NIFFT-Course Focus ACCOMPLISHING EXCELLENCE IN TECHNICAL EDUCATION AND ACT AS A LEADER FOR CREATING, ACQUIRING AND DISSEMINATING STATE- OF - ART KNOWLEDGE AND THE EXPERTISE IN FOUNDRY, FORGE AND ALLIED FIELDS
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ACADEMIC PROGRAMMES

A) Regular Courses:

  • M.Tech. Degree Course in Foundry-Forge Technology of 24 months duration for B.Tech Degree holders / equiv. in Mechanical / Metallurgical and Production Engg.

  • M.Tech. Degree Course in Manufacturing Engineering of 24 months duration for B.Tech Degree holders in Mechanical / Metallurgical / Electrical / Production / Aeronautical / Manufacturing / Chemical / Ind. Engg.

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  • B.Tech. Degree course in Manufacturing Engineering Of 4 years duration for 10+2 / I.Sc. Certificate holders.

  • B.Tech. Degree course in Materials & Metallurgical Engineering of 4 years duration for 10+2 / I.Sc. Certificate holders

  • Advanced Diploma Course in Foundry Technology of 18 months duration for Diploma holders in Mechanical / Metallurgical / Production or B. Sc. Degree holders with Physics, Chemistry, Maths.

  • Advanced Diploma Course in Forge Technology of 18 months duration for Diploma holders in Mechanical / Metallurgical / Production or B. Sc. Degree holders with Physics, Chemistry, Maths.

  • LIST OF REFRESHER COURSES FOR YEAR 2004

    COURSE FOCUS

    In effort to cope with the enormous expansion, while continuing to maintain high academic standard, the B.Tech. curriculum is structured into 45 papers spread over 8 semesters of 6 months each, the M.Tech. programme is structured into 11 papers spread over 4 semesters of 6 months each and the ADC programme covers 12 papers spread over 3 semesters of 6 months each. The students of each course have to do projects, seminars and undergo one month in-plant industrial training. Major papers of each curriculum are listed below:

    
    LIST OF SUBJECTS in B.TECH. PROGRAMMES
    Manufacturing Engineering
  • Design of Machine Elements

  • Modern Methods of Manufacturing

  • Metal Working Technology

  • Metal Casting, Forging and Welding Technology

  • Heat Treatment Processes

  • Engineering Thermodynamics

  • Heat and Mass Transfer

  • Computer Programming

  • Technology of Melting and Casting

  • Industrial Engineering and MRP

  • Materials Handling and Automation

  • Quality Assurance and Inspection Methods

  • Quantitative Methods and Operation Research

  • Industrial Organization and Management

  • Physical Metallurgy and Metallography

  • Manufacturing Design and CAE

  • Technology of Free and Die Forging

  • Special Foundry Processes

  • Technology of Moulding and Core Making

  • Machine Drawing

  • Finite Elements Methods

  • Engineering Metrology

  • Machanics of Deformable Bodies

  • Fluid Mechanics

  • CAD/CAM

  • Numerical Analysis


  • Material and Metallurgical Engineering

  • Metallurgical Thermodynamics and Kinetics

  • Phase Equilibrium in Material Systems

  • Mechanical Behaviour of Metals

  • Non Metallic Materials

  • Fuel, Furnace and Refractories

  • Extractive Metallurgy of Iron and Steel

  • Physical Metallurgy and X-Ray Crystallography

  • Non Ferrous Metallurgy

  • Foundry Technology

  • Industrial Engineering and Management

  • Heat Treatment Technology

  • Powder Metallurgy

  • Total Quality Management

  • Computer Programming

  • Computer Application in Metallurgy

  • Corrosion Science and Engineering

  • Mineral Dressing

  • Rolling, Extrusion and other Hot Working Processes

  • Modern Methods of NDT

  • Instrumental Analysis

  • Transport Phenomena and Unit Processes

  • Material Handling

  • Industrial Psychology

  • Forge Technology

  • Forging Die Design


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    LIST OF SUBJECTS in M.TECH. PROGRAMMES

     

    Manufacturing Engineering
  • Advanced Physical Metallurgy
  • Machine Computation
  • Industrial Engineering and Operation Research
  • Quality Assurance and Inspection Methods
  • Heat Treatment Technology
  • Computer Aided Engineering
  • Modern Machining Processes
  • Metal Casting  Technology
  • Metal Working Technology
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    Foundry-Forge Technology

  • Advanced Physical Metallurgy
  • Machine Computation
  • Industrial Engineering and Operation Research
  • Quality Assurance and Inspection Methods
  • Sand Technology and Methoding
  • Forge Technology
  • Heat Treatment Technology
  • Technology of Ferrous Casting
  • Forging Die Design


  • LIST OF SUBJECTS in ADVANCED DIPLOMA COURSES

     

    Foundry Technology
    • Physical Metallurgy and Heat Treatment
    • Mechanical and Non-Destructive Testing
    • Metal Shaping Processes
    • Pattern Engineering
    • Moulds and Core Materials and Processes
    • Modern Foundry Processes
    • Industrial Engineering
    • Melting and Casting Techniques
    • Quality Control Techniques
       
     
    • Forge Technology
    • Physical Metallurgy and Heat Treatment
    • Mechanical and Non-Destructive Testing
    • Metal Shaping Processes
    • Free Forging Technology
    • Forging Die design
    • Modern Foundry Processes
    • Industrial Engineering
    • Forging of High Strength Steels & Alloys
    • Quality Control Techniques
    • Die Forging Technology