Adjusting the Cognitive Target is an important decision. Before doing so, be sure you understand the basis for the target itself, starting with the competencies and the ranges that make up its foundation.
Make sure you have a strong understanding of the job’s requirements before you make any changes. To proceed with overriding the target:
- On the Job Target page, navigate to the section titled Candidate fit range.
- In the panel below, select Manually Override.
- Once selected, you will see a message that reads: “This role has been modified and may not be reflective of our recommendation.”
Your Cognitive Target is based on the level of each skill required to perform the role effectively. Options (as shown in screenshot below) include:
Not critical in this role: job can be performed effectively without this skill
Basic: minimal or beginner’s level of this skill required to perform the job effectively
Intermediate: moderate amount of this skill required to perform the job effectively
Advanced: advanced mastery of this skill required to perform the job effectively
Other factors influencing the Cognitive Target
The complexity of the job is represented by a numerical scale. What does each range mean?
Your ideal candidate will fall at or above the target. This is the minimum level of ability required to perform the requirements of the role.
|100-150||Minimal complexity||We do not recommend using the Cognitive Assessment for this role due to the limited level of complexity.|
|160-230||Some complexity||This role involves some complexity, but mostly consists of routine tasks. This role might include resolving common errors, or maintaining processes and programs.|
|240-320||Moderate complexity||This role involves a balanced amount of complex and routine tasks. These might include occasional creative problem solving, or diagnosing errors.|
|330-410||High complexity||This role regularly involves complex work. This might include managing budgets or large-scale organizational planning.|
|420-450||Extreme complexity||This role involves constant high-demand work. This might include mathematical modeling, highly ambiguous situations, or writing complicated code.|