing, VLSI, embedded software, algorithms, system design, projects and dissertation work.
How many semesters are there in MTech Embedded Systems?
MTech in Embedded Systems is generally a four-semester postgraduate programme, though the exact structure can vary by institute.
What is taught in MTech Embedded Systems Semester 1?
Semester 1 covers digital design, data structures, microcomputer systems, VLSI synthesis, mathematics and hardware and software labs.
What is taught in MTech Embedded Systems Semester 2?
Semester 2 includes system design, a minor project and electives such as Embedded SoC, IoT, FPGA design and embedded software.
Does MTech Embedded Systems include practical subjects?
Yes, the syllabus includes Hardware Systems Lab, Software Systems Lab and System Design Lab along with project and dissertation work.
Does MTech Embedded Systems include VLSI?
Yes, the syllabus includes CAD algorithms for VLSI synthesis, VLSI testing, physical design and related elective subjects.
Is IoT included in the MTech Embedded Systems syllabus?
Yes, Internet of Things and IIoT is available as an elective in the MNIT Jaipur syllabus.
Does MTech Embedded Systems include AI and Machine Learning?
Yes, Probabilistic Machine Learning & AI is listed among the elective courses in Semester 2.
Which programming skills are learned in MTech Embedded Systems?
Students can develop assembly, hardware description language, C++ and MATLAB-related programming and implementation skills.
Which book is recommended for Embedded Systems?
Embedded System Design by F. Vahid and T. Givargis is one of the books recommended in the MNIT Jaipur syllabus.
Which book is recommended for Data Structures and Algorithms in MTech in Embedded Systems syllabus?
Introduction to Algorithms by Cormen, Leiserson and Rivest is among the recommended references.
