ME Embedded System Technologies, Master of Engineering in Embedded System Technologies, Syllabus, Eligibility, Duration, Degree Course

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Master of Engineering in Embedded System Technologies

Duration

2 Years

Level

Post Graduation

Type

Degree

Eligibility

Graduation

ME Embedded System Technologies or Master of Engineering in Embedded System Technologies is a postgraduate Embedded Systems course. The Master of Engineering program in Embedded System Technologies provides a deeper understanding of the mathematical, theoretical, practical, and application aspects of the embedded system area.

The Embedded System Technologies curriculum includes embedded system-related subjects in the broad categories of mathematics for electrical engineering, fundamental and advanced embedded system topics, and embedded system applications in communication, image and video processing, computer vision, digital instrumentation, microcontroller-based design, Advanced VLSI Circuits, and computer network areas. Control engineering, integrated circuit design, computer architecture, communication networks, and real-time operating systems are just a few of the disciplines in which students might concentrate, as are software engineering and formal approaches for embedded applications.

ME Embedded System Technologies Eligibility

The candidates should have completed their BE / B.Tech degree or any other equivalent qualification from a recognized University.
The candidates should have secured a minimum of 50% aggregate marks in their Bachelor's.
Some of the very reputed universities and colleges conduct an entrance examination for admission.

ME Embedded System Technologies Syllabus

Syllabus of Embedded System Technologies as prescribed by various Universities and Colleges.

ME Embedded System Technologies Semester-I
Sr. No.	Subjects of Study
1	Advanced Digital System Design
2	Applied Mathematics for Electrical Engineering
3	Design of Embedded Systems
4	Micro Controller-Based System Design
5	Real-Time Systems
6	Elective-I Computer Architecture and parallel processing Soft Computing Techniques Software Technology for Embedded Systems
ME Embedded System Technologies Semester-II
1	Embedded Networking
2	Real-Time Operating System
3	VLSI Architecture and Design Methodologies
4	Wireless and Mobile Communication
5	Embedded System Lab
6	Elective-II Ad-Hoc Networks Design of Embedded Control Systems Embedded Communication and Software Design
7	Elective-III Digital Instrumentation Embedded Linux RISC Processor Architecture and Programming
ME Embedded System Technologies Semester-III
1	Project Work Phase I
2	Elective-IV Advanced Embedded Systems Advanced Digital Signal Processing Cryptography and Network Security
3	Elective-V Computers in Networking and Digital Control Distributed Embedded Computing Programming with VHDL
4	Elective-VI Application of MEMS Technology Digital Image Processing Principle of Robotics
ME Embedded System Technologies Semester-IV
1	Project Work Phase-II

ME Embedded System Technologies Colleges

University College of Engineering - UCE, Hyderabad
Anna University - Chennai, Chennai
Anna University of Technology Madurai, Madurai
Anna University of Technology Tirunelveli, Tirunelveli

ME Embedded System Technologies Course Suitability

The Embedded System Technologies program is ideal for students with computer science or electrical engineering backgrounds who want to pursue industrial jobs in automotive, aerospace, defense, and consumer electronics, as well as practicing engineers in the embedded systems industry who want to learn about cutting-edge tools and theories.
Candidates who want to learn more about real-time operating systems and the newest embedded technologies should apply.
Candidates who wish to master the fundamentals of embedded systems design and programming, as well as how to program an embedded device and become an expert in programmable logic design and analysis, should apply.

How is the ME Embedded System Technologies Course Beneficial?

The Master of Engineering program in Embedded System Technologies will provide graduates with the skills and knowledge needed to build, evaluate, and improve current and future generations of embedded system hardware and software.
Candidates can find employment in the automotive, aerospace, defense, and consumer electronics industries, as well as in universities, among other places.
This novel and one-of-a-kind degree program will teach students the foundations of embedded system design and execution.

ME Embedded System Technologies Employment Areas