🎓 WP Program
Online / Flexible B.Tech in
Electrical and Electronics Engineering
Work Integrated Learning Programme – Get Promoted in your Job
3 Years
Duration
100%
Online
Flexible
Work While You Study
What is Online B.Tech in Electrical and Electronics Engineering?
An Online / Flexible B.Tech in Electrical & Electronics Engineering (EEE) is a specialized degree program designed for working professionals, diploma holders, and plant technicians. Instead of leaving your job for regular classes, this course helps you balance work and studies through:
- Flexible online live classes & weekend sessions
- 24/7 access to recorded video lectures
- Industry-relevant digital learning material & modern software simulations
You don’t need to quit your job or take a career break. Upgrade your degree, master power systems, smart grids, EV technology, and embedded circuits, and open doors to senior engineering roles.
Key Features of Online B.Tech in Electrical and Electronics Engineering
This gives you a basic idea, but actual structure can vary from university to university.
Mode
Online / Hybrid / Flexible
Eligibility
Diploma Holders / Working Professionals
Duration
3 Years
Learning
Recorded Lectures + Live Interactive Weekend Sessions
Exams
Online / Flexible Assignment & Proctored Exams
Program Highlights
Experience the future of online education with our cutting-edge features and personalized learning approach
Program Highlights
1. Industry-Focused Curriculum
The program combines core electrical engineering concepts with modern technologies such as power systems, control systems, electrical machines, electronics, automation, and renewable energy. The curriculum is designed to meet current industry requirements.
2. Eligibility
Candidates should have a diploma or equivalent qualification in a relevant engineering discipline along with the required work experience, as per university guidelines.
3. AICTE/UGC Compliance
The program is offered in accordance with the applicable AICTE/UGC regulations through recognized universities, ensuring quality education and industry relevance.
4. Flexible Learning Format
Designed for working professionals, the program offers weekend, evening, or blended learning options, allowing students to continue their careers while earning a B.Tech degree.
5. Practical Learning
Students gain hands-on experience through laboratory sessions, industry-based projects, case studies, and practical assignments that strengthen technical and problem-solving skills.
6. Simple Study Program
Live and Interactive Courses
Attend expert-led weekend or evening sessions. Ask ChatGPT
Hands-on Laboratory Training
Practical learning through labs and workshops
Recorded Lectures
Access session recordings anytime for revision.
Virtual Lab Access
Perform simulations and experiments remotely.
Continuous Assessment
Regular assignments, quizzes, and semester evaluations.
Examination System
Includes theory exams, practical assessments, and viva examinations.
Eligibility Criteria
Qualification
- 1. Diploma Holder: Minimum 45% marks (General) / 40% (Reserved Category) in Electrical, Electronics, or relevant engineering branches.
- 2. B.Sc. Graduate: Minimum 45% marks (General) / 40% (Reserved Category) with Mathematics in 12th standard.
- 3. Work Experience: Minimum 1 year of technical/industry experience in relevant sectors.
Program Duration
- 1. The program runs for 3 years, divided into 6 academic semesters under the lateral entry mode.
- 2. Includes a mix of theoretical lectures and virtual laboratory sessions, where experiments are performed remotely using advanced simulations for hands-on learning.
Fee Structure
- Course Fee (Per Semester) - ₹ 42,500/-
- Registration Fee (One Time) - ₹ 2,500/-
Job Roles
Electrical / Electronics Engineer
Avg Salary:
₹ 4.5 LPA – ₹ 8.5 LPA
Power Systems & Grid Specialist
Avg Salary:
₹ 5.5 LPA – ₹ 10 LPA
EV & Battery System Engineer
Avg Salary:
₹ 6 LPA – ₹ 12 LPA
Automation & PLC/SCADA Engineer
Avg Salary:
₹ 5 LPA – ₹ 9.5 LPA
Project Manager (Electrical Infra)
Avg Salary:
₹ 8.5 LPA – ₹ 16 LPA
Job Roles
B.Tech Lateral Entry computer science Engineering
Learn while working, grow without quitting job.
B.Tech Lateral Entry Civil Engineering
Stay updated with evolving engineering trends.
B.Tech Lateral Entry Mechanial Engineering
Continue your job and pursue education seamlessly.
B.Tech Lateral Entry ECE Engineering
Gain practical skills with strong engineering base.
WILP B.Tech vs Regular B.Tech
Here’s Why.
- WILP B.Tech vs Regular B.Tech
- Class Schedule
- Learning Mode
- Industry-Relevant Curriculum
- Practical Exposure
- Academic Support
- Academic Support
- Flexibility
- Experienced Faculty
WILP B.Tech
- Degree from a recognized university as per applicable UGC/AICTE norms
- Flexible weekend and evening classes for working professionals
- Live interactive classes with recorded lecture access
- Updated syllabus covering power systems, electrical machines, electronics, automation.
- Hands-on labs, industry projects, practical assignments, and case studies
- Dedicated faculty guidance, mentorship, LMS support, and doubt-clearing sessions
- Career guidance, skill development, resume support, and interview preparation
- Continue your job while pursuing your B.Tech degree
- Learn from experienced academicians and industry experts
Regular B.Tech
- Degree awarded through a regular full-time program
-
Fixed weekday classroom
schedule - Primarily classroom-based learning with fixed timings
- Standard curriculum with limited industry integration
- Laboratory sessions and academic projects within the college
-
Faculty support during regular college
hours - Campus placement opportunities for full-time students
-
Requires full-time classroom
attendance - Taught by university faculty members
Why Choose Online B.Tech in Electrical and Electronics Engineering?
- Study Without Quitting Job: Keep your financial independence and job security intact.
- Future-Ready Tech Curriculum: Learn modern technologies like Renewable Energy, Electric Vehicles, Smart Grids, and Embedded Systems.
- Flexible Learning Schedule: Tailor your study time around work shifts and busy schedules.
- Faster Career Progression: Shift from supervisory/operator roles to lead technical engineering roles.
- Real-World Problem Solving: Case studies and projects based on modern industrial electrical challenges.