B.Tech Electronics & Communication

The job responsibilities of an electronics engineer are designing and developing electronic equipment. It includes broadcast and communications systems, such as portable music players and Global Positioning System (GPS) devices.

Many also work in areas closely related to computer hardware, microprocessors, and integrated circuits.

An electronics engineer is responsible for designing, managing, testing, and updating all kinds of electronic components, systems, equipment, and software.

They also discuss proposals with clients and liaise with engineers, and other professionals to ensure quality projects are completed to specifications.

Future Institute has highly qualified and experienced faculty that believes in imparting cutting-edge IT skills and strong technical knowledge to buddy electronics engineers.

At Future Group of Institutions, the emphasis is on practical experience with design software. An electronics engineer requires an aptitude for math and problem-solving skills.

He should have excellent interpersonal skills and commercial awareness of the industry. We achieve it through a number of industry visits, internal workshops, and summer training. We also expose our students to excellent research opportunities.

He should have excellent interpersonal skills and commercial awareness of the industry. We achieve it through a number of industry visits, internal workshops, and summer training. We also expose our students to excellent research opportunities.

Furthermore, through industry collaborations like the one we have with IBM, we hone our students’ ability to translate complex ideas into clear concepts and promote strategic thinking.

It's an advanced subset of ML that uses layers of neural networks with multiple layers of processing and analysis. It helps us identify correlations in vast amounts of unstructured data, allowing for enhanced predictive analytics at unprecedented levels. As technology evolves, AI, ML and DL applications will also grow across various industries.

Our B. Tech electronics and communication engineering course covers subjects such as engineering mathematics, information, networks and systems, circuits, semiconductor devices & optical systems, and microprocessors and computing devices.

So, our B. Tech electronics syllabus is designed to train future engineers to work in consumer electronics, avionics and aviation, communication & telecommunication manufacturing, transportation, computer application, electricity plant, electricity plant, radio & television, and diagnostic equipment manufacturing, etc.

As part of the ECE B. Tech subjects, students will develop new electronic systems for real-world applications. This course focuses on analog transmission, analog and digital communication, analog integrated circuits, antennae, microprocessors, microwave engineering, satellite communication, solid-state devices, and wave progression.

It also serves as an introductory course for electrical engineering students. It is a subject that can be taken as an elective subject.

Future Institute focuses on practical knowledge rather than theoretical knowledge, so during the course, students will be a part of various live projects, workshops, and guest lectures from professionals and experienced faculty members.

Subjects that will be taught throughout the course will be Quantum Physics and its applications, Computer Programming and Utilization, Operating Systems, Machine Learning, Implementation of Programming Languages, Natural Language Programming, etc.

We provide 100% placement assistance to our B. Tech Electronics & Communication students. Our placement team works day and night to ensure our students walk out of college with a job in hand with a degree. Therefore, Future Institute is considered the best institute for B. Tech Electronics & Communication in Bareilly.

Future Institute, Bareilly, is one of the best B. Tech Electronics & Communication colleges in U.P. as it covers the latest topics and technologies in this field.