Manager, Laboratory and Technical Services (Clinical and Simulated Learning)

A mentee forwarded me a job advertisement last month with a one-line message: "Is this a promotion or a detour?" She runs hospital biomedical equipment and has been circling around James Cook University's vacant Manager, Laboratory and Technical Services (Clinical and Simulated Learning) position in Townsville. Early in my consulting career I would have treated this as a simple whether-to-apply question. Now I ask something different first: what happens to a region's health training pipeline when the person who keeps the simulation manikins running isn't in the room?

The answer matters more than it used to. Clinical and simulated learning has moved from the margins of health professional education to its operational core, and James Cook University has been part of that shift for longer than most outsiders realise.

The woman who forwarded it to me has spent a decade inside hospital biomedical engineering. She can fault-find a ventilator, but she wasn't sure whether a university technical services title carried the same weight. The distinction I drew for her sits at the heart of this role: in a university clinic, simulation is the curriculum, not a support function. That changes the kind of person who should run it.

What the role actually asks of you

The position is full-time and continuing, 36.25 hours a week, classified at Higher Education Worker Level 8 (HEWL 8) with a salary of $111,960 to $128,567 plus up to 17 per cent employer superannuation. The appointee must be based at the Bebegu Yumba campus in Douglas, Townsville, or prepared to relocate before starting. Service delivery spans Medicine, Nursing and Midwifery, Dentistry, Rehabilitation and Health Sciences.

That span is the real job description. Whoever takes the role leads the planning, prioritisation and delivery of laboratory and technical services across multiple disciplines, facilities and campuses. It isn't only mending broken equipment. It means rostering technical staff, managing Workplace Health and Safety (WHS) compliance, overseeing budgets, coordinating procurement, and making sure a simulated ward is reset and ready before the next cohort walks through the door.

In practice, the day runs on rosters, asset registers, scenario readiness and the constant negotiation of competing teaching demands. The manager oversees high-fidelity patient simulators, the programmable adult, paediatric and obstetric manikins that can breathe, bleed or deteriorate mid-scenario, along with task trainers, simulated ward furniture, vital signs monitors, medication rooms, audiovisual recording and debriefing systems, and the software that drives it all. Beside the clinical kit sits a conventional laboratory environment: chemical storage, biological safety, calibration records and equipment disposal. Few roles hold both logics at once, and that is exactly what JCU is asking for.

The position also contributes to the broader leadership of Laboratory and Technical Services at JCU. That includes building team capability, managing workload and performance, giving high-level technical advice on feasibility and safety, and weighing resource implications before academics commit to new teaching activities.

Why Townsville changes the arithmetic

Townsville is not a backdrop. It is the largest city in northern Queensland and the clinical education anchor for a catchment that reaches across tropical and remote Australia. Townsville University Hospital sits beside the JCU campus, one of only two hyperbaric medicine units in Queensland and the largest accredited teaching hospital in regional Queensland. When simulation facilities run well, nursing, midwifery, dentistry and allied health students get reliable local training. When they do not, teaching hours have to be rebuilt or lost.

JCU has backed that judgment with serious investment. In May 2026 the university announced that North Queensland Simulation Park (NQ SPARK) had found a permanent home in the Clinical Practice Building at Bebegu Yumba. The $32.2 million facility, a joint venture between JCU and Townsville City Council, combines advanced simulation, virtual and augmented reality, and high-performance computing, with support from the Australian Department of Defence and the Queensland Department of the Environment, Tourism, Science and Innovation.

At more than 1,100 square metres, the new space includes an immersive hall for large-scale briefings, an incident management lab that can run live emergency and disaster scenarios, a medical simulation theatre developed for the full patient journey, secure collaboration suites, and expandable simulation zones where third-party providers can deploy specialist capabilities. It sits a few kilometres from Lavarack Barracks and twelve kilometres from the Townsville central business district. The simulation park also serves defence and emergency response; this role remains anchored in the clinical and simulated learning spaces that prepare students for placements and practice.

Distance raises the stakes further. Heat, humidity and the weeks it can take to ship specialised spare parts from Brisbane or Sydney mean maintenance cannot be a reactive task. A manager who builds local supplier relationships and keeps critical spares on hand changes how often teaching can be delivered. That kind of regional operational judgment is hard to teach in a week.

The regulation that made simulation core

Regulation did what curriculum debate could not. In April 2025, the Australian Health Practitioner Regulation Agency's independent Accreditation Committee published national guidance confirming that clinical placements, simulation-based learning and virtual care are complementary, necessary components of contemporary health practitioner education. Simulation is framed not as a fallback for when placements run short but as a legitimate part of initial training.

Operationally, that removes a large share of regulatory ambiguity. Course designers no longer need to justify simulated hours as an exception; they can embed them from the first year. That strengthens the investment case and raises the stakes for the technical services manager who has to keep the rooms, manikins, audiovisual recording and debriefing systems functioning.

Yet most programs are not using the headroom they have. A scoping review published in Advances in Simulation analysed 131 studies and found most health programs replace only zero to 50 per cent of traditional placement hours with simulation. Only seven studies achieved 76 to 100 per cent replacement. Counting hours is easy. Building simulation good enough to trust with high-stakes clinical judgement is a different problem.

The stakes are visible in workforce projections. Australia faces a projected shortfall of more than 70,000 nurses by 2035, with regional, rural and remote communities expected to feel it hardest. For a campus in northern Queensland, simulation is not a teaching convenience; it is part of the local workforce pipeline, compressing the gap between classroom and ward when placements are scarce.

What JCU's own evidence shows

JCU has not been waiting for the national picture to resolve. University researchers described a multi-disciplinary simulation training approach with shared resources and centralised asset management as early as 2015, responding to rising student numbers and the limits of bedside teaching. A 2014 study of first-year nursing students found high satisfaction with unfolding case studies delivered in a high-fidelity simulated clinical setting, and students wanted more sessions, not fewer.

"Shared resources, centralised asset management" is more than a conference phrase. It is the core of this role. The manager is not a lab attendant with a bigger title. They are the person who makes centralisation work. The published JCU simulation research describes that approach directly, and it explains why technical services leadership matters to teaching quality. The manager owns the asset register and the maintenance rhythm. They also broker the competing requests from four health disciplines.

Who should apply

You do not need to be a registered nurse or a doctor to do this job well. The core requirements are technical operations leadership, WHS knowledge, budget accountability and the ability to work with academic staff whose teaching needs change by the week. People arrive in these roles from hospital biomedical engineering, clinical skills coordination, research laboratory management, university technical services, and defence or emergency services simulation.

The advertisement's selection criteria are specific on this point. They ask for management experience in clinical and simulated learning or a comparable technical service environment, leadership in complex technical operations, and a working knowledge of contemporary simulation technologies including high-fidelity models and simulated learning environments. The emphasis on high-fidelity models matters: it means the panel expects you to know the difference between a basic task trainer and a programmable manikin that can simulate deteriorating physiology, and when each is the right teaching tool.

Candidates who stand out quantify two things: how they reduced equipment downtime, and how they made scheduling easier for teaching staff. If you introduced a booking and asset system that handled tens of thousands of student contact hours a year, say so. If you can tell a panel exactly how you triaged a failed simulator during teaching week, tell that story. The full position description and application portal are on the JCU careers page. You can also view the same listing through the AcademicJobs job board.

What the interview should test

If you are on the hiring panel, stop asking hypotheticals about stakeholder management. Ask candidates to walk through the last time a piece of teaching equipment failed during a class. Listen for how they diagnosed the fault, how they communicated with the academic, how they got a backup running, and how they fixed the underlying cause. That sequence tells you more than ninety minutes of generic answers.

If you are a candidate, ask four questions that reveal whether the university resources the role realistically:

• What is the current team size and the after-hours arrangement?
• What replacement and capital budget has the simulation facility held over the past two years?
• Who sets the scenario schedule, and how much notice does technical services get?
• What is the replacement cycle for high-fidelity manikins, and what happens in between?

The answers will tell you whether this is a genuine leadership position or a title sitting on top of a stretched team. Strong technical managers ask these questions early because a university that cannot answer them has usually not scoped the role.

Application strategy that works

The selection criteria will not reward assertions about being passionate about education. They reward evidence: the time you managed a laboratory through an accreditation inspection, implemented a chemical inventory system, or kept teaching running when a major piece of equipment failed. Pick three strong examples and connect each one to what you would do in the first ninety days. If your first move would be an equipment utilisation audit, say what it would produce and how you would prioritise replacements.

The application itself is structured: complete the online form, upload a current resume, attach a cover letter that addresses the key requirements, and answer the selection criteria in the advertisement. Be concrete about vendors. A manager who can distinguish a full service contract from a parts-only agreement, or talk through simulator software update cycles without hand-waving, will separate themselves quickly. And if you have genuine questions about scope, contact the named officer in the advertisement before applying; how the university responds is itself a signal.

One small step to take this month

Pull up the position description and write down one piece of equipment or audiovisual workflow you have improved that saved teaching time. Turn it into a four-sentence story: the problem, what you did, the measurable outcome, and what you learned. If you cannot write that story for yourself, the panel will not be able to extract it from you either. Start there, before you open the application form.