Institute for Plasma Research jobs for Trainee Scientific Officer in Gandhinagar. Last Date to apply: 30 Jan 2024
Trainee Scientific Officer
Institute for Plasma Research
Expired
Posted: 09 Jan 24
Job Description
ADVT. NO. 01/2024
More information about this Trainee Scientific Officer Job
Please go through the below FAQs to get all answers related to the given Trainee Scientific Officer job
Designation - Trainee Scientific Officer
Number of Job Vacancies - 6
Essential Qualification
- Candidates have B.E./B.Tech./ B.Sc.
Remuneration
- Basic pay of ₹ 56100/- per month in the Level 10 of pay matrix (7th CPC) plus other allowances as admissible under rules of IPR.
Age limit
- Minimum age limit 26 years
- Maximum age limit 31 years
Note
The merit list created out of Selection Interview Marks (OCES- 2024) will be used to select candidates as Trainee Scientific Officer in the Institute for Plasma Research.
The IPR Trainees will be paid monthly stipend and one time book allowance at the applicable rates.
On successful completion of the one year training, partly for course work at BARC Training School followed by project work at IPR, these IPR Trainee Scientific Officers (ITSOs) will be appointed in IPR as Scientific Officer-C at a basic pay of ₹ 56100/- per month in the Level 10 of pay matrix (7th CPC) plus other allowances as admissible under rules of IPR.
These appointed Scientific Officers will be governed by terms and service conditions of IPR.
The candidates selected for IPR will only be considered for appointment in IPR, not to any other
unit or institute of DAE.
More information about this Trainee Scientific Officer Job
Please go through the below FAQs to get all answers related to the given Trainee Scientific Officer job
- What are the job requirements to apply for this Trainee Scientific Officer job position?
- Ans: A candidate must have a minimum of 3+ year experience as an Trainee Scientific Officer
- What is the qualification for this job?
- Ans: The candidate can be a Graduate from any of the following: BE/B.Tech, BSc
- What are the salary requirements for this job?
- Ans: The salary range is between 56100 Monthly. The Salary will depend on the interview. This Trainee Scientific Officer is a Full Time in Gandhinagar.
- What is the hiring Process of this job?
- Ans: The hiring process all depends on the company. Normally for an entry level, hiring the candidate has to go for Aptitude, GD (If they look for communication),Technical test and face to face interviews.
- This Trainee Scientific Officer is a work from home job?
- Ans: No ,its not a Work from Home Job.
- How many job vacancies are opening for the Trainee Scientific Officer position?
- Ans: There are immediate 6 job openings for Trainee Scientific Officer in our Organisation.
Job Particulars
Role engineer core non it
Who can apply Experienced (3+ Years)
Hiring Process Face to Face Interview
Employment TypeFull Time
Job Id2169718
Job Category Core Technical , Govt Jobs , BSc/BCA/BBM
Locality Address
State Gujarat
Country India
About Company
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.
A proposal to the Government of India to initiate studies on magnetically confined high temperature plasmas was accepted in 1982 and resulted in establishment of the Plasma Physics Programme (PPP) supported by the Department of Science and Technology. Design and engineering of India's first tokamak ADITYA started at the same time. In 1984 the activities moved into an independent campus at Bhat village in the outskirts of Ahmedabad city in 1984.The PPP evolved into the autonomous Institute for Plasma Research under the Department of Science and Technology in 1986. With the commissioning of ADITYA in 1989, full-fledged tokamak experiments started. A dynamic experimental programme focusing on transport due to edge turbulence has resulted in major discoveries in this field. This period also saw development of new programmes in plasma processing and basic and computational plasma research.
With the decision to build the second generation superconducting steady state tokamak SST-1 capable of 1000 second operation in 1995, the institute grew rapidly and came under the administrative umbrella of the Department of Atomic Energy. Major new programmes in pulsed power, advanced diagnostics, computer modelling, development of RF and neutral beam heating systems etc. also came into being. The industrial plasma activities were reorganised under the Facilitation Centre for Industrial Plasma Technologies and moved to a separate campus in Gandhinagar in 1998.
IPR is now internationally recognized for its contributions to fundamental and applied research in plasma physics and associated technologies. It has a scientific and engineering manpower of 200 with core competency in theoretical plasma physics, computer modeling, superconducting magnets and cryogenics, ultra high vacuum, pulsed power, microwave and RF, computer-based control and data acquisition and industrial, environmental and strategic plasma applications.
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.
A proposal to the Government of India to initiate studies on magnetically confined high temperature plasmas was accepted in 1982 and resulted in establishment of the Plasma Physics Programme (PPP) supported by the Department of Science and Technology. Design and engineering of India's first tokamak ADITYA started at the same time. In 1984 the activities moved into an independent campus at Bhat village in the outskirts of Ahmedabad city in 1984.The PPP evolved into the autonomous Institute for Plasma Research under the Department of Science and Technology in 1986. With the commissioning of ADITYA in 1989, full-fledged tokamak experiments started. A dynamic experimental programme focusing on transport due to edge turbulence has resulted in major discoveries in this field. This period also saw development of new programmes in plasma processing and basic and computational plasma research.
With the decision to build the second generation superconducting steady state tokamak SST-1 capable of 1000 second operation in 1995, the institute grew rapidly and came under the administrative umbrella of the Department of Atomic Energy. Major new programmes in pulsed power, advanced diagnostics, computer modelling, development of RF and neutral beam heating systems etc. also came into being. The industrial plasma activities were reorganised under the Facilitation Centre for Industrial Plasma Technologies and moved to a separate campus in Gandhinagar in 1998.
IPR is now internationally recognized for its contributions to fundamental and applied research in plasma physics and associated technologies. It has a scientific and engineering manpower of 200 with core competency in theoretical plasma physics, computer modeling, superconducting magnets and cryogenics, ultra high vacuum, pulsed power, microwave and RF, computer-based control and data acquisition and industrial, environmental and strategic plasma applications.
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