Course Overview
About the Advanced Certificate in Quality and Industrial Engineering:
The Advanced Certificate in Quality and Industrial Engineering is a work-integrated, skill-based higher education program delivered under the WISE (Work Integrated Skill-based Higher Education – On-the-Job Training) Model.
The program is recognized by the University Grants Commission and accredited by the National Council for Vocational Education and Training. It is aligned with the National Skills Qualifications Framework (NSQF) and the National Credit Framework (NCrF).
The curriculum follows international industry standards established by:
- American Society of Mechanical Engineers (ASME)
- American Society for Nondestructive Testing (ASNT)
- American Welding Society (AWS)
This ensures students gain practical industrial skills aligned with global engineering and inspection practices.
Key Highlights
UGC Recognized Program
- 600 Total Training Hours
- Earn 20 UGC Academic Credits
Earn While You Learn
Students receive a monthly stipend during training, which can be used to pay course fees through flexible installments.
Pay After Placement Plan (PAPP)
- Through Synergem Consultancy Private Limited, candidates:
- Pay 50% fees during foundation training
- Pay remaining 50% via salary-based installments during employment
Initial Foundation Training
- 2 Months On-Campus Training
- Conducted at Center of Excellence (COE)
- Location: MLR Institute of Technology, Hyderabad
On-the-Job Training (WISE Model)
- 6 Months Industry-Based Practical Training
- Hands-on practical exposure with partner industries
Paid Industry Stipend
Guaranteed stipend during OJT:
- India: ₹15,000 – ₹20,000 CTC / Month
Assured Post-Training Employment
Guaranteed placement upon successful completion.
Expected Salary Range
- India: ₹20,000 – ₹25,000 CTC / Month
(Based on experience & interview performance)
Who Can Enroll?
This Program is suited for:
Under Graduates & Fresh Graduates holding degrees in:
M.Tech / B.E. / B.Tech or Diploma in Mechanical, Automobile, Aeronautical, Metallurgical, Metallurgy and Material Technology, Marine, Petroleum, and Petrochemical engineering streams.
Training Structure
- 01 Months Foundation Training (15 Days On-Campus or Online, 15 Days Practical Training at our COE, Hyderabad)
- 06 Months On-The-Job Training by working in the Industry
Career Opportunities: Industries & Job Positions After Training:
| Industries You’ll Be Working On | Job Designations / Positions |
|---|---|
|
|
Course Fee & Payment Structure
Total Program Fee: ₹35,000/-
You Pay from Your Pocket: ₹17,500 Only.
*Remaining fee can be paid through monthly installments during OJT.
Payment Breakdown
- ₹17,500 during the Foundation Training payable in 02 installments
- ₹17,500 in easy monthly installments during On-The-Job Training (OJT)
| Component | Amount | Description | Payment Method / Due Date / Frequency |
|---|---|---|---|
| Total Fee | ₹35,000/- | Complete Training Program Cost | — |
| Fees to be Paid (During 2 Months Foundation Training) | ₹17,500/- | ₹500 for admission booking and ₹17,000 during the Foundation Training period |
|
Special Discount:
Option 01:
Pay the complete fee of ₹30,000 in a single payment and get a ₹5,000 discount.
- Final Program Fee: ₹35,000 → ₹30,000
- Total Savings: ₹2,500
Option 02:
Pay the complete fee of ₹15,000 in a single payment after OJT confirmation and get a ₹2,500 discount.
- Final Program Fee: ₹35,000 → ₹32,500
- Total Savings: ₹2,500
Flexible Payment Benefits:
- Monthly ECS Installment Mode
- Pay fees using earned stipend
- No full upfront payment required
- Ideal for Pay After Placement Plan (PAPP) candidates
- 55% fees paid through stipend deductions during OJT
Curriculum
- 6 Sections
- 62 Lessons
- 600 Hours
- Industrial Safety3
- Industrial Metallurgy26
- 2.1Industrial Metallurgy: Lecture 01
- 2.2Industrial Metallurgy: Lecture 02
- 2.3Industrial Metallurgy: Lecture 03
- 2.4Industrial Metallurgy: Lecture 04
- 2.5Industrial Metallurgy: Lecture 05
- 2.6Industrial Metallurgy: Lecture 06
- 2.7Industrial Metallurgy: Lecture 07
- 2.8Industrial Metallurgy: Lecture 08
- 2.9Industrial Metallurgy: Lecture 09
- 2.10Industrial Metallurgy: Lecture 10
- 2.11Industrial Metallurgy: Lecture 11
- 2.12Industrial Metallurgy: Lecture 12
- 2.13Industrial Metallurgy: Lecture 13
- 2.14Industrial Metallurgy: Lecture 14
- 2.15Industrial Metallurgy: Lecture 15
- 2.16Industrial Metallurgy: Lecture 16
- 2.17Industrial Metallurgy: Lecture 17
- 2.18Industrial Metallurgy: Lecture 18
- 2.19Industrial Metallurgy: Lecture 19
- 2.20Industrial Metallurgy: Lecture 20
- 2.21Industrial Metallurgy: Lecture 21
- 2.22Industrial Metallurgy: Lecture 22
- 2.23Industrial Metallurgy: Lecture 23
- 2.24Industrial Metallurgy: Lecture 24
- 2.25Industrial Metallurgy: Lecture 25
- 2.26Industrial Metallurgy: Lecture 26
- Isometric & Industrial Drawings3
- Welding Technology9
- QA/QC5
- Conventional NDT16
- 6.1NDT Introduction: Lecture 01
- 6.2NDT Introduction: Lecture 02
- 6.3NDT Introduction: Lecture 03
- 6.4Visual Testing: Lecture 01
- 6.5Visual Testing: Lecture 02
- 6.6Visual Testing: Lecture 03
- 6.7Liquid Penetrant Testing: Lecture 01
- 6.8Liquid Penetrant Testing: Lecture 02
- 6.9Liquid Penetrant Testing: Lecture 03
- 6.10Magnetic Particle Testing: Lecture 01
- 6.11Magnetic Particle Testing: Lecture 02
- 6.12Magnetic Particle Testing: Lecture 03
- 6.13Ultrasonic Testing: Lecture 01
- 6.14Ultrasonic Testing: Lecture 02
- 6.15Ultrasonic Testing: Lecture 03
- 6.16Ultrasonic Testing: Lecture 04
