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From Circuit Boards to Career Goals: A Deep Dive into Electrical and Electronics Engineering Course Details

In this current period, when technology is evolving rapidly, Electrical and Electronics Engineering (EEE) remains a cornerstone of modern progress. This field, vital to our daily lives and the technological innovations moulding our future, encircles a wider spectrum of applications, ranging from power systems to consumer electronics. If you are contemplating a B.Tech in Electrical and Electronics Engineering, comprehending the amalgamation of EEE and technology innovation is crucial for making informed career decisions and preparing for an exciting future.
The Significance of Electrical and Electronics Engineering
Electrical and Electronics engineering is a domain that integrates theoretical knowledge with practical application. It fundamentally deals with the study as well as the application of electronics, electricity, and electromagnetism. The EEE experts are nothing less than architects behind the systems illuminating homes, communicating networks, and a plethora of devices defining modern living.
The importance of Electrical and Electronics Engineering cannot be ignored. For example, power generation, transmission, and distribution are pivotal aspects of EEE. Professionals in this field plan, design, and maintain the infrastructure powering entire cities, ensuring a steady and reliable electricity supply. In the same manner, Electronics engineers create the circuits as well as frameworks utilised in everyday gadgets, be it tablets, smart-watches, or medical equipment.
The Demand! What Does the Stats Say?
As per the reports shared by the BLS, it is anticipated that the overall employment rate of electrical and electronics will surge by 5 per cent between the years 2022 and 2032, which is much faster compared to the average for all occupations. Hence, pursuing an undergraduate course- B.Tech. in Electrical and Engineering will be remunerating and rewarding.
The B.Tech in Electrical and Electronics Engineering Course Details
The B.Tech in EEE is a broad-based undergraduate programme, allowing aspiring minds to attain knowledge and skills in the field of Electrical and Electronics Engineering. This course integrates the fundamentals of engineering with contemporary techniques and high-end applications in electrical and electronics, preparing students for dynamic careers. Here are the details of the Electrical and Electronics Engineering course.
The B.Tech in Electrical and Electronics Engineering Syllabus
During your B.Tech in Electrical and Electronics course, the syllabus will typically cover a broader range of subjects that are fundamental to this domain. Here is a general outline of what you might expect in the syllabus:
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Engineering Physics
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Elements of Mechanical Engineering
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Elements of Electronics Engineering
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Engineering Drawing
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Professional Communication
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Computer Programming Laboratory
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Signals and Systems
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Measurement and Instrumentation
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Digital Logic Circuits
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PLC and SCADA
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Digital Signal Processing
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Switchgear and Protection
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High Voltage Engineering
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Project Work
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Professional Core Elective
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Engineering Physics Laboratory
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Engineering Mathematics
The Admission Requirements
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Aspirants must have completed their 10+2 examinations with Physics and Mathematics as mandatory subjects, along with one of the following: Chemistry, Biotechnology, Biology, Electronics, or Computer Science.
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General category aspirants need to have secured a minimum of 45% aggregate marks.
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Aspirants from reserved categories must have achieved at least 40% in the specified subjects.
Beyond the Basics: What a B.Tech in Electrical and Electronics Engineering Can Offer You @ M.S. Ramaiah University of Applied Sciences
Located in Bengaluru, M.S. Ramaiah University of Applied Sciences is one of the premiere institutions with state-of-the-art facilities and curriculum accumulation on research and high-quality education. The Faculty of Engineering and Technology's B.Tech course encompasses all topics, from basics such as Engineering Chemistry and Engineering Drawing to advanced areas of Switchgear and Protection and High Voltage Engineering.
The Objectives Of B.Tech in Electrical and Electronics Engineering
The programme imparts knowledge of electrical and electronics systems and subsystems to ameliorate an understanding of engineering principles. It aims at –
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To impart domain knowledge and critical thought that can contribute towards innovations beneficial to society to build leadership qualities.
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To help brilliant minds comprehend engineering principles via modelling, simulation, and analysis to build and master design skills, ability to test and validate.
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Improve knowledge of modelling and design of electrical systems for a given application.
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Construction, testing and validation of electrical and electronic systems using appropriate intelligent techniques.
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Aid students in simulating and analysing linear and nonlinear systems using standard software tools.
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Provide general perspective and opportunities for higher studies or as entrepreneurs and a career in the industry globally.
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Provide training in ethics, economics, human rights, and law relevant to professional practice and interactive skills.
To Wrap it Up
From its foundational principles to the sophisticated technologies of today, the field of Electrical and Electronics Engineering has undergone remarkable evolution. The constant innovation of EEE is driven by a relentless quest for advancement and the desire to address brimming challenges. As we move ahead towards the future, trends such as AI, smart grids, advanced semiconductors, wearable technology, and quantum computing will undoubtedly shape the next chapter in the evolution of EEE, promising new possibilities and transformative impacts on our world. So, what are you bidding on? Enrol for B.Tech in Electrical and Electronics Engineering at M.S. Ramaiah University of Applied Sciences today!