UGC Approved
AICTE Recognized
AIU Member
WES Member
Duration:
4-8 Years
Universities:
1 University
Fees:
31,500/-
Per semeter
Eligibility:
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Program Overview
Electrical engineers work across a wide range of industries, each demanding a high level of consistent efficiency. Their expertise includes everything from basic circuit theory to the advanced management skills required for project management. This means that the tools and equipment an individual engineer may need can vary widely, ranging from simple circuit analysis software to sophisticated project management applications. This flexibility ensures you can balance your education with other commitments while gaining the knowledge and skills necessary to excel in the field of electrical engineering.
The online or part-time format of this program allows you to pursue your passion for engineering without disrupting your busy schedule.
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To embark on your journey as a Electrical engineer, you’ll typically need to meet one of the following eligibility requirements:
- Completion of 10+2 with Physics, Chemistry, and Mathematics (PCM) from a recognized board.
- Diploma in Engineering from a recognized institution.
- Bachelor of Science (B.Sc.) degree with Mathematics from a recognized university with PCM.
Per semester 31,500/- (fee might vary university to university)
B.tech in Online Education is a Maximum of 8 years & minumum of a 4 year program.
Learning Feature – Pioneering Innovation: Research & Development (R&D) Be at the forefront of technological advancements! R&D engineers are responsible for designing, improving, and creating cutting-edge products and services. This prestigious field, especially within the public sector, offers competitive salaries and the chance to make a significant impact.
From Concept to Creation: Manufacturing The manufacturing industry thrives on the expertise of mechanical engineers. You’ll play a pivotal role in bringing ideas to life, from designing and building complex machinery to overseeing large-scale production processes.
Shaping the Future: Design Engineering This dynamic field allows you to unleash your creativity. Utilizing advanced CAD tools, you’ll design the look and functionality of the machines that shape our world, making design engineering one of the most sought-after specializations for mechanical engineers.
Ensuring Smooth Operations: Installation & Maintenance Your expertise is crucial for keeping things running smoothly. As a mechanical engineer, you’ll oversee the installation and maintenance of complex machinery, utilizing various tools and techniques to ensure optimal performance and prevent breakdowns.
Optimizing Performance: Analysis & Testing Put your problem-solving skills to the test! This role involves analyzing the efficiency and performance of mechanical systems. Through rigorous testing, you’ll guarantee their safety and functionality, making it a rapidly growing and crucial field within mechanical engineering.
The Bachelor of Technology (B.Tech) in Electrical Engineering offers a well-rounded education in electrical systems, circuit theory, and advanced engineering principles. The curriculum encompasses essential topics such as power systems, electronics, control systems, and renewable energy, combining theoretical knowledge with hands-on experience through labs and practical projects. Designed with flexibility in mind, the program’s online or part-time format enables students to pursue their studies while managing other responsibilities. Graduates are equipped with the skills needed for dynamic careers in industries like power generation, telecommunications, and automation.
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Course Syllabus
Duration: 4-8 Years
Rating: 4.5/5
4 Credits Per Subject
- BTEE101 – Applied Mathematics – I
- BTEE102 – Applied Chemistry -I
- BTEE103 – Applied Physics –I
- BTEE104 – Engineering Graphics
- BTEE105 – Elements Of Electrical Engineering
- BTEE106 – Communication Skills –I
- BTEE107 – Applied Chemistry Lab – I
- BTEE108 – Applied Physics -Lab-I
- BTEE109 – Engineering Graphics Lab
- BTEE110 – Elements Of Electrical Engineering Lab
- BTEE111 – Workshop Practice –I
- BTEE112 – Computer Lab
- BTEE201 – Applied Mathematics-II
- BTEE202 – Applied Chemistry -II
- BTEE203 – Applied Physics -II
- BTEE204 – Engineering Mechanics
- BTEE205 – Computer Fundamentals & Application
- BTEE206 – Environmental Studies
- BTEE207 – Applied Chemistry -II Lab
- BTEE208 – Applied Physics –II Lab
- BTEE209 – Engineering Mechanics Lab
- BTEE210 – Computer Lab
- BTEE211 – Workshop Practice – II
- BTEE301 – Mathematics-III
- BTEE302 – Basic Electronic
- BTEE303 – Electric Circuits
- BTEE304 – Electrical Power Generation
- BTEE305 – Electrical Machines-I
- BTEE306 – Basic Electronic Lab
- BTEE307 – Electric Circuits Lab
- BTEE308 – Electrical Machines-I Lab
- BTEE309 – Electrical Workshop Laboratory
- BTEE401 – Network Analysis & Synthesis
- BTEE402 – Electro Magnetic Theory
- BTEE403 – Electrical Measurements & Measuring Instruments
- BTEE404 – Electrical Power System
- BTEE405 – Analog Electronic
- BTEE406 – Digital Electronic And Logic Design
- BTEE407 – Electrical Measurements & Measuring Instrument Lab
- BTEE408 – Analog Electronic Lab
- BTEE409 – Digital Electronic & Logic Design Lab
- BTEE501 – Electrical Machine-II
- BTEE502 – Electronic Instrumentation
- BTEE503 – Control System Engg.
- BTEE504 – Computer Systems Architecture
- BTEE505 – Analog & Digital Communication Electrical Machine-II Lab
- BTEE506 – Electronic Instrumentation Lab
- BTEE507 – Analog Electronics Lab
- BTEE508 – Control System Lab
- BTEE509 – Personality Development
- BTEE601 – Power System Analysis
- BTEE602 – Power System Protection & Switchgear
- BTEE603 – Power Electronics
- BTEE604 – Microprocessors
- BTEE605 – Digital Signal Processing
- BTEE606 – Fibre Optics
- BTEE607 – Power System Analysis Lab
- BTEE608 – Power System Protection & Switchgear Lab
- BTEE609 – Power Electronics Lab
- BTEE610 – Microprocessors Lab
- BTEE611 – Managerial Skills
- BTEE701 – High Voltage Engineering
- BTEE702 – Electrical Machines -III
- BTEE703 – Management Concepts & Techniques
- BTEE704 – Non Conventional & Renewable Energy Sources
- BTEE705 – Power Apparatus System
- BTEE706 – High Voltage Engineering Lab
- BTEE707 – Electrical Machines –III Lab
- BTEE708 – Electric Machine Design Lab
- BTEE709 – Innovative & Entrepreneurial Skill
- BTEE710 – Minor Project
- BTEE801 – Modern Control System
- BTEE802 – Utilization Of Electrical Energy
- BTEE803 – Installation Maintenance & Testing Of Electrical Equipments
- BTEE804 – EHV AC&DC Transmission
- BTEE805 – Installation Maintenance & Testing Of Electrical Equipments Lab
- BTEE806 – Utilization Of Electrical Energy Lab
- BTEE807 – Computer Simulation Lab
- BTEE808 – Seminar
- BTEE809 – Major Project
Key Role of B.Tech. Electrical Engineering
Talk to our academic counselors and know in detail how the program is designed to add in your career transformation.
Admission Procedure
Online Form
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Enrollment
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Pay
Pay fee through Netbanking/ Cards payments or using easy EMI with 0% interest
Our Alumini
CIIS has the most dedicated staffs, they were very patient enough to answer my never ending queries. They are very experienced in handling and guiding their students !! It was the most pleasant experience and journey with them. Looking forward to collaborate for another enriching student’s experience with CIIS. Thank you all.
FAQs
Let’s Clear Your Doubts
CIIS is pioneer leading organization to provide Distance Education across world and traditional regular courses in India. We are imparting education to thousands of students and working professionals in India through various UGC, AICTE, Ministry of HRD Govt. of India approved national and internationally acclaimed Universities.
Students will develop expertise in circuit design, power system analysis, control systems, electrical machine operation, and energy management. Proficiency in industry-standard software like MATLAB, Simulink, ETAP, and PSCAD is also developed.
Assessments are generally conducted through online quizzes, assignments, mid-term exams, project work, and final exams. Some institutions may use proctoring tools to ensure academic integrity during online exams.
Interaction is facilitated through live sessions, discussion forums, emails, and virtual office hours. Group projects and collaborative activities encourage peer engagement and learning.
Support is offered in the form of academic counseling, career guidance, technical assistance for the online platform, and tutoring. Dedicated faculty members are available for consultation during virtual office hours.
Graduates of the B.Tech in Electrical Engineering program can pursue careers in power generation, renewable energy, electrical system design, telecommunications, automation, and electronics. Common roles include Electrical Engineer, Control Systems Engineer, Power Systems Engineer, R&D Engineer, and Energy Consultant.
Many universities offer scholarships, financial assistance, and flexible payment plans for online students. Check with the institution for specific options and eligibility.
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