“Healthcare education evolves when innovation and empathy work together. Sustainable learning models not only reduce our footprint—they create better, more accessible training for every student.”
1. Could you share your professional journey and what led you to your current role as Senior Business Development Manager at IHNA Australia?
My professional life in the education and training industry has always been focused on creating pathways for people to achieve fulfilling career opportunities. Having worked in student recruitment, marketing and business development alike has meant I have a real sense of how education can make a difference to people’s lives too. “Moving into IHNA Australia was the right step as it emcompasses my operational history with higher level planning and growth goals both nationally and across states.
2. What experiences in your career have most influenced the way you think about innovation and sustainability in healthcare education?
Much of my perspective is informed by working closely with students and academic teams and witnessing the resource-costly enterprise that clinical training can be. These experiences taught me the need for smarter, sustainable processes to increase access and efficiency without sacrificing training quality.
3. How has your role in business development allowed you to engage with projects that combine healthcare, education, and technology?
In research, I find myself at the intersection of student demand, promotherapeutics development and what my institution can provide. A number of other strategic moves like embracing virtual simulation or doubling down on online learning and trimming down digital tools are BD- related because they touch student volumes, accessibility and ability to compete.
4. Could you describe a project or initiative you’ve been part of that demonstrated the impact of sustainable design in education or training environments?
One such example is our organization’s increased reliance on virtual and integrated simulation models. As a result, this has alleviated the burden of physical labs, consumption of consumables and is providing it’s students – in particular those who work or reside regionally – with greater access.
5. What excites you the most about working at the intersection of healthcare training, simulation, and digital transformation?
I like that I get to witness, how you can use digital tools to make flexible, high quality training experiences. The majority of our students also work, care for family members and more attend class online because of distance so this truly makes the world available to them as well as decreased resource use.
6. From your perspective, what makes a health simulation lab both effective for training and sustainable in its design and operation?
A successful lab strikes the right tradeoff between learning goals and efficiency/scalability. Sustainable features: Modular units, lower disposables, energy efficient units and good integration with virtualism to take some of the pressure off lab time are all indicative.
7. Virtual learning platforms reduce the need for physical resources and travel. Could you describe how you’ve seen these platforms directly contribute to lowering the environmental footprint of healthcare education?
I have observed virtual platforms minimize the travel time for students, particularly those who are interstate or juggling work. These platforms also reduce the need to print, single use PPE and consumables required over the course of repetitive practise.
8. What challenges have you personally encountered in promoting or implementing environmentally friendly simulation labs and virtual platforms, and how were these addressed?
The biggest barriers are attitudes and awareness. Some teachers and students preferred them at first. We confronted this by providing training, soliciting feedback and showing that blended techniques can be just as — if not more — effective.
9. Have you been part of a project where digital tools—like VR, AR, or AI-driven platforms—offered both better training outcomes and sustainability benefits?
Less so in its literal sense of simulation design, I have helped the organisation offer AI-enabled and virtual learning tools. It allows students to develop their clinical reasoning and communication skills, using digital patients and scenarios, with greatly reduced need for physical kit and vastly improved consistency and accessibility.
10. How do you see energy efficiency, waste reduction, and eco-friendly infrastructure playing a role in the next generation of simulation labs?
In the future I see a smaller, modular and more energy efficient lab. Automation, long-life materials and hybrid models of learning will lead to cost savings and save the planet for institutions.
11. In your experience, how do students, educators, and institutions respond to the idea of “green” simulation and virtual learning environments? Do you recall any moments that stood out?
The students are all partcipating more once they realized the benefits. Whether because they are comfortable already using digital tools every day, or value the freedom of flexibility. One standout was regional students saying that virtual simulations cut into hours of weekly travel, but they were still well prepared.
12. Based on your journey so far, what strategies would you recommend for educational institutions aiming to balance high-quality healthcare training with environmental responsibility?
Embrace blended learning, buy modular and energy efficient furniture, eliminate wasteful consumables, involve teachers from the ground up, be data informed in your choices and go long with scalable solutions that are attentive to quality + sustainability.