Electronics & Communication Engineering Scopes- An interdisciplinary degree called Electronics and Communication Engineering combines two significant engineering specialties: electrical and communication. The study of how electricity and electromagnetic fields are used in different types of appliances is known as electrical engineering. It is concerned with the large-scale design and production of electrical equipment. Many communication systems, including satellites, phones, antennas, radars, televisions, transmitters, etc., are the subject of communications engineering.
The course Electronics and Communications Engineering provides its students with a mix of various learning outcomes. All communication devices and telecom providers rely on a variety of electronic devices and components. Consequently, having in-depth knowledge of both fields gives professionals a competitive advantage in the career.Electronics and Communication Engineering Overview | |
Particulars | Details |
Course Level | Diploma, Undergraduate, Postgraduate, Doctorate |
Eligibility | Diploma: Class 10 UG: Class 12 along with entrance examination PG: BTech + GATE Doctorate: MTech |
Duration | Diploma: 3 years UG: 4 years PG: 2 years PhD: 3- 6 years |
Examination Type | Semester-wise |
Course Fee | INR 2-7 lakh |
Top Institutes | VIT Vellore, DTU, NIT Trichy, IIT Kharagpur, SRM University |
Average Starting Salary | INR 10 lakh |
Job Positions | Electronics Engineer, Electronics and Communication Engineer, Electronics Design & Development Engineer, Desktop Support Engineer, System Control Engineer |
Admission Process | JEE Mains, WBJEE, MHT CET, BITSAT |
Top Recruiting Companies | Bharat Electronics Limited (BEL), Bharat Heavy Electricals Limited (BHEL), Hindustan Petroleum Corporation Limited (HPCL) |
Signal Handling: The field of VLSI is concerned with affordability, size, and speed. In this sector, the goal is to fit a single silicon microchip with millions of transistors.
Wireless Communication: We use wireless communication in every aspect of our existence. The two most common applications are radio and satellite communication. Robotics & Automation: ECE is crucial to the growth of robotics and automation technology. This field of engineering designs and develops intelligent systems, such as industrial robots, driverless cars, and drones, that are capable of carrying out tasks on their own. ECE is transforming operations and increasing efficiency in a wide range of robotics industries, including manufacturing, healthcare, agriculture, and logistics. Over the past few decades, Robotics has developed at an extraordinary and lucrative growth. Robots seem to be appearing everywhere, from open-heart surgery assisters to home cleaners. Digital Image Processing: This area of study deals with the manipulation of images using algorithms and computers. It can be used in the domains of surgery, space exploration, and display. Analog and Digital Electronics: Digital systems handle discrete electrical signals, whereas analog systems deal with continuous, non-digital signals. ENC can be classified into these two primary categories. Internet of Things: For a long time, IoT has been and will continue to be a hot topic in worldwide technology. Infact, the Internet of Things has spread across the world. Any system's use is generally made simpler by the introduction of IoT, especially if it is integrated well. Telecom Sector: Regarding the employment prospects it offers, the telecommunications industry is one that holds tremendous promise. There are many career opportunities here because smartphones and portable connectivity are everything these days! It's even possible for you to work for huge multinational corporations like Verizon. Networking and Communication Systems: Communication systems and networking is one of the primary areas in ECE. The design, development, and maintenance of diverse communication systems, including wireless networks, satellite communication, optical communication, and internet technologies, fall under the purview of this discipline. The development of high-speed data transmission, which guarantees continuous international connection and promotes the emergence of the Internet of Things (IoT), is made possible by ECE professionals. Signal Processing: An essential component of ECE is signal processing, which includes the study, manipulation, and interpretation of signals for a range of uses. The scope of this field includes medical imaging, speech recognition, and image and video processing. The fields of entertainment, healthcare, and science research are impacted by the advancements made by ECE professionals in data compression, medical diagnosis, and audio and visual quality enhancement. Power Electronics and Renewable Energy: Moreover, ECE engineers are leading the charge to transform the energy sector. Power electronics include the design and optimization of electronic systems used in energy delivery, storage, and conversion. ECE specialists help design effective solar panels, wind turbines, and energy storage systems, which accelerates the transition to a sustainable energy future. This is made possible by the increased focus on renewable energy sources. Biomedicine Engineering: Biomedical engineering is an impact of the convergence of electronics and communication engineering with the medical domain. Medical device designers and developers include ECE specialists in the creation of imaging systems, diagnostic tools, and wearable health monitors. The application of ECE in this field has a direct impact on healthcare by facilitating more precise diagnosis, remote patient monitoring, and better treatment options. Defense and Security: Modern communication systems, surveillance technologies, and encryption techniques are all products of ECE, which plays a major role in the fields of defense and security. Engineers help to ensure both national and international security through their contributions to secure identification, intelligence gathering, and secure communication.
Top Recruiters |
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BEL | Texas Instruments |
HPCL | Siemens |
BHEL | Intel |
DRDO | Philips |
DMRC | Nvidia |
ISRO | Reliance |
HCL Technologies | Motorola |
Philips | Samsung |
Wipro | Intel |
Tech Mahindra | Honeywell |
Accenture | Havells India limited |
City |
Average Annual Salary in INR |
Gurgaon | INR 8.5 LPA |
Delhi | INR 8 LPA |
Kolkata | INR 7 LPA |
Bangalore | INR 10 LPA |
Hyderabad | INR 9 LPA |
Chennai | INR 9 LPA |
Also Read: Electronics and Communication Engineer Salary