B. Tech. Electronics & Communication Engineering – MRU

Note: Manav Rachna now accepts Pearson Test Score for admission

There is lot of scope in this field as it provides areas of expertise in communication, VLSI, Embedded Systems,   Software Engineering, Computer Programming languages etc. The students are made versed with all the latest technologies used in the design and development of all new electronics and computer products. They are also capable of getting involved in R&D activities in various areas of Specializations.

Along with the essential technical knowledge in both the fields of hardware and Software the students are well groomed so as to gain leadership skills, develop competition and be able to sustain in the society by using their skill set through application of technology as they are involved in various projects and industrial internships. Job opportunity in Core  Electronics, Communication Sector as well as all software companies.

Employable in Automotive, Services, IoT industries, Smart devices, Software enabled services, Process controlled industries, Embedded solutions industries (Intel, Qualcomm, AMD, STMicroelectronics, Cadence, Freescale, TCS, Accenture, HCL,Wipro).Eligible for Public sector and GATE  under ECE and CSE.

Why Electronics & Communication Engineering at MRU

Wide range of courses offered both from Computer Science and Electronics along with applications including multidisciplinary approach.

Program Differentiators

The following domains have been identified

• Communication
• VLSI & Embedded Systems
• Computers/IT

Various courses being offered in these domains are given below

List of New Computer Science courses offered each semester along with ECE core courses.

Semester I

1. PROGRAMMING FOR PROBLEM SOLVING USING C

Semester II

1. USER INTERFACE-I (HTML5, CSS, JAVASCRIPT, JQUERY)

Semester III

1. DATA STRUCTURE & ALGORITHMS
2. PROGRAMMING FOR PROBLEM SOLVING USING PYTHON

Semester IV

1. OOPS USING JAVA

Semester V

1. COMPUTER ARCHITECTURE
2. OPERATING SYSTEMS
3. NEURAL NETWORK AND FUZZY LOGIC
4. DATABASE MGT SYSTEM

Semester VI

1. INTERNET OF THINGS
2. CLOUD COMPUTING
3. DIGITAL IMAGE PROCESSING AND COMPUTER VISION
4. COMPUTER NETWORKS
5. WAVELETS AND MULTIRATE SYSTEMS
6. UNIX

Semester VII

1. INFORMATION THEORY AND CODING
2. ARTIFICIAL INTELLIGENCE
3. SECURITY IN WIRELESS AND MOBILE COMMUNICATION
4. MOBILE COMPUTING WITH ANDROID
5. ROBOTICS DESIGN
6. THEORY OF COMPUTATION AND COMPILER DESIGN

Semester VIII

1. BIOMEDICAL SIGNAL PROCESSING
2. BIG DATA AND HADOOP
3. MACHINE LEARNING
4. WEB-SERVICES

USP 

• Electronics and Computer Engineering encompasses not just the software aspects of computing but also the hardware
• There is a global demand for competent and qualified Electronics and Computer engineers.

Highlights of the Curriculum 

Domain specific categorizations of few subjects are shared  

•  Communication
• VLSI & Embedded systems
• Computers/IT Domain

The student will have an added advantage as compared to any other course because

• Graduates of Electronics and Computer Engineering gain the technical skills along with the required programming skills which make them self sufficient to stand as an Electronics as well as a Computer Engineer.
• They will learn the hardware concepts of the various electronic devices used in day to day life.
• They will be versed with the programming languages required by the most eminent software industries. 
• Electronics and Computer engineers can create, design and develop everyday devices like mobiles, computers etc. with all new novelties and advances in them.

There is a lot of scope in this field as it provides areas of expertise in communication, VLSI, Embedded Systems, Software Engineering, Computer Programming languages, Artificial Intelligence, Robotics etc. The students are made verse with all the latest technologies used in the design and development of all new electronics and computer products. They are also capable of getting involved in R&D activities in various areas of Specializations.