HLTH 5663 Module 2 Recruitment and Selection Plan Example

Eligible Before Interviewed: A Recruitment and Selection Process for Medical Laboratory Scientists When Certification and a State License Decide Who Can Be Hired

Student Name

American College of Education

HLTH5663: Human Resources in Healthcare Organizations

Module 2 Assignment

Instructor Name

July 10, 2028

The Gates Every Candidate Must Pass

The workforce plan from the previous module concluded that the composite three-hospital system must raise its hiring of medical laboratory scientists from eight to about ten a year. Recruiting for this role differs from most because eligibility is decided outside the organization. Federal regulations under the Clinical Laboratory Improvement Amendments set minimum education and training for staff who perform high-complexity testing. The system's own policy requires national certification as a medical laboratory scientist or equivalent. And the system operates in a state that, like a minority of states including California, New York and Florida, requires laboratory personnel to hold a state license, issued only after the state verifies education, certification and, for some applicants, supervised training.

These gates determine who can be hired and when. A new graduate may finish the degree in May, sit for the certification examination in June and receive a state license in August; until then, they can work only as a trainee under a temporary permit, if the state allows it. In a licensed profession, the first question is not whether a candidate is good, but whether the candidate is eligible and when. The recruitment and selection process is therefore designed around the gates rather than treating them as a paperwork step after the offer.

Where Eligible Candidates Come From

Only four sources can produce candidates who pass the gates. New graduates of accredited programs are the largest. The regional university graduates 12 scientists a year, and the system hires about five of them; the rest leave the region or take jobs elsewhere. Experienced scientists from other employers are the second source, but they are recruited from laboratories facing the same shortage, so each one hired is a vacancy elsewhere. The third source is the system's own laboratory technicians, who hold associate degrees and could qualify as scientists through a bachelor's completion program. The fourth is internationally educated scientists, who must have their education evaluated, pass certification and obtain a state license, and who often need employer-sponsored visas.

The American Society for Clinical Pathology's task force on the laboratory workforce treated a deeper supply of people entering laboratory careers as central to meeting future demand (Bennett et al., 2014). For this system, the most controllable source is the pipeline it helps create: students who complete clinical rotations in its laboratories and technicians who advance within them. National vacancy data show that shortages and retirements have increased in most laboratory departments (Garcia et al., 2024), which makes competing for experienced scientists the least reliable source.

Recruiting From Each Source

Recruiting is organized by source, each with its own timeline. For new graduates, the system will offer 16 clinical rotation seats a year, up from 10, and will make conditional offers to strong students in the fall of their final year, eight months before graduation, contingent on certification and licensure. Offers include a trainee rate until the license is issued, so a graduate does not lose income while waiting for the state. For experienced scientists, recruiting will emphasize schedule options and a clear career ladder rather than signing bonuses, which tend to move scientists between local employers without adding any to the region.

For internal technicians, the system will pay tuition for a bachelor's completion program in exchange for a two-year commitment, with release time for clinical coursework; it expects four technicians to enroll each year, each qualifying in about two years. For internationally educated scientists, the system will work with one credential evaluation service and budget about nine months and $12,000 per hire for evaluation, licensure and visa costs, targeting two hires a year. Together, these sources are projected to produce ten eligible hires a year from year three.

The Selection Process

Selection has four steps. The first is an eligibility screen: human resources verifies degree, certification or examination date and license or license eligibility directly with the issuing bodies. Candidates who are not yet eligible but will be by a known date remain in the process with that date recorded. The second is a structured interview, in which every candidate answers the same questions, written from the job's critical tasks, and each answer is rated on a defined scale by two interviewers. Questions ask candidates to describe how they handled specific situations, such as a result that did not fit a patient's history or a disagreement with a physician about a critical value.

The third step is a bench exercise lasting about 45 minutes, in which the candidate reviews a set of quality control data showing a gradual shift, a delta check failure and a blood bank antibody panel, and explains what they would do. The fourth is a reference check using a short structured form. The evidence supports this design. Schmidt and Hunter (1998) pooled 85 years of selection research and ranked hands-on samples of the actual work, and interviews run from a fixed question set, near the top for predicting how people perform, well ahead of free-form interviews or a count of years on the job. A later reanalysis concluded that earlier estimates had been inflated by overcorrection, reducing most validity estimates by .10 to .20, but structured interviews emerged as the top-ranked procedure (Sackett et al., 2022). An unstructured conversation about a candidate's résumé tells an interviewer how much they like the candidate; a structured interview tells them how the candidate is likely to work.

Fairness and Legal Defensibility

Every step must be job-related and applied consistently. The interview questions and bench exercise are written from a job analysis completed with the laboratory's supervisors and reviewed by human resources for any content not required by the job. The same questions, exercise and rating scales are used for every candidate for the same position, and ratings are recorded before interviewers discuss candidates, which reduces the influence of first impressions. Sackett et al. (2022) paired their validity estimates with information about differences between groups of candidates, noting that procedures differ in both validity and potential adverse impact; structured interviews perform well on both, which is part of why they were chosen.

Human resources will review selection outcomes by demographic group each year to detect any step that screens out one group disproportionately. Credential requirements are set by law and certifying bodies, not by the system, but the system controls how it treats candidates awaiting credentials. It will not reject candidates for being months from licensure if the role can wait, and it will apply the same rule to internationally educated and domestic candidates, requiring the same credentials and offering the same trainee arrangements.

Measuring Whether It Works

The process will be judged by four measures reported quarterly: eligible hires against the target of ten a year; time from offer to licensed start, by source; first-year retention of new hires; and supervisors' ratings of new hires' performance at six months, compared with their structured interview and bench exercise scores. The last measure tests whether the selection steps predict performance in this laboratory, not only in the research literature, and will be used to revise the interview questions after two years of hiring.

References

Bennett, A., Garcia, E., Schulze, M., Bailey, M., Doyle, K., Finn, W., Glenn, D., Holladay, E. B., Jacobs, J., Kroft, S., Patterson, S., Petersen, J., Tanabe, P., & Zaleski, S. (2014). Building a laboratory workforce to meet the future: ASCP Task Force on the Laboratory Professionals Workforce. American Journal of Clinical Pathology, 141(2), 154-167. https://doi.org/10.1309/AJCPIV2OG8TEGHHZ

Garcia, E., Kundu, I., Kelly, M., & Soles, R. (2024). The American Society for Clinical Pathology 2022 vacancy survey of medical laboratories in the United States. American Journal of Clinical Pathology, 161(3), 289-304. https://doi.org/10.1093/ajcp/aqad149

Sackett, P. R., Zhang, C., Berry, C. M., & Lievens, F. (2022). Revisiting meta-analytic estimates of validity in personnel selection: Addressing systematic overcorrection for restriction of range. Journal of Applied Psychology, 107(11), 2040-2068. https://doi.org/10.1037/apl0000994

Schmidt, F. L., & Hunter, J. E. (1998). The validity and utility of selection methods in personnel psychology: Practical and theoretical implications of 85 years of research findings. Psychological Bulletin, 124(2), 262-274. https://doi.org/10.1037/0033-2909.124.2.262