GLI GLI Quality Tool
GLI Quality Tool — Version 2.0

Creating A TB Laboratory New Employee Orientation Checklist

A new employee orientation checklist gives tuberculosis laboratory staff a clear, consistent start. It turns broad quality management expectations into observable tasks, helping each scientist, technician, collector, courier, and support worker understand what safe and reliable TB testing looks like in practice.

A useful checklist should work for permanent employees, agency staff, students, and colleagues transferring from another pathology service. It should cover the first day, the first week, supervised practice, competency assessment, and later review. The aim is to build confidence without treating orientation as a once-only paperwork exercise.

For Australian laboratories, the checklist should also fit the local quality environment. NATA accreditation, ISO 15189 expectations, state and territory health department procedures, and the realities of specimen transport across long distances all influence how orientation is delivered. A laboratory in Darwin may need different contingency planning from one in metropolitan Melbourne, while both need the same core quality principles.

Build The Checklist Around A Clear Roadmap

Begin by arranging the orientation pathway into stages. A new starter may need an initial induction, role-specific training, supervised work, competency review, and independent authorisation. Assign a responsible person and expected evidence to every stage, rather than listing general statements such as “understand laboratory safety”.

The GLI Quality Tool’s Phase 1 guidance is a useful starting point for laboratories establishing the foundations of a quality management system. Its phased approach can help a supervisor decide which activities belong in the first few shifts and which should wait until the employee has gained basic familiarity.

Use plain, practical wording. “Locate the spill kit and explain the response procedure” is easier to verify than “be aware of biosafety requirements”. Include a space for the trainer’s initials, completion date, evidence reviewed, and follow-up action. This makes the checklist useful during internal audits and performance discussions.

Translate Quality Essentials Into Daily Tasks

The twelve Quality Systems Essentials provide a strong structure for a TB laboratory orientation checklist. Convert each relevant essential into tasks that staff can see, perform, and explain. For example, documentation becomes locating controlled procedures, checking document versions, and recording work in the approved format.

Personnel orientation should explain role boundaries, supervision, escalation, and competency requirements. Equipment training should include start-up, shutdown, maintenance, fault reporting, and the effect of an instrument problem on patient results. Assessment should cover internal quality control, external quality assessment, audits, nonconformities, and corrective action.

Keep the first version focused on the employee’s actual duties. A specimen reception officer does not need the same initial checklist as a scientist performing nucleic acid amplification testing. Shared sections can cover confidentiality, infection prevention, incident reporting, and emergency contacts, while technical modules reflect the person’s scope of work.

Put Safety And Specimen Handling First

TB work requires a safety section that is specific to the hazards of infectious respiratory specimens and laboratory procedures. Orientation should cover risk assessments, appropriate personal protective equipment, respiratory protection where required, biological safety cabinets, aerosol-generating activities, waste segregation, exposure response, and incident notification.

The new employee should physically locate safety equipment and demonstrate key actions under supervision. Include the location of eyewash facilities, emergency exits, spill kits, first aid, fire equipment, exposure forms, and after-hours contacts. Explain what to do if a specimen leaks in transit, a cabinet alarm sounds, or a staff member experiences a possible exposure.

Specimen management deserves its own sign-off. Cover patient and sample identification, acceptance and rejection criteria, transport temperature, packaging, chain of custody, referral arrangements, and urgent communication. In regional Queensland or remote Western Australia, delays and long courier routes can affect sample integrity, so the checklist should address referral cut-offs and contingency arrangements clearly.

Clarify Roles, Communication, And Confidentiality

Every new employee should know who makes technical decisions, who authorises results, who handles incidents, and who can release information. Include the laboratory manager, quality manager, senior scientist, infection control contact, occupational health service, and after-hours escalation pathway. A simple contact map can prevent hesitation when an unusual specimen or instrument failure occurs.

Communication training should reflect the service’s working relationships with clinicians, collection centres, public health units, referral laboratories, and couriers. Explain how urgent or critical findings are reported, how conversations are documented, and when a result must be escalated. Staff should understand that a telephone notification is not complete until the required record has been made.

Confidentiality needs practical examples. Cover passwords, user access, result discussions in shared spaces, printed reports, electronic messaging, and disposal of paperwork. Australian staff may work across a large state pathology network or rotate between hospital campuses, so the orientation should explain how access and responsibilities change between sites.

Make Equipment And Documents Easy To Find

A quality-focused induction should include a guided walk-through of every area and system the employee will use. Show where controlled procedures, forms, safety data, maintenance logs, calibration records, quality control charts, and troubleshooting guides are stored. Demonstrate how to confirm that a document is current instead of relying on a saved desktop copy.

The GLI Quality Tool provides downloadable resources that can help laboratories adapt practical materials for local use. Before adding them to an induction pack, check that terminology, approval pathways, document control, and regulatory references match the laboratory’s own system.

Equipment tasks should be broken into observable steps. The employee might identify an instrument’s status, complete a daily check, review quality control before testing, respond to an error code, and record maintenance correctly. Include requirements for refrigerators, freezers, centrifuges, biosafety cabinets, molecular platforms, computers, and backup power where relevant.

Verify Competence With Evidence

Attendance at an orientation session does not demonstrate competence. For each technical activity, define what the employee must know, what they must perform, and what evidence the assessor will review. Evidence might include direct observation, a written exercise, a case discussion, quality control interpretation, or successful analysis of known samples.

Use staged authorisation. A new scientist may first observe testing, then perform it under close supervision, then complete a defined number of satisfactory runs before working independently. The checklist should record limitations, such as which instruments, specimen types, methods, or shifts are covered by the authorisation.

Include a review date and a response to gaps. If a staff member cannot explain an invalid control result, the answer should be targeted retraining and reassessment, not simply a signature. This approach supports fair performance management and protects patients from unrecognised errors.

Keep The Checklist Live And Useful

Orientation should continue after the employee’s first week. Schedule short check-ins at the end of the first shift, after the first month, and before the end of the probationary period. Ask the supervisor to review incidents, amended procedures, quality indicators, and questions raised during routine work.

A living checklist should change when methods, instruments, legislation, risks, or organisational structures change. It should also be updated after an audit finding, exposure incident, rejected specimen trend, or corrective action. In a public pathology service, include a version number, owner, approval date, and review date so the checklist remains controlled.

Invite feedback from recent starters. They can identify unclear instructions, missing contacts, impractical sign-off requirements, or systems that are difficult to access. A short debrief can reveal problems that experienced staff no longer notice, especially in services supporting remote clinics or rotating teams.

Practical Checklist Design Recommendations

A concise checklist is more likely to be used consistently than a large induction folder with no priorities. Separate essential first-day safety activities from technical competencies that require several weeks. Use local examples, but retain the core quality expectations that apply across sites.

Build in flexibility for different employment arrangements and learning needs. A part-time worker, a visiting scientist, and a staff member transferring from another accredited laboratory may need different timeframes, even when the final competency requirements are the same.

The checklist should sit within the laboratory’s quality management system, not in a forgotten onboarding folder. Store it where supervisors can retrieve the current version, protect completed records appropriately, and make responsibilities clear across shifts and sites.

Start by mapping the checklist to the employee’s role and the laboratory’s four-phase improvement pathway. Pilot it with one new starter, review what was difficult to complete, then approve a practical version that supervisors can use during real work. A well-designed orientation checklist turns quality essentials into habits that support safe TB testing throughout an Australian laboratory network.