National Institute Of Foundry And Forge Technology Admission 2025, Top Agencies, Last Date, Plantation

The forward looking endeavor, pursued over the years, has evolved a four tier academic framework in NIFFT involving advanced diploma, B Tech, M Tech and doctoral program with a balanced emphasis on training, education and research. The partitioning among the subject domains has been consciously avoided with the objective of sharing facilities and expertise in pursuing near-net-shape component technology as a unique knowledge domain. Such ambiance of training and education has attracted the interest of the potential employers and augmented the employability of students at all the levels. Currently, a large segment of the alumni community of NIFFT is holding the positions of leadership in different industries. They are also serving in various research organization and academic institutions of the country.
In the present scenario, Foundry and Forge sector, owing to their consistent leadership in the global market over the years, fit best in the ‘Make in India’ endeavor. Both the sectors provide the large employment and are rapidly embracing the acquired potential in materials engineering and computer based modeling, simulation and design.
The call for creation of independent capability in Foundry and Forge technology, with highest standard has triggered the process of upgrade of NIFFT to the Centre of Excellence by incorporating the important attributes of autonomy. In the new paradigm, the institute is poised to evolve the complete pathway of component manufacturing technology with judicious synergy of computational science and manufacturing technology encompassing design of materials and process; net shape casting and forming; testing and characterization of materials and components; component integrity assessment; component reengineering and recycling.
At the eve of its Golden Jubilee year, NIFFT reaffirms its commitment to the nation.

National Institute of Foundry and Forge Technology - NIFFT Highlights

• Established year:
• Institute type: Ranchi University - RU
• Approved by: AICTE
• Application mode: Online (pen and paper-based)
• Location: Hatia Ranchi, Jharkhand 834003 , India

National Institute of Foundry and Forge Technology - NIFFT Offered Course List

School Of Agriculture & Veterinary Science, School Of Commerce And Management Studies, School Of Hotel Management, School Of Science, School Of Foreign & Indian Languages, School Of Journalism & Mass Media Communication, School Of Philosophy And Research, School Of Engineering & Technology, School Of Computer Science & IT, School Of Architecture & Planning, School Of Library & Information Science, School Of Arts And Social Studies, School Of Education And Physical Education, School Of Law, School Of Pharmacy, School Of Para-Medical Science, School Of Fire & Safety, M.Phil Subjects List, Ph.D. Subjects List,

National Institute of Foundry and Forge Technology - NIFFT Admission Process

The application form is available on the official website of National Institute of Foundry and Forge Technology - NIFFT . Those who wish to apply can submit their applications on the official website. The selection is done on the basis of merit list.

National Institute of Foundry and Forge Technology - NIFFT Placement

The Placement Cell of the National Institute of Foundry and Forge Technology - NIFFT supports students in making the right career choices and enables employers in taking the right hiring decisions during recruitment.

National Institute of Foundry and Forge Technology - NIFFT Course Offered

• Bachelor of Techonology in Manufacturing Technology(B.Tech. Manufacturing Technology)
• Bachelor of Techonology in Metallurgical Engineering(B.Tech. Metallurgical Engineering)
• Master of Technology in Environmental Engineering(M.Tech. Environmental Engineering)
• Master of Technology in Manufacturing Technology(M.Tech. Manufacturing Technology)
• Master of Technology in Material Science and Engineering(M.Tech. Material Science and Engineering)
• Diploma in Foundry Technology(DFT)