Bachelor of Technology in Electrical Engineering (B.Tech in EE)

At Future University, Best B.tech in Electrical Engineering is a 4-year program in which students learn about electricity, electromagnetics, and electronics. In our B.tech EE course, we provide a solid foundation in both theoretical and practical aspects. The curriculum is structured to cover a blend of Engineering Mathematics, core engineering concepts, and specialised subjects like Electromagnetic Fields and Waves, Electrical Machines, Power Systems and Transmission. A wide range of career opportunities is open for Graduates with a B.Tech in electrical engineering college bareilly.

100% Placement Assistance

At Future University, our dedicated placement team provides the best placement assistance. With the help of industry professionals, every student will get the desired job in top Indian companies and MNCs. From skill-building to career-building, Future University takes care of everything. So why wait? Enrol now in the best private university of Bareilly, UP. 

What is B.Tech Electrical Engineering?

Electrical engineering is the branch of science that deals with electricity, electromagnetics, and electronics. It is divided into various fields, including computer engineering, systems design, power engineering, telecommunications, radio-frequency engineering, signal processing, instrumentation, photovoltaic cells, electronics, and optics and photonics.

B.tech in Electrical engineering arose as a distinct field in the late 19th century, driven by the rapid advancements in electricity and its applications. In 1885, Cornell University established the primary Division of Electrical Engineering in the United States under the leadership of President Andrew Dickson White. That very year, University College London introduced the first Chair of Electrical Engineering in Great Britain. The next year, in 1886, Professor Mendell P. Weinbach established the Electrical Engineering Department at the University of Missouri. 

What are the Key Areas for Study in Electrical Engineering at future university?

1. Electrical Machines

• Center around the design, operation, and maintenance of machines that help in energy conversion.
• Topics: Transformers, DC motors, synchronous machines, induction motors, and generators.

2. Power Systems Engineering

• Study of generating, transmitting, distributing, and using electrical power.
• Key Topics: Power flow analysis, load forecasting, fault analysis, grid stability, and renewable energy integration.

3. Power Electronics and Drives

• Application of electronics for controlling and converting electrical power.
• Topics: Rectifiers, inverters, converters, motor drives, and energy-efficient systems.

4. Control Systems Engineering

• Understanding methods to control dynamic systems.
• Topics: Feedback control, PID controllers, state-space analysis, and control design for industrial automation.

5. Electromagnetic Fields and Waves

• Study of electromagnetic theory and its uses.
• Topics: Maxwell’s equations, wave propagation, antenna theory, and electromagnetic compatibility.

6. Analog and Digital Electronics

• Study of electronic circuits and systems, both continuous (analog) and discrete (digital).
• Topics: Amplifiers, oscillators, logic gates, microprocessors, and microcontrollers.

7. Renewable Energy Systems

• Focus on sustainable energy generation and integration into power grids
• Topics: Solar photovoltaics, wind turbines, energy storage, and hybrid systems, Geothermal system, Tidal energy.

8. Electrical Measurements and Instrumentation

• Principles of measuring electrical quantities and applying them in real-world systems.
• Topics: Sensors, transducers, signal conditioning, and data acquisition systems.

9. Robotics and Automation

• Application of electrical engineering in designing and controlling robots and automated systems.
• Topics: Embedded systems, control algorithms, robotics kinematics, and machine vision.

10. High Voltage Engineering

• Study of electrical systems operating at high voltages.
• Topics: Insulation systems, breakdown phenomena, testing techniques, and lightning protection.

11. Internet of Things (IoT) for Electrical Systems

• Integration of IoT in electrical applications for smart systems.
• Topics: IoT architecture, sensors and actuators, data communication, and IoT-enabled smart grids.

12. Signals and Systems

• Study of signal processing and system behaviour.
• Topics: Fourier transform, Laplace transform, system modelling, and digital signal processing.

13. Electric Vehicles (EVs) and Battery Technology

• Emerging focus on EV technologies and energy storage.
• Topics: Electric propulsion systems, battery management, energy efficiency, and charging infrastructure.

Why Pick B.Tech in Electrical Engineering at the Faculty of Engineering & Technology (Future University)?

At Future University we Offer:-

Cutting-Edge Curriculum

Our program meets with industry designs, consolidating advanced subjects like sustainable power, keen frameworks, high-level mechanics, and IoT, it is future-prepared to ensure understudies.

Expert Faculty

Acquire significantly qualified instructors and industry experts who bring extended lengths of academics.

Excellent Placement Record

Join a program with a proven track record of successful placements in leading organizations worldwide.

 

Scope

What are the Career Opportunities after completing b.tech in electrical engineering course?

1.Design Engineer
Industries: Manufacturing, Consumer Electronics, Automotive, Aerospace
Skills Required: Circuit design, PCB design, CAD software
Career Growth:
Junior Design Engineer → Senior Design Engineer → Project Manager → Design Lead → R&D Head
2. Power Systems Engineer
Industries: Energy and Utilities, Renewable Energy, Infrastructure Development
Skills Required: Power distribution systems, load flow analysis, grid management, Career Growth:
Power Systems Analyst → Grid Manager → Operations Manager → Chief Engineer → Energy Consultant
3. Automation Engineer
Industries: Manufacturing, Industrial Automation, Robotics, Process Industries
Skills Required: PLC programming, robotics, control systems, IoT, system integration
Career Growth:
Automation Engineer → Controls Engineer → Automation Specialist → Project Manager → Director of Automation
4. Embedded Systems Engineer
Industries: Electronics, Telecommunications, Automotive, Consumer Devices
Skills Required: microcontrollers, real-time operating systems, debugging tools
Career Growth:
Junior Embedded Engineer → Senior Embedded Developer → Technical Lead → System Architect → Product Manager
5. Renewable Energy Specialist
Industries: Solar and Wind Energy, Power Utilities, Green Energy Solutions, Solar Panel Design
Skills Required: Solar PV system design, energy storage systems,
Career Growth:
Renewable Energy Analyst → System Designer → Project Engineer → Project Manager → Energy Consultant
6. Electric Vehicle (EV) Engineer
Industries: Automotive, EV Manufacturing, Battery Technology
Skills Required: Battery management systems, electric motor design, power electronics
Career Growth:
EV Systems Engineer → Senior Engineer → Product Development Manager → Technology Lead 
 

 

Eligibility Criteria

50% (45% for SC/ST) marks in 10+2 with mathematics and physics along with chemistry/computer science.

Admission Procedure

On the basis of merit /CUET.