M.E - Embedded Systems and IoT

Overview

M.E - Embedded Systems and IoT is a 2 year Masters program.  Embedded systems and IoT two two interrelated technologies that are driving the future of digital systems. Embedded systems are specialized computer systems that are designed to perform specific tasks, while the Internet of Things (IoT) is a network of interconnected devices that communicate with each other. In this article, we will explore the characteristics of embedded systems and IoT and how they are used in modern applications.

What are Embedded Systems?

Embedded systems are hardware and software systems designed to perform specific tasks within a larger system. They are found in a variety of devices, including cars, household appliances, and medical devices. Embedded systems are used to control, monitor, and process data.

Embedded systems are unique because they are designed for specific tasks and must be optimized for the tasks they are programmed to perform. This means that an embedded system must be able to process data quickly and accurately. It must also be able to interact with the environment and other devices to respond to data and instructions.

Some of the Highlights of M.E - Embedded Systems and IoT:

Top Colleges offering M.E Embedded Systems and IoT:

VIT Vellore

Cauvery College of Engineering and Technology

IIT Kharagpur

Sathyabama Institute of Science and Technology

Hindustan Institute of Technology and Science

Anna university Chennai 

Pimpri Chinchwad College of Engineering

SRM Easwari Engineering College

Annai Mathammal Sheela Engineering College 

Birla Institute of Technology And Science - Pilani

Excel College of Engineering and Technology

IIT Roorkee

Indian Institute of Science (Bengaluru)a

Future scope after ME Embedded Systems

What is Embedded System?
An embedded system is a combination of computer hardware and software designed for a specific function. Embedded systems may also function within a larger system. The systems can be programmable or have a fixed functionality.

Future of Embedded System:
The growth of IoT, in line with the advancing rollout of 5G technology, is enabling smarter and smarter connectivity all the time. 5G is allowing devices to be incorporated into IoT networks faster,
more reliably and more cost-effectively than ever before, and support fast and dependable data transfer throughout.

How IoT is useful in future?
IoT and Artificial Intelligence will reach more industries and business settings as they can help automate processes, reduce downtime, reduce operating costs, and increase efficiency. Some
examples of AI and IoT include self-driving cars, robots in manufacturing, and smart thermostat solutions.

Importance in Everyday Life:
They enable communication, automation, and connectivity, leading to improved efficiency, safety, and convenience. From the moment we wake up to the time we fall asleep, we interact with numerous embedded systems without even realizing it.

Establishing a career in Embedded System and IoT can definitely play an important role in the long run. With the speed at which digital technology is becoming an integral part of almost all industries, there will be many IoT career opportunities in 2024 and beyond.

Once the candidate graduates with a ME Embedded System program, He / She can float their updated resume in the industrial domain and get recruited by best companies based on their requirement and the candidates skill and expertise OR the graduate can prefer to pursue higher education by taking up an research program / Ph.D in relevance to Embedded Systems.

Once the candidate graduates with a ME Embedded System program, He / She can float their updated resume in the industrial domain and get recruited by best companies based on their requirement and the candidates skill and expertise OR the graduate can prefer to pursue higher education by taking up an research program / Ph.D in relevance to Embedded Systems.

Admission process for M.E Embedded Systems and IoT:

• Affirmation for ME Embedded Systems is normally done by the schools based on graduation marks.
  
• To get a seat in this course the candidates should check the sites of their favored universities routinely to not botch an opportunity.
  
• Applicants who have a BSc/Post Basic in Nursing can apply to this course. They likewise should be an enrolled nurture with any state nursing chamber or the Indian Nursing Council.
  
• In many schools, up-and-comers will be chosen on a legitimacy premise, contingent upon the imprints they have gotten in the passing assessment.
  
• However, in some presumed universities, they direct their own placement test for the choice of understudies.
  
• Direct Admissions
  
• Visit to the official website of your desired institution.
  
• Fill the Online form/ You can also go to the institution to fill the offline form.
  
• Submit all the important documents.
  
  
• Merit Entrance Exam / GATE/GPAT Score

The candidate willing to take admission in ME Embedded systems must fulfill the below mentioned eligibility criteria:

• Must be a graduate with a bachelor degree either in B.E / B.Tech with specialization in Electrical and Electronics, Computer Science and Engg, Instrumentation and Control, Electronics and Communication, Electronics and Instrumentation
  
• Must be from a recognized University or Institute
  
• Must have obtained minimum 50% marks.
  

Career Opportunities:

ME Embedded Systems graduate has vast career opportunities. Only those individuals will prefer to pursue this masters program who have a desire and passion to achieve expertise level and standards in the field of embedded system specialization.

High level influential industries in which a ME Embedded Systems graduate can get placed are,

Aerospace
Defence
Automotive
Consumer electronics
Commercial Electronic products,
Universities / Institutes

Some of the popular Job Roles include:

Embedded System Trainer
Embedded Hardware Engineer
Embedded Product Architect
Embedded System firmware Developer

Semester I
• Transforms and Probability for Electronics Engineering
• Advanced Digital System Design
• VLSI Design
• Microcontrollers System Design
• Embedded C
• Embedded Systems Lab I

Semester II
• DSP Processors
• Real Time Operating System
• Embedded System Design
• Embedded Systems Lab. II

Semester III
• Programming in Matlab and Labview
• Embedded Networking
• Cryptography and Network Security
• Design Project Lab

Semester IV
• Project work & Viva Voce