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NFC Recruitment 2023- ITI Trade Apprentice Vacancy, Job Opening

Nuclear Fuel Complex is Recruiting for the Post of ITI Trade Apprentice, Apply Now!

Sentinel Digital Desk

Nuclear Fuel Complex (NFC) released the latest job notification for the recruitment of a ITI Trade Apprentice vacancy. Interested candidates can apply before the last date. Check more details on the Nuclear Fuel Complex (NFC) job vacancy 2023.

Nuclear Fuel Complex (NFC) Recruitment Notification 2023

Nuclear Fuel Complex (NFC) has recently sought a job notification for the recruitment of a ITI Trade Apprentice Vacancy. Desirous candidates can check all the job details of no of posts, age limit, salary, qualification, etc prescribed below:

Nuclear Fuel Complex (NFC) job Openings

About Job

Requirement Details

Post Name

ITI Trade Apprentice

Posts

206

Location

Hyderabad – Telangana

Salary

Rs. 7,700 – 8,050/- Per Month

Last Date

30-Sep-2023

Age

18 years

Application Fees

N/A

Educational Qualification for Nuclear Fuel Complex (NFC) Job Vacancy:

Post Name

Educational Qualification

ITI Trade Apprentice

To apply for the post of ITI Trade Apprentice at Nuclear Fuel Complex (NFC), the candidate should have completed 10th, ITI from any of the recognized boards or Universities.

How to Apply for Nuclear Fuel Complex (NFC) Job Openings:

Interested and eligible candidates can apply Online at NFC official website nfc.gov.in, Starting from 16-09-2023 to 30-Sep-2023

Disclaimer: Provided by the Nuclear Fuel Complex (NFC)

About Nuclear Fuel Complex (NFC): The Nuclear Fuel Complex (NFC) was established in 1971 as a major industrial unit of India's Department of Atomic Energy, as a nuclear plant also specializing in supply of nuclear fuel bundles and reactor core components. It is a unique facility where natural and enriched uranium fuel, zirconium alloy cladding and reactor core components are manufactured under one roof.

Natural uranium, mined at Jaduguda Uranium Mine in the Singhbhum area of Jharkhand state, is converted into nuclear fuel assemblies. A 220 MW PHWR fuel bundle contains 15.2 kg of natural uranium dioxide (UO2). Uranium dioxide pellets, which generate heat while undergoing fission, also generate fission products. The fission products, which are radioactive, should be contained and not allowed to mix with coolant water. Hence the UO2 pellets are contained in zirconium alloy tubes with both ends hermetically sealed.