09.12.2012 Views

I__. - International Military Testing Association

I__. - International Military Testing Association

I__. - International Military Testing Association

SHOW MORE
SHOW LESS

Create successful ePaper yourself

Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.

CONTINGENCY TASK ‘IRAiNING SCENARIO GENERATOR<br />

1Lt Todd S. Dart<br />

2Lt Jody A. Guthals<br />

Ma? Timothy M. Bergquist<br />

Air Force Human Resources Laboratory<br />

INTRODUCTION<br />

The Contingency Task Training (CTT) project was directed at determining<br />

critical skills necessary in wartime or during mid to low-intensity conflicts.<br />

Subsequently , this knowledge would be used for training. The Air Force Human _.<br />

Resources Laboratory (AFHRL) was tasked with developing the methodology at the<br />

request of Headquarters Air Training Command (HQ ATC) and the U.S. Air Force<br />

Occupational Measurement Center (USAFOMC). The concept for CTT originated in a<br />

study performed by CSAFOMC in 1979, entitled the Air Base Ground Defense Tactics<br />

Analysis. A task survey for security police (SP) personnel was combined with a<br />

simple scenario in order to determine which tasks are more important during a<br />

given situation. The study was highly effective in restructuring the S? field,<br />

so much so that HQ ATC requested the technology be developed for combining task<br />

surveys w: th contingency scenarios. USAFOMC in turn produced Request For<br />

Personnel Research (RPR) 84-02, ‘Contingency Task Training Requirements.’ asking<br />

AFHRL to develop and validate the contingency technology.<br />

AFHRL started the CTT project in 1988. In order to develop, test, and<br />

validate scenarios for use with task surveys, the project was divided into two<br />

phases. Phase I was the development of the scenario generation technology.<br />

Phase II involved coupling scenarios to task surveys. The scenario and task<br />

survey would then be sent to senior noncommissioned officers (NCOs) w!lo would<br />

review the scenario and rate each task listed for their respective jobs as to<br />

training emphasis. The results would then be validated against Specialty<br />

Training Standards (STS) which list skills each airman is to be instructed in tc<br />

reach certain levels of proficiency. Some of the skills in the STS are marked<br />

with an asterisk signifying tasks to be taught during wartime. All other tasks<br />

not ma 1; 2. e 2 are to be dropped from instruction. The method of choosing xhich<br />

tasks to mark has always been left up to the senior NCO. In the past, marking<br />

wartime 5kills has been done at the last minute during course re-evaluation.<br />

Also, mart:+? .T~?‘!!s have never been validated.<br />

T::i: purpose of the CTT project was to provide a method to validate wartime<br />

skills. AFHRL undertook the task of creating scenario generation technology and<br />

subsequent validation via task surveys. AFHRL has now completed Phase I of the<br />

project (Dart, 19901 . The Phase II task survey will be performed by USAFOMC.<br />

CRITERIA<br />

HO ATC and USAFOMC were consulted to determine exactly what the scenario<br />

generator should comprise. Initial research indicated a need for a scenario<br />

generator able to generate both natural disaster scenarios and conflict/wartime<br />

scenar i 0s. Later, the focus changed to conflict/wartime scenarios only. A<br />

disaster scenario generator used in developing training for a disaster situation<br />

occurring infrequently in a small region would not be cost effective. The<br />

technology should concentrate on the mission of the Air Force, national defense,<br />

and the implementation of U.S. Armed Forces as part of national policy.<br />

156

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!