Total No of Posts: 07
Name of the Posts:
1. Multi Tasking Staff (MTS): 03 Posts
i. UR: 02 Posts
ii. SC: 01 Post
2. Safaiwala: 03 Posts
i. UR: 02 Posts
ii. SC: 01 Post
3. Mess Staff: 01 Post
i. UR: 01 Post
Age Limit: Candidates age should be between 18-25 years as on the last date for receipt of application. Age relaxation is applicable for SC/ ST/ OBC/ PH/ Ex-Serviceman/ Departmental candidates/ Other eligible categories as per Central Government of India Rules.
Educational Qualification: Candidates should pass Matriculation or equivalent qualification from a recognized university or board.
Selection Process: Candidates will be selected based on qualification, written test/ interview.
How to Apply: Eligible candidates may send their application in the prescribed format typed in English/ Hindi, affixing recent self attested photograph along with self attested photocopies of all relevant certificates, self addressed stamped envelope of size 24×11 centimeters to the concerned Air Force Station/ Unit within 30 days from the date of advt. Superscribe the envelope as “Application for the post of ———————- in ———- Unit”.
Important Dates:
Date of Advertisement: 28-11-2015 to 04-12-2015.
Last Date for Submission of Application: Within 30 days from the date of advt.
Date of Advertisement: 28-11-2015 to 04-12-2015.
Last Date for Submission of Application: Within 30 days from the date of advt.
Chanakya Defence Group is the best Airforce Coaching In Chandigarh.
ReplyDeleteThe breakdown of thermal load calculation principles in this post provides a very practical foundation for plant managers. Calculating waste heat generation based on actual duty cycles rather than simple motor horsepower ratings is where many design engineers run into trouble. When consulting with reputable Air Blast Oil Cooler Manufacturers , bringing precise data on continuous operating pressure, valve relief bypass times, and fluid viscosity requirements leads to far more accurate unit sizing. Over-sizing can lead to unnecessary power consumption and spatial footprint issues, while under-sizing causes fluid breakdown and premature seal failure. Taking a data-driven approach to cooling loop design is always worth the effort.
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