In the complex world of modern civilisation, few forces are as pervasive and metamorphic as the confluence of electrical and electronics engineering. These two domains, though unique in their origins, have brimmed into interconnected pillars of advancement, powering the fabric of the technologically hi-tech society. From the microcircuits embedded in our smart devices to the hum of electrical grids illuminating cities, their influence is omnipresent, guiding humans into a future once confined to the sphere of imagination.

At the core of electrical engineering lies the study of energy—its generation, transmission, and utilisation. This diverse field has long been the backbone of industrial innovation, with electrical power frameworks facilitating everything from manufacturing to telecommunications. Yet, electronics' advent has ushered an electrifying dynamism to the world. The microscopic circuits, transistors, and semiconductors, forming the foundation of advanced electronics, are transmuting how humans interact with the world around us. 

In this fusion of macro and micro, the Internet of Things (IoT) has surfaced as a prime example of how these domains coalesce. Everyday objects, once static and inanimate, are now endowed with intelligence, intertwined via electrical networks and controlled by sophisticated electronic frameworks. The symbiotic relationship between power and information has made possible the rise of autonomous systems—self-driving cars, smart grids, and intelligent healthcare devices—each reliant on the effortless amalgamation of electrical and electronic technologies.  Hence, enrolling in B. Tech. in Electrical and Electronics Engineering would be the optimal choice if you want to become an integral part of the electrical and electronics world. 

The Market Size

B.Tech. in Electrical and Electronics Engineering Course Details

The B.Tech. in Electrical and Electronics Engineering (EEE) is a diverse and all-inclusive programme amalgamating the study of electrical systems, electronic circuits, control systems, signal processing and energy systems, among other topics. The course typically spans four years, divided into eight semesters, with a balanced focus on theoretical knowledge and practical application. Below is an outline of a typical B.Tech. in Electrical and Electronics Engineering syllabus. Have a look. 

• Engineering Mathematics - 1

• Engineering Physics and Laboratory

• Engineering Mechanics

• Elements of Electronics Engineering and Laboratory

• Engineering Mathematics - 2

• Engineering Chemistry and Laboratory

• Elements of Mechanical Engineering and Workshop Practice

• Elements of Electrical Engineering and Laboratory

• Elements of Computer Science Engineering and Laboratory

• Professional Communication

And much more. 

The Eligibility Criteria 

• Aspirants must have completed their senior secondary examinations with Physics and Mathematics as mandatory subjects, with any one of the following: Chemistry, Biotechnology, Biology, Electronics, or Computer Science.

• General category aspirants are needed to score a minimum aggregate of 45% marks. 

• Aspirants from reserved categories must have secured at least 40% in the specified subjects.

Design the Smart World with B.Tech. in Electrical and Electronics Engineering @ Ramaiah University of Applied Sciences 

Located in the heart of Silicon Valley, Bengaluru, M.S. Ramaiah University of Applied Sciences is one of the best institutes with contemporary infrastructure and an industry-focused curriculum for research and quality education.

The curriculum covers all subjects, such as advanced topics in Switchgear and Protection and High Voltage Engineering, apart from basic subjects like Engineering Chemistry and Engineering Drawing, under the B.Tech. in Electrical and Electronics engineering course.

Programme Objectives

• Enable the students to model and analyse linear and nonlinear systems using conventional software packages.

• Provide a wider perspective and prospects for higher education as an industry professional and career in the industry.

• Prepare students for professional practice through education on ethics, economics, human rights, and the law and interaction skills.

To Bring it to a Close

From its early days to the avant-garde technologies of today, electronics has not only revolutionised the tools and devices but also the way we humans think, interact and live. As we stand at the threshold of even greater innovation, one thing is certain: the future of electronics is limitless, and the adventure is far from over. So, what are you waiting for? Join Ramaiah University of Applied Sciences’s B.Tech. in Electrical and Electronics Engineering and see your future skyrocketing.