Designing a TB laboratory training needs assessment form
A new microbiology graduate may have completed university studies in bacteriology, molecular methods and clinical microbiology without performing supervised tuberculosis testing. A TB lab training needs assessment form should turn that mixed background into a documented gap analysis: what the graduate can already do, what requires supervised practice, and which tasks remain outside their scope.
Australian services add context. Most public hospital pathology services and private pathology providers operate under NATA accreditation against ISO 15189, while specialised TB culture, genotyping and drug susceptibility testing may sit in reference laboratories in Melbourne or Sydney or state public health units. TB is notifiable, so reporting links, escalation pathways and liaison with state and territory communicable disease teams must be understood from the outset.
Staff should gather evidence before assigning training. A self-rating can start the conversation, but supervisors should verify it through observation, rotation records, QC logs, case discussions and the complexity of work performed. For a new graduate, the key issue is not whether a topic was studied; it is whether the task can be completed consistently, safely and within local SOPs.
The GLI Quality Tool provides a practical basis through its four-phase roadmap and twelve Quality Systems Essentials. Training can be tied to laboratory safety, personnel, equipment, documentation, assessment and continual improvement rather than treated as one-off induction. The form should capture each gap, identify the required competence, trigger a suitable learning activity and retain evidence for later authorisation.
Define what the form will decide
Begin by naming the decisions the assessment must support: allocation to a TB bench, approval to work under supervision, completion of a rotation or authorisation for specific tasks. Keep the scope distinct from performance appraisal, salary review or a generic graduate competency checklist. State who owns each decision, because evidence collected without a named decision-maker often remains in a folder and changes nothing.
Map the local TB diagnostic pathway before writing questions. Depending on the service, this may include request checking, specimen receipt and referral, smear microscopy, NAAT, culture, identification, phenotypic drug susceptibility testing, result validation, notification support, waste disposal and equipment monitoring. Include high-risk edges such as positive-control failures, contaminated specimens, delayed referrals and urgent results rather than assuming all tasks carry equal training weight.
Use the GLI's quality management guidance to connect the form to the laboratory quality management system. Each competency can be tagged to a relevant Quality Systems Essential and to a local SOP, procedure or risk assessment. This gives the graduate a clear reason for the training and gives supervisors auditable evidence when the pathway is reviewed.
Build a role-based skills matrix
Collect a short baseline from records and the graduate. Useful facts include degree and practical laboratory placements, prior exposure to smear microscopy, culture and antimicrobial susceptibility testing, molecular workflows, biosafety induction, LIS experience and any signed competency assessments. Separate a genuine competency from attendance: a workshop certificate shows exposure, whereas observation, QC review or a completed practical assessment provides stronger evidence of capability.
Break each broad role into observable tasks, then rate the required level for the graduate's intended position. A practical skills matrix can use four states: not yet exposed, performs under supervision, performs independently with review, or authorised. Consider frequency, complexity, consequence of error and whether the task can be supported locally. A graduate may be independent on routine bacteriology but require close oversight for every TB-positive culture.
Invite input from beyond the immediate supervisor. Senior scientists can identify current risks, quality staff can flag systemic weaknesses, peers can describe unclear instructions, and partner laboratories can show where referrals fail. In regional and remote services, distinguish tasks demonstrable on site from those needing scheduled supervision, remote case review or metropolitan placement. Where the service supports Aboriginal and Torres Strait Islander communities, include Aboriginal workforce and community perspectives on respectful, safe communication.
Collect evidence and rate performance
Triangulate each rating rather than relying on one assessment method. Direct observation is useful for bench work, records review can confirm adherence to documentation and QC requirements, knowledge checks can test principles, and case scenarios can expose judgement gaps. Ask the supervisor to cite the evidence behind every rating, especially where the graduate says a task is “done” but has not managed an abnormal or urgent case.
A simple comparison helps supervisors separate exposure from readiness and choose an appropriate response.
| Competency area | Evidence to collect | Rating prompt | Required response |
|---|---|---|---|
| Laboratory safety | PPE, spill response, waste segregation, decontamination and clean-up | Unsafe, supervised or independent | Restrict work and complete a supervised safety assessment |
| TB diagnostic workflow | Observation and QC or case records covering specimen access, smear, culture and referral | Exposed, developing or competent | Paired rotations, case review and reassessment |
| Reporting and quality | Scenario covering notification, critical results, QC deviation and escalation | Coaching, developing or independent | Mock reporting, case discussion and supervised sign-off |
Do not average away a safety concern. A low result in biosafety, specimen identification, result reporting or QC escalation should trigger a restricted scope and targeted supervised practice, even if overall performance is strong. Record every competency restriction with the missing evidence, an owner, a due date and the criteria for reassessment. This turns ratings into a working document instead of a subjective score.
Write questions that reflect real work
Keep the form concise and divide it into sections that mirror the graduate's work: pre-employment information, safety and induction, diagnostic tasks, quality systems, reporting and professional development. Use short instructions, one concept per question and explicit response options. Yes/no questions create false certainty; behavioural prompts such as “Describe what you would do if…” produce useful information about reasoning and escalation.
Anchor questions in realistic conditions. Instead of asking whether the graduate understands referral criteria, give a scenario involving a sputum specimen from another state, an unusual request and a temperature excursion. Ask what checks are needed, who is contacted, what work can continue and what must be placed on hold. This reveals whether policy knowledge transfers to daily Australian laboratory practice.
Use the language people hear on the floor without sacrificing precision. Australian laboratory teams often say they will “run the bench”, complete a “buddy shift” or obtain “sign-off”; define these terms and ask for the underlying observable action. Allow comments where a fixed option does not fit, while requiring a brief rationale for any rating that limits the graduate's scope.
Turn identified gaps into training actions
Prioritise gaps by risk and service need rather than giving every graduate the same course bundle. Mandatory safety, infection-control and quality-system training comes first, followed by tasks linked to the graduate's placement, qualification and development plan. A high-priority gap may need supervised practice, while a lower-priority gap may need a reference resource or refresher during the next rotation.
For each action, record the learning objective, learning method, trainer, workplace task, evidence standard and review date. Useful methods include demonstration, supervised repetition, case-based discussion, bench buddy shifts, a graded practical assessment and direct observation over several samples. Set the authorisation rule in advance, such as two consecutive satisfactory observations plus review of relevant QC and reporting records.
Operational risks should shape the practical content. The GLI guide on reagent freezer temperature monitoring can support a session covering alarm limits, excursion response, documentation and escalation. For a small laboratory, this training should also identify who can check the system after hours and how continuity is maintained when the designated scientist is unavailable.
Review progress at defined intervals, such as at 30, 60 and 90 days, and again before independent TB work. Compare new evidence with the original skills matrix, close completed gaps and retain restrictions that still require attention. This creates an individual training plan that can feed graduate education, competency records and the laboratory's continual-improvement process without duplicating those systems.
Pilot the form across Australian settings
Test the draft with a small group of graduates and supervisors in a metropolitan service and a regional laboratory. Check that the tasks match local scope, the wording is understood, the response time is reasonable and the evidence can be located. Public hospital services, private pathology providers and smaller regional laboratories have different rostering, approval and procurement arrangements, so offer a portable print version and electronic export rather than requiring a particular LMS, payroll platform or vendor.
Assign one person to own the form, give it a version number and review date, and pilot it with the next graduate cohort. Begin with a short supervisor briefing, complete one assessment per graduate and use the findings to schedule targeted training before independent TB duties begin. Keep completed needs reviews with competency and quality records, then revise the form when SOPs, assays or referral pathways change.
Complete the first graduate review before the next TB rotation begins, then authorise only the tasks supported by current evidence.