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

If the audio-visual recording fails during a simulated cardiac arrest, nobody gets a second take. The room goes dark, the debrief loses its evidence, and a roomful of final-year nursing students loses the exact moment they needed to review.

That's the job you're applying for.

The Manager, Laboratory and Technical Services (Clinical and Simulated Learning) at James Cook University in Townsville exists because modern health training runs on equipment that breathes, bleeds, records and crashes. This work goes well beyond lab benches. You're responsible for the technical floor under every simulation, clinical skills lab and teaching space that health students use before they touch a real patient.

I've sat on enough university hiring panels to know how this role gets misread. Committees tend to hire for equipment knowledge and miss the operational judgment: can you keep a multi-room simulation centre running when two manikins fail in one afternoon, a graduate demonstrator calls in sick, and the nursing faculty need the ward set for a morning scenario? That's the actual job.

Simulation has become core teaching infrastructure

Clinical simulation isn't a novelty. It's how Australian health faculties scale practical training when hospital placements are finite and student numbers are rising. Simulated learning takes several forms: high-fidelity manikins that can blink, bleed, seize and deliver a baby; task trainers for cannulation and suturing; simulated wards with beds, monitors and medication rooms; and standardised patients who play scripted roles.

James Cook University uses this infrastructure across nursing, medicine, allied health and other clinical programs. For a regional university with campuses in Townsville and Cairns, simulation also has a specific job: it lets students log deliberate practice close to home, before and between placements across northern Queensland.

Technically, the manager sits between two worlds. One is the physical lab: medical gases, sharps, biological waste, calibration, safety compliance. The other is the educational technology stack: control rooms, video capture, debriefing software, simulator programming and the AV design that turns a scenario into usable feedback.

What you'll actually manage day to day

• Technical staff and rostering across multiple teaching spaces.
• Equipment lifecycle planning for manikins, beds, monitors, pumps, cameras and task trainers.
• WHS systems, including chemical, biological and radiation safety in clinical teaching labs.
• Budgeting, procurement and vendor contracts for replacement parts, software licences and capital upgrades.
• Scenario readiness, so that teaching staff walk into a room configured for the right clinical event.

None of this is glamorous. All of it matters. The best people in this field talk in downtime hours and booking conflicts, not just specifications. They know which simulator vendor's service contract actually gets parts to Townsville quickly, and which AV system the teaching staff can operate without calling IT every session.

You'll also spend time translating between academics and technicians. A nursing lecturer may describe what a scenario needs in clinical language; a technician may describe what the simulator can and can't do. The manager who can keep that translation accurate under time pressure is the one who keeps the teaching calendar intact.

Why Townsville changes the job

Townsville is the largest city in northern Queensland and a major referral point for health services across a vast catchment. It hosts a large teaching hospital and acts as the clinical education anchor for much of the region. When this simulation facility runs well, students in nursing and allied health get more reliable local training. When it doesn't, those teaching hours have to be rebuilt or lost.

Distance and climate make equipment planning more demanding. Heat, humidity and the time required to ship spare parts from southern capital cities mean you can't treat maintenance as a reactive task. A simulator that needs a specialised replacement part may take weeks to arrive from Brisbane or Sydney. A manager who builds local supplier relationships and keeps critical spares on hand changes how often teaching can be delivered. That's the kind of regional operational judgment you can't train into someone in a week.

The Australian Institute of Health and Welfare's health workforce reporting has long highlighted how regional training capacity affects where graduates stay and work. The Department of Health and Aged Care's Health Workforce Locator maps distribution priorities across northern Queensland. Simulation isn't a side project in this context; it's part of the local workforce pipeline.

Who should apply

You don't need to be a registered nurse or a doctor to do this job well. The core skills are technical operations leadership, WHS management, budget accountability and the ability to work with academic staff whose teaching needs change frequently.

People come to these roles from hospital biomedical engineering teams, clinical skills coordination, research laboratory management, university technical services and defence or emergency services simulation environments. If you've managed a lab or a clinical education facility, the transition into university simulation is more direct than it looks.

Look for the overlap between laboratory safety and educational technology. If you've run a clinical skills lab or managed biomedical equipment servicing in a hospital, you already understand the compliance environment. The university setting adds booking systems, academic calendars and assessment-related timing, but none of that is harder than the hospital work.

Candidates who stand out quantify two things: how they reduced equipment downtime, and how they made scheduling easier for teaching staff. If you can say you introduced a booking and asset system that handled tens of thousands of student contact hours a year, say it. If you can tell the panel exactly how you triaged a failed simulator during teaching week, tell that story.

James Cook University is a substantial employer in northern Queensland. The advertised position is based at Townsville. Being on campus matters because simulation support is an in-room, hands-on operation. You can read the full advertisement and apply through the JCU careers portal.

What the interview should actually test

If you're on the hiring panel, stop asking hypothetical questions 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 problem, communicated with the academic, got a backup in place, and fixed the underlying cause. That sequence tells you more than a ninety-minute interview.

If you're a candidate, ask the panel four questions that reveal whether the university resources this role realistically:

• What is the current team size and after-hours arrangement?
• What replacement and capital budget has the simulation facility had 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 can't answer them usually hasn't scoped the role.

Application strategy that works

Write the application as if you're already fixing a problem. The selection criteria won't reward generic statements about being passionate about education. It rewards evidence: the time you managed a lab through an accreditation inspection, implemented a chemical inventory system, or kept teaching running when a major piece of equipment went down.

Use the position description as a checklist, but don't turn your cover letter into a checklist. Pick three strong examples and connect them to the first ninety days in the role. If you'd spend those ninety days auditing equipment utilisation, say what that audit would produce and how you'd prioritise replacements.

For the technical side, be concrete about vendor management. A manager who knows the difference between a service contract and a parts-only agreement, or who can talk about simulator software updates without hand-waving, will gap the field quickly.

You can also view the role through the AcademicJobs listing before heading to the official portal.

One thing to do this week

Pull up the position description and write down one piece of equipment or AV workflow you've improved that saved teaching time. Turn it into a 150-word story with the problem, your decision, and the result. That paragraph becomes the spine of your application.

If you're the hiring manager, do the same exercise from the other side: write down the single biggest operational risk this role will face in its first year. Put that risk in the job ad. You'll attract people who can actually manage it.