IPR Recruitment 2023 –Scientific Assistant-B vacancy, Job Opening

Institute for Plasma Research is Recruiting for the post of Scientific Assistant-B, Apply Now!
IPR Recruitment 2023 –Scientific Assistant-B vacancy, Job Opening
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Institute for Plasma Research (IPR) released the latest job notification for the recruitment of a Scientific Assistant-B vacancy. Interested candidates can apply before the last date. Check more details on the Institute for Plasma Research (IPR) job vacancy 2022.

Institute for Plasma Research (IPR) Recruitment Notification 2022

Institute for Plasma Research (IPR) has recently sought a job notification for the recruitment of a Scientific Assistant-B Vacancy. Desirous candidates can check all the job details of no of posts, age limit, salary, qualification, etc prescribed below:

IPR job Openings

About Job

Requirement Details

Post Name

 Scientific Assistant-B

Posts

15

Location

Gandhinagar – Gujarat

Salary

Rs. 35,400/- Per Month

Last Date

04/11/2022

Age

18-30 years

Application Fees

All Other Candidates: Rs. 200/-

SC/ST/Female/PWBD/EWS/ Ex-Serviceman Candidates: Nil

Educational Qualification for Institute for Plasma Research (IPR) Job Vacancy:

Post Name

Educational Qualification

 Scientific Assistant-B

To apply for the post of Scientific Assistant-B at the Institute for Plasma Research (IPR), the candidate should Diploma, B.Sc from any of the recognized boards or Universities.

How to Apply for Institute for Plasma Research (IPR) Job Openings:

Interested and eligible candidates can apply Online at IPR official website ipr.res.in, Starting from 13-09-2023 to 13-Oct-2023

Disclaimer: Provided by the Institute for Plasma Research (IPR)

About Institute for Plasma Research (IPR): The Institute for Plasma Research can trace its roots back to early 1970's when a coherent and interactive programme of theoretical and experimental studies in plasma physics with an orientation towards understanding space plasma phenomena was established at the Physical Research laboratory.

The early studies were on simulation of E x B instabilities characteristic of the equatorial electrojet, plasma-neutral gas interaction with relevance to the cometary plasma-solar wind interaction and single particle confinement in non-adiabatic magnetic mirrors. Experiments on non-linear ion acoustic waves and double layers were added later. High power plasma experiments using intense electron beams to form compact toroids and electron rings in toroidal devices started in 1978 reflected a re-orientation to fusion-relevant experiments.

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