Can the Use of In-Unit Training Improve Duty Military Occupational Specialty Qualification in the Reserve Component? - William P Scott - Bøger - Biblioscholar - 9781249363729 - 13. september 2012
Ved uoverensstemmelse mellem cover og titel gælder titel

Can the Use of In-Unit Training Improve Duty Military Occupational Specialty Qualification in the Reserve Component?

William P Scott

Pris
DKK 498

Bestilles fra fjernlager

Forventes klar til forsendelse 11. - 18. sep.
Tilføj til din iMusic ønskeseddel
Eller

Can the Use of In-Unit Training Improve Duty Military Occupational Specialty Qualification in the Reserve Component?

Publisher Marketing: Reserve Component (RC) soldiers often attend reclassification training. Reclassification training is required any time a soldier is assigned to a position for which he does not posses the correct Military Occupational Specialty Qualification (MOSQ). Because RC soldiers often change assignments for a number of reasons, such as civilian job location changes or attendance at college, it generates significant reclassification requirements. The current program to train all these requirements has not yielded the appropriate training readiness levels. This thesis will propose an additional method to assist in reclassification training. In-unit training is a method of training that would provide flexibility to unit commanders to schedule and conduct reclassification training to cover gaps in the current education system to more closely align with the yearly training schedule. In-unit training is conducted by the unit, with school certified instructors and with the oversight of accredited training institutions. This provides the commander the ability to radically increase duty MOSQ and better support the increasing reliance of the RC to activate and deploy in support of the operational needs of the Army.

Medie Bøger     Paperback Bog   (Bog med blødt omslag og limet ryg)
Udgivet 13. september 2012
ISBN13 9781249363729
Forlag Biblioscholar
Antal sider 76
Mål 189 × 246 × 4 mm   ·   154 g