MASTER IN COMMUNICATION SYSTEM ENGINEERING
With the evolution of the computer era, electronics and networking have developed into an imminent field that nearly all businesses need. Electronics are now part of our daily lives, from cell phones to televisions, laptops, and even sophisticated high-end satellites that help us live a smooth life. Also, communications and system engineering are the main driving force behind the latest revolution in information technology. Electronics and Communication research has since reached other fields such as healthcare, instrumentation, robotics, remote sensing, signal processing, etc. Students of communication and system engineering thus have a great deal of application in a number of industries.
Educational Objectives
- To develop knowledge in communication and system engineering.
- To develop skills to solve limitations and issues of electronics devices and communication systems.
- To develop knowledge for future Electronics and communication industries
- To create the best research environment in the field of wireless systems, embedded devices, antennas, optical communications.
Scope of Employment
The students of CSE are able to establish exciting careers in industries such as industrial organizations for consumer electronics, telecommunications & IT, medical equipment development, mobile phones (2G, 3G, and 4G), web technology, power electronics, optical communication, etc. Graduates of the Best CSE Engineering College also have plenty of openings in the fields of design, manufacturing, construction, service, and repair of computer equipment and systems for government and private companies. New prospects have arisen for electronics & communication engineers with the introduction of recent technical advances. Self-driving vehicles, automated drone logistics, robots, industrial automation, advanced energy systems, and so on are the new developments.
Recent technical developments have taken autonomous technology, robotics innovations, intelligent power systems, and the Internet of Things (IoT) to the market in most industries. And much of the industry in the Gulf, Germany, China, Canada, etc. are developed. So, in particular because of the presence of different manufacturing companies abroad, students attending top engineering colleges have many work opportunities. Control & Power Systems specialists in electronics engineering in Japan, Germany, the USA, and Korea will find good opportunities. In multi-disciplinary streams, a number of job functions may also be taken on by an electronics engineer.
Big innovations that can be used by the ECE engineer!
- Circuits of analog and radio frequencies: Wi-Fi, tv will cease to exist without these mobile phones. Many sectors have been built to satisfy the needs of customers, opening up a vast number of positions for computer engineers.
- Communication & Signal Processing: this special technology is used in information signals transmission, storage, and analysis.
- Computer & Digital Systems: With the aid of computers, any industry will grow technologically faster than before. These digital devices range from intelligent watches to rovers in March everywhere.
- Networking: We witness 3G, 4G networks with the boom on the internet so that companies and industries can cooperate effectively with people. Engineers who wish to use this technology have a great deal of variety.
- Computer vision: Computers in fields such as medical, surveying, and photogrammetry are aiding with these innovations. We now have medical devices, for example, that analyze data not only to show images but also to identify diseases using magneto-resonance imaging technology.
- Control Systems & Robotics: As technological developments have recently become more and more involved; automation and robots are becoming more powerful. And in the coming years, even more, companies are expected to implement those innovations. Distance sensing: Radio wave connectivity is important to mobiles, radios, and other internet-connected computers.
- Remote sensing: Remote sensing plays a crucial role in diverse applications from imaging to navigation.
- Nanotechnology: The nanotechnology devices we see today are the more powerful solar cells, quicker transistors, tracking chips, and microscopic sensors. Many industries adapt this technology to minimize and improve the efficiency of their goods.
- Sustainable energy & power systems: companies today spend a lot of time designing more powerful solar panels, windmills, power storage plants, etc. This technology provides electronic engineers with a wide variety of work opportunities.
Eligibility Criteria
BE/B.Tech in EC/ICT (any other equivalent degree)
Laboratories
- High-Performance Computing lab
- Robotics lab
- Aeromodelling lab
- Communication lab
- PCB design lab
- Wipro UTLP lab
- VLSI and Embedded Lab
- Antenna design lab
- Microprocessor and Micro Controller lab
- DSP and Image processing lab
- Industry-sponsored lab
I. Texas Instrument
II. Cypress Semiconductor
III. Intel
IV. ARM
V. Wipro
VI. Silicon Labs