Degree in Electrical Engineering ( Curriculum)

The Bachelor of Engineering (B.E.) in Electrical Engineering is designed to provide students with a deep understanding of electrical systems, electronics, power generation, and modern control technologies. This four-year program offers a balanced blend of theoretical concepts and practical applications, preparing students for a wide range of career opportunities in the electrical engineering field.

Core Subjects in Degree Electrical Engineering :

Final-Year Electrical Engineering Projects

Final-year electrical engineering projects bridge the gap between theory and real-world applications, playing a vital role in engineering education. These projects cover diverse domains such as power systems, renewable energy, IoT-based automation, and industrial applications. This guide highlights innovative project ideas, including IEEE-based and industry-oriented projects, helping students develop practical skills and prepare for careers in power, automation, and energy sectors.

Basic Electrical Engineering

Electricity serves as a primary energy source for both developing and developed nations. The per capita electricity consumption of a country is often regarded as a key indicator of its development. Given its importance, it is crucial for engineering graduates to understand the fundamental concepts of electrical engineering. This subject covers essential topics such as basic circuit analysis methods, an introduction to electrical machines, and the fundamentals of domestic electrical installations.

Mathematics – 1

The aim of this course is to build a strong conceptual understanding while preserving the core principles of traditional calculus. As a foundational course, it focuses on topics like single-variable and multivariable calculus, which are crucial for comprehending concepts in science, engineering, economics, computer science, and various other fields.

Mathematics – 2

Mathematics forms the foundation for formulating, solving, and analyzing engineering problems. Complex analysis, in particular, offers valuable insights into mathematical theory while also serving practical applications in engineering, physics, and various other fields.

Basic Electronics

The Basic Electronics course is a foundational subject for first-year engineering students, designed to introduce the core principles of electronics. This course equips students with the knowledge and skills to operate electronic devices, understand circuit behavior, and use tools like multimeters, oscilloscopes, and power supplies effectively

Control System Theory

The Control System Theory course, part of the third-semester curriculum for engineering students, introduces the fundamentals of automatic control systems used in industrial processes. This subject emphasizes mathematical modeling, stability analysis, and controller design, providing students with essential tools for managing and optimizing industrial automation.

Electrical Circuit Analysis

The Electrical Circuit Analysis course, part of the third-semester engineering curriculum, delves into the fundamentals of electrical circuits and their responses to various inputs. This course equips students with essential knowledge and techniques to analyze, design, and control electrical networks effectively, forming a crucial foundation for advanced studies in electrical engineering.

Analog and Digital Electronics

Analog and Digital Electronics is a crucial subject in the field of electrical and electronics engineering. It bridges the gap between theoretical knowledge and practical applications, enabling students to design and implement complex circuits.

Applied Mathematics

Applied Mathematics is fundamental in solving real-world engineering problems, particularly in the field of electrical engineering. This course combines mathematical tools like numerical methods, probability, and statistics to analyze and design complex systems

Electrical Machine – I

Electrical Machine – I forms the foundation of understanding key concepts behind energy conversion, DC machines, and transformers. This course prepares students for careers in power systems, industrial automation, and beyond.

Power System – I

The Power System – I course, part of the fourth-semester engineering curriculum, introduces students to the fundamentals of electricity generation, transmission, and distribution. It covers key topics such as generation methods, transmission line parameters, underground cables, substations, and neutral grounding, equipping students with essential knowledge for a career in power engineering