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I__. - International Military Testing Association

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Parallel Tracks<br />

-...----<br />

Given the general desire for a swift remedy to the manpower management difficulties,<br />

the development and execution of a comprehensive R & D program to address the issues<br />

raised by changing the Army’s recruiting, enlisting, and training systems was simply not<br />

feasible. Therefore, two tracks have been devised for the JSERT concept.<br />

Track One. The key feature of this track is that it is driven by practical considcrtltiorls.<br />

In order to put the JSERT concept into practice as quickly as possible, jobs can be formed<br />

into sets based on “face validity”. A primary concern is to minimize disruption to the CNF<br />

structure, and to take into account logistic, training and cost considerations. Therefvre, at _<br />

least the initial job groupings would involve MOS that currently use the sanie aptitude are:\<br />

composites and cut scores, have the same proponents and are trained in the same loution.<br />

The candidate MOS identified at the key players meeting represent a key milestone of<br />

the Track One effort. The candidate MOS have been circulated among the appropriate<br />

proponents for review and comment. Their input will be used to make the final<br />

determination of job sets for the testbed implementation.<br />

Track Two. While Track One is getting under way, the Track Two efforts have begun.<br />

Track Two efforts form an empirical, applied research program characterized by three<br />

primary features: 1) Within job set validity confirmation, 2) Classification battery<br />

selection, and 3) System appraisal/feedback.<br />

The job set validity confirmation consists of developing analytic tools or models to<br />

determine the fit of jobs with any given set. For example, attribute (skill/ability) or job task<br />

taxonomies can be used by individuals familiar with the jobs to provide “job profiles” ( e.g.,<br />

identification of the tasks making up a job and their importance or criticality). These<br />

profiles can then be compared across jobs and a judgement made as to the acceptability of<br />

the similarities or dissimilarities. If the profiles of the jobs appear too dissimilar or if one<br />

job stands out as too different from the other jobs then there would be a basis for<br />

eliminating some job(s) from the set.<br />

The job descriptions or profiles described above can also be used to help the Army<br />

identify additional classification tests. The elements of the profiles can be linked to tests<br />

of individual abilities (i.e., predictor tests). The tests may then be used to help place (or<br />

classify) individuals into jobs where they are most likely to perform well.<br />

In fact, as part of Project A, the Army’s comprehensive project to improve the selection<br />

and classification system, a new battery of predictor tests was developed. So now, in<br />

addition to ASVAB which measures primarily cognitive ability, the Army has the<br />

opportunity to assess an individual’s spatial and psychomotor abilities, temperament and<br />

vocational interests. The additional information provided by these tests can help the Arm><br />

make better use of its human resources by improving the match between a soldier’s abili tics<br />

and the job’s requirements.<br />

For this part of the JSERT program, research will be conducted to develop a<br />

methodology for building tailored classification batteries. These special batteries would<br />

be used for assigning soldiers within a job set to a particular job. The first requirement,<br />

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