National Institute of Mountaineering and Allied Sports

The National Institute of Mountaineering and Allied Sports (NIMAS) is an autonomous institute under the Indian Ministry of Defence, which provides specialized training in mountain rescue, mountaineering and adventure sports. The institute was founded by the Government of Arunachal Pradesh[2][3][4] and is located in Dirang of the West Kameng district of Arunachal Pradesh.[5]NIMAS is the first National Institute of India mandated to conduct adventure courses in the field of land , Air and Aqua.

The Director and Team Leader of National Institute for Mountaineering and Allied Sports (NIMAS), Dirang, Arunachal Pradesh, Col. Sarfraz Singh presenting a memento to the Union Minister for Defense, Nirmala Sitharaman, at the flag in ceremony of successful scaling Mt. Everest, in New Delhi on June 6, 2018.[1]

History

The Institute was established on 30 May 2013.[2]Col Sarfraz Singh is the First Director of NIMAS.

Courses

The institute offers variety of Mountaineering, Aero and Aqua related courses.[6]

  • Basic Mountaineering Course
  • Advance Mountaineering Course
  • MOI Course
  • Search & Rescue Course
  • Basic MTB course
  • Advance MTB Course
  • Mountain Guide Course
  • Special Land Adventure Courses
  • Special Aqua Adventure Courses
  • Basic & Intermediate White Water Rafting Course
  • Basic & Advance Para Gliding Course
  • Basic & Intermediate Para Motor Course
  • Mountaineering Expedition course
  • Rafting Expedition course
gollark: > why is it the least secure language<@229987409977278464> C does basically no memory safety checking when it's compiled.
gollark: ... yes?
gollark: Cryptography, especially asymmetric (public-key/key exchange/whatever) cryptography, involves complicated maths and stuff, and implementing that yourself (or worse, coming up with your own algorithms) is a bad idea.
gollark: There are some libraries which do secure communications stuff for you. One of my projects uses ECNet or something.
gollark: The counter would be part of the encrypted data, so I guess the answer is "possibly yes but you would need to capture a lot of encrypted packets to do it".

See also

References


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