i3 Simulations
EXPERIENCE
Context:
i3 Simulations develops immersive medical simulation products used in safety-critical clinical training. The work operates in regulated healthcare environments where clinical accuracy, system reliability, and user trust directly affect adoption and real-world outcomes.
My Responsibility:
I am responsible for shaping and delivering complex XR simulation products used in high-stakes clinical training contexts. My role focused on translating ambiguous clinical, technical, and commercial requirements into clear product intent, balancing system constraints with usability, and ensuring solutions could be deployed and trusted in real-world healthcare settings.
Key Contributions:
Led the design and delivery of immersive medical simulation products used in safety-critical training environments, balancing clinical fidelity, system constraints, and adoption in real-world healthcare settings.
Owned delivery and prioritisation decisions across cross-functional teams, ensuring reliability and compliance in environments where system failure carried operational and reputational risk.
Navigated trade-offs between scope, quality, and commercial constraints, aligning delivery decisions with long-term product sustainability.
Established clearer performance visibility to support better decision-making across product, delivery, and leadership teams.
Reduced time-to-market through focused prioritisation and process simplification, without compromising safety or product integrity.
Impact:
The products delivered were adopted by healthcare training organisations and used in high-stakes clinical education. This work contributed to improved training effectiveness, operational efficiency, and sustainable commercial outcomes while operating within strict clinical and regulatory constraints.
i3 Simulations
EXPERIENCE
Context:
i3 Simulations develops immersive medical simulation products used in safety-critical clinical training. The work operates in regulated healthcare environments where clinical accuracy, system reliability, and user trust directly affect adoption and real-world outcomes.
My Responsibility:
I am responsible for shaping and delivering complex XR simulation products used in high-stakes clinical training contexts. My role focused on translating ambiguous clinical, technical, and commercial requirements into clear product intent, balancing system constraints with usability, and ensuring solutions could be deployed and trusted in real-world healthcare settings.
Key Contributions:
Led the design and delivery of immersive medical simulation products used in safety-critical training environments, balancing clinical fidelity, system constraints, and adoption in real-world healthcare settings.
Owned delivery and prioritisation decisions across cross-functional teams, ensuring reliability and compliance in environments where system failure carried operational and reputational risk.
Navigated trade-offs between scope, quality, and commercial constraints, aligning delivery decisions with long-term product sustainability.
Established clearer performance visibility to support better decision-making across product, delivery, and leadership teams.
Reduced time-to-market through focused prioritisation and process simplification, without compromising safety or product integrity.
Impact:
The products delivered were adopted by healthcare training organisations and used in high-stakes clinical education. This work contributed to improved training effectiveness, operational efficiency, and sustainable commercial outcomes while operating within strict clinical and regulatory constraints.
i3 Simulations
EXPERIENCE
Context:
i3 Simulations develops immersive medical simulation products used in safety-critical clinical training. The work operates in regulated healthcare environments where clinical accuracy, system reliability, and user trust directly affect adoption and real-world outcomes.
My Responsibility:
I am responsible for shaping and delivering complex XR simulation products used in high-stakes clinical training contexts. My role focused on translating ambiguous clinical, technical, and commercial requirements into clear product intent, balancing system constraints with usability, and ensuring solutions could be deployed and trusted in real-world healthcare settings.
Key Contributions:
Led the design and delivery of immersive medical simulation products used in safety-critical training environments, balancing clinical fidelity, system constraints, and adoption in real-world healthcare settings.
Owned delivery and prioritisation decisions across cross-functional teams, ensuring reliability and compliance in environments where system failure carried operational and reputational risk.
Navigated trade-offs between scope, quality, and commercial constraints, aligning delivery decisions with long-term product sustainability.
Established clearer performance visibility to support better decision-making across product, delivery, and leadership teams.
Reduced time-to-market through focused prioritisation and process simplification, without compromising safety or product integrity.
Impact:
The products delivered were adopted by healthcare training organisations and used in high-stakes clinical education. This work contributed to improved training effectiveness, operational efficiency, and sustainable commercial outcomes while operating within strict clinical and regulatory constraints.
