- WILP Program
WILP B.Tech in Mechanical Engineering
3 Years
Duration
100%
Online
Flexible
Work While You Study
Course Overview
The WILP B.Tech in Mechanical Engineering is designed for working professionals and diploma holders who want to earn a B.Tech degree without leaving their jobs. The program offers flexible weekend and evening classes, allowing learners to balance work, education, and personal commitments. It combines core mechanical engineering concepts with practical training, laboratory sessions, and industry-oriented projects to develop the technical expertise required in today’s manufacturing, automotive, energy, and industrial sectors.
Benefits:
- Designed specifically for working professionals
- Flexible weekend and evening class schedule
- Continue your job while pursuing a B.Tech degree
- Industry-relevant curriculum with practical training
- Covers thermodynamics, manufacturing, machine design, and industrial automation
- Hands-on learning through laboratory sessions and industry projects
- Enhances technical skills and career growth opportunities
- Degree from a recognized university (as per applicable UGC/AICTE norms)
Engineer Your Future
- Only a certified mentor will assist you
Key Highlights
Advanced Specialization
Learn while working, grow without quitting job.
Modern Curriculum
Stay updated with evolving engineering trends.
Work-Life Balance
Continue your job and pursue education seamlessly.
Hands-On Learning
Gain practical skills with strong engineering base.
Career Growth
Advance with specialized, in-demand industry skills.
Explore
Program Highlights
The WILP B.Tech in Mechanical Engineering provides a strong foundation in core mechanical engineering principles along with modern industrial technologies. The curriculum covers thermodynamics, fluid mechanics, machine design, manufacturing processes, robotics, CAD/CAM, and industrial automation to meet current industry requirements.
Applicants should hold a diploma or equivalent qualification in a relevant engineering discipline and meet the work experience requirements specified by the university. This enables learners to connect theoretical knowledge with practical workplace applications.
The program is offered through recognized universities in accordance with applicable AICTE and UGC guidelines, ensuring quality education and industry-recognized qualifications.
Designed for working professionals, the program offers flexible weekend, evening, or blended learning options. Students can continue their careers while completing their engineering degree.
The program includes live online classes, recorded lectures, LMS access, and digital study materials, allowing students to learn at their own pace while managing work responsibilities.
Live Interactive Classes
Attend live weekend and evening classes conducted by experienced faculty, allowing you to balance your job while learning core mechanical engineering concepts. Ask ChatGPT
Practical Laboratory Sessions
Participate in hands-on laboratory sessions and workshops to gain practical experience in manufacturing, machine design, thermal engineering, and industrial applications.
Recorded Lectures
Access recorded lectures anytime through the Learning Management System (LMS) to revise concepts and study at your own pace.
Virtual Engineering Labs
Use virtual simulations and digital tools to perform mechanical engineering experiments, analyze designs, and strengthen practical understanding from anywhere.
Continuous Performance Evaluation
Track your academic progress through assignments, quizzes, project work, mid-semester assessments, and end-semester evaluations.
Examination System
The assessment process includes theory examinations, practical assessments, project evaluations, and viva voce to measure technical knowledge, analytical skills, and practical competency.
Eligibility Criteria
Program Duration
Fee Structure
Course Fee (Per Semester) - ₹ 40,000
Registration Fee (One Time) - ₹ 2,500
Job Roles
Mechanical Engineering Technician
Average Annual Salary
4 LPA to 10 LPA
Testing Engineering
Average Annual Salary
6 LPA to 9 LPA
Senior Engineer
Average Annual Salary
9 LPA to 15 LPA
Associate Professor
Average Annual Salary
11 LPA to 20 LPA
Mechanical Engineer
Average Annual Salary
6 LPA to 12 LPA
M.Tech Computer Science Engineering
Learn while working, grow without quitting job.
M.Tech Power System Engineering
Stay updated with evolving engineering trends.
M.Tech structural Engineering
Continue your job and pursue education seamlessly.
M.Tech Environmental Engineering
Gain practical skills with strong engineering base.
WILP B.Tech vs Regular B.Tech
WILP B.Tech
Regular B.Tech
- Accredited Degree
- Degree from a recognized university as per applicable UGC/AICTE norms
- Degree awarded through a regular full-time engineering program
- Class Schedule
- Flexible weekend and evening classes designed for working professionals
- Fixed weekday classes with mandatory campus attendance
- Learning Mode
- Live interactive classes with recorded lecture access through LMS
- Primarily classroom-based learning with fixed schedules
- Industry-Relevant Curriculum
- Updated curriculum covering manufacturing, machine design, thermodynamics, robotics, CAD/CAM, and industrial automation
- Standard academic curriculum with limited industry integration
- Practical Exposure
- Hands-on laboratory training, industry projects, workshops, and practical assignments
- College laboratory sessions and academic projects
- Academic Support
- Dedicated faculty guidance, mentorship, doubt-clearing sessions, and LMS support
- Faculty support during regular class hours only
- Placement Assistance
- Career guidance, resume building, interview preparation, and placement support (where applicable)
- Campus placement opportunities based on institute policies
- Flexibility
- Continue your job while pursuing your B.Tech degree with flexible learning
- Requires full-time classroom attendance
- Experienced Faculty
- Learn from experienced academicians and industry professionals
- Taught primarily by university faculty members
- Accredited Degree
- UGC-DEB & AICTE-approved partner universities
- Often limited or single certification
- Class Schedule
- Evening & weekend classes for working professionals
- Fixed or rigid schedules
- Learning Mode
- 100% online with live + recorded lectures
- Mostly recorded or inconsistent sessions
- Industry-Relevant Curriculum
- Latest tools, case studies, and industry-aligned syllabus
- Traditional, outdated curriculum
- Practical Exposure
- Hands-on projects and mini-capstones
- Minimal or no project work
- Academic Support
- 1-on-1 mentorship & doubt sessions
- Email-only or delayed support
- Placement Assistance
- Dedicated career counseling & placement training
- Very limited or missing support
- Flexibility
- Learn at your own pace with LMS access
- Often lacks proper flexibility
- Experienced Faculty
- Taught by PhDs and industry experts
- Generic academic faculty
Why Choose WILP B.Tech in Mechanical Engineering?
- Study While You Work – Continue your professional career without taking a break.
- Flexible Learning Schedule – Attend weekend, evening, or blended classes designed for working professionals.
- Industry-Relevant Curriculum – Learn modern concepts in manufacturing, machine design, robotics, CAD/CAM, and industrial automation.
- Hands-on Practical Training – Gain practical experience through laboratory sessions, projects, and workshops.
- Work-Integrated Learning – Apply engineering concepts directly to real-world industrial applications.
- Career Growth Opportunities – Improve your qualifications for promotions, leadership roles, and higher-paying positions.
- No Career Break Required – Earn your B.Tech degree while continuing your full-time employment.
- Experienced Faculty – Learn from qualified academicians and industry experts.
- Technology-Enabled Learning – Access live classes, recorded lectures, and digital learning resources anytime.
- Recognized Degree – Graduate with a degree from a recognized university in accordance with applicable UGC/AICTE norms.
