School Of Postgraduate Studies 

SPG, established in 1983, offers Postgraduate Programmes in Tool Engineering, Product Design & Engineering, Tool Design, and Quality Engineering & Management. 

  • - Programs are designed to align with industry requirements, fostering practical experience and hands-on learning.
  • - Intensive and well-structured, integrating classroom lectures, training, workshops, and industry visits.
  • - Comprised professionals from both Industry and Academia, providing expert technical training to trainees. 
  • - NTTF boasts an exceptional placement record, opening doors to rewarding career opportunities for our graduates.

 

Our postgraduate programs are centered around industry expertise! 

Two Years Degree Program
Postgraduate Degree in Tool Engineering 
Postgraduate Degree in Product Design & Engineering 

One Year Diploma Program
Postgraduate Diploma In Tool Design
Postgraduate Diploma In Quality Engineering & Management

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Why Choose a Postgraduate Program From NTTF?

Are you lacking technical skills and looking for a program that focuses on real-world industry requirements and hands-on experience? Join our specialization program (postgraduate) at the School of Postgraduate Studies and moveup in life. 

At NTTF's School of Postgraduate Studies, we stand out from the crowd by offering a unique blend of hands-on experience, cutting-edge research, and mentorship from industry experts, ensuring you emerge as a standout professional in your field.

  • - State-of-the-art facilities
  • - Industry-Focused Curriculum 
  • - Experienced Faculty 
  • - Hands-on learning
  • - Industrial exposure
  • - Placement Assistance 

 

Degree Programs 

Postgraduate Degree in Tool Engineering 

Gain advanced theoretical and practical knowledge in the field of Tool Engineering, with a strong focus on CAD/CAM/CAE technologies to meet industry demands.

  1. 1. Studying materials, including metals and plastics.
  2. 2. Understanding and applying GD&T concepts.
  3. 3. Designing press tools for complex sheet metal components.
  4. 4. Designing molds for plastic components.
  5. 5. Designing dies for pressure-die cast components.
  6. 6. Designing jigs, fixtures, and gauges.
  7. 7. Planning, manufacturing, and estimating costs of tools, dies, and molds.
  8. 8. Utilizing analytical computation techniques for designing and analyzing tools, molds, and dies.
  9. 9. Conducting tool try-outs to eliminate defects and optimize production conditions for quality output.
  10. 10. Gaining hands-on experience in shop floor activities for creating simple tools.

 

Postgraduate Degree in Product Design & Engineering 

Acquire advanced skills in product design with a focus on rendering and 3D software.  

  1. 1. Understanding the product design and new product development process.
  2. 2. Generating innovative ideas and concepts to meet customer needs.
  3. 3. Creating 3D models using computer software and evaluating designs.
  4. 4. Ensuring ease of manufacture and assembly in the design.
  5. 5. Utilizing engineering analysis techniques for design improvement.
  6. 6. Enhancing designs to achieve customer satisfaction and business objectives.
  7. 7. Developing skills to create and present virtual or actual concept models, appearance models, mock-ups, and prototypes.
  8. 8. Familiarity with soft tool development for batch production of new products.
  9. 9. Conducting prototype testing and implementing design modifications.

 

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Diploma Programs

Postgraduate Diploma In Tool Design

Gain advanced theoretical and practical knowledge in Tool Design, tailored for the Tooling, Gauging, and CAD/CAM industries.

  1. 1. Designing press tools for sheet metal components.
  2. 2. Designing molds for plastic components.
  3. 3. Designing pressure die casting dies.
  4. 4. Utilizing CAD for tool, mold, and die-casting design.
  5. 5. Mastering process planning and manufacturing of tools, molds, jigs, and fixtures.
  6. 6. Designing gauges, jigs, and fixtures, and applying GD&T.

 

Postgraduate Diploma In Quality Engineering & Management

Gain advanced theoretical and practical knowledge in the field of Quality Engineering.

  1. 1. Develop, implement, and audit quality management systems for continuous improvement.
  2. 2. Utilize meteorological instruments, gauges, and comparators for inspection and quality assurance, adhering to GD&T standards.
  3. 3. Acquire knowledge of quality initiatives such as Six Sigma, TQM, Lean Manufacturing, and problem-solving methodologies.
  4. 4. Familiarize themselves with various management system standards.
  5. 5. Apply different DOE/SQC techniques and perform statistical analysis using specialized software.

 

Learners To Leaders

Over the years, NTTF has sharpened the skills of an impressive count of 60,000 talented individuals, empowering them to become proficient leaders in their respective fields. 

 

 

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