Stress Reduction via Probabilistic Fallback Jobs
RCTClinical Trial
High-stakes hiring assessments cause significant performance-degrading stress among job applicants, masking true applicant capabilities during candidate evaluations [17, 18]. When employment outcomes are strictly binary, evaluation anxiety prevents job seekers from displaying their actual skill potential [17, 18].
Picture this
Providing a job seeker with a probabilistic outside employment option acts like a safety net for a trapeze performer [8, 18]. By guaranteeing a backup safety cushion in case the primary attempt fails, acute psychological stress is reduced, allowing the applicant to focus calmly and perform significantly better on skill assessments [17, 18].
What the evidence says
Training test performance strongly predicted hiring by the primary recruiter (R² = 0.357, where a 1 standard deviation increase in composite test score increased hiring probability by 9.7 percentage points) [17, 18]. Receiving a higher guaranteed probabilistic outside job offer significantly increased candidate test performance during training by alleviating job-uncertainty stress [17, 18].
- Who was studied
- N = 268 male secondary school graduates participating in a job recruitment drive in Lilongwe, Malawi [7, 8].
- How
- Experimental intervention randomly assigning participants different probabilistic chances (0%, 1%, 5%, 50%, 75%, or 100%) of receiving an alternative fallback job if they failed the competitive hiring test [8].
What to do
Incorporate probabilistic fallback job guarantees or safety cushions into high-stakes recruitment and assessment settings to reduce evaluation stress and improve applicant test performance [8, 18].
From the source
"Godlonton (2020) shows that a possible pathway for this behavior is a stress response: individuals with more secure outside options were able to perform better due to reduced stress related to job uncertainty." [18]
Employment Exposure: Employment and Wage Effects in Urban Malawi