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Level One

Level One Diabetes Game is a healthcare educational game that transforms Type 1 Diabetes management into an interactive medical simulation.

The project showcases our ability to build medically accurate simulation products for medtech, edtech, pharma, and healthcare organizations seeking scalable digital learning solutions. It bridges clinical logic, game design, and visual UX to deliver experiential education instead of passive instruction.

About the game:

Designed for patient education at scale, the platform demonstrates how serious games can function as digital therapeutics infrastructure — improving understanding, engagement, and behavioral confidence through real-time physiological modeling.

Experiential Learning

Educational content is embedded into the gameplay loop:

insulin dosing strategies
carbohydrate ratios
bolus timing
ketone awareness

Frictionless Knowledge Transfer

Information is layered progressively, preventing overload while reinforcing retention. The game becomes a continuous learning environment rather than a one-time tutorial. And involves multi-variable metabolic dynamics: carbohydrate absorption, insulin sensitivity, activity impact, and illness modifiers.

Clinical Modeling Meets Game Systems

Level One

Master Type 1 Diabetes

Level One: A free mobile game that helps new T1D's (and the people who love them) learn diabetes management in minutes, not months.

For medtech and pharma partners, this project demonstrates how medical simulation games can extend education beyond clinical settings. For edtech and digital health companies, it shows how gamification can deliver measurable engagement without sacrificing scientific credibility.

This was not an entertainment product layered with monetization mechanics. Its success depended on clarity, trust, and medical integrity. Every system decision prioritized learning outcomes and accessibility.

We developed an interactive healthcare serious game that teaches patients and families how to understand and manage Type 1 Diabetes through real-time simulation.

The product acts as a patient education platform where complex biological processes become visible, playable, and intuitive.

A Medical Simulation Platform
for Diabetes Patient Education

Educational Game Case Study

For B2B Leads

Healthcare Gamification

Key Innovation Areas

Engagement Beyond Initial Training.
To support long-term use, we implemented:

randomized metabolic scenarios
changing environmental variables
progression systems
collectible food cards with real nutritional data

This structure encourages repeat interaction — a key metric for digital health adoption and education retention.

Time Compression Without Losing Medical Logic. Human metabolism unfolds over hours; interactive systems operate in minutes.

We compressed a 24-hour biological cycle into short sessions while preserving causality. Delayed insulin, incorrect dosing, or missed interventions produce visible outcomes. The system teaches through simulated consequences — an approach aligned with modern digital therapeutics design.

Visual Language for Medical Literacy. Instead of abstract charts, we created a particle-based visualization framework:

glucose flows as dynamic streams
insulin appears as pulsed energy signals
cells activate and absorb nutrients

This visual model improves comprehension across age groups and literacy levels. It demonstrates how UX design can function as a medical communication tool — critical for patient education platforms.

Take a sip of juice when blood sugars drop too low

Watch insulin and sugar swirl in the bloodstream

Tap to give insulin before meals and keep blood sugar steady

See Level 1 in action

Level One

The challenge was to design a serious game for healthcare that works as both an educational tool and a user-centered digital product.

Business & Clinical Objectives

The challenge was to design a serious game for healthcare that works as both an educational tool and a user-centered digital product. The client required a scalable healthcare training solution capable of:

translating clinical knowledge into interactive learning
visualizing glucose metabolism in real time
improving treatment confidence for patients

reducing cognitive overload from medical data
supporting long-term engagement and retention
maintaining clinical accuracy for healthcare credibility

Assigned task

We built a medical simulation engine where digestion, glucose absorption, and insulin response are dynamically modeled systems. Users actively manage blood sugar levels and observe the physiological consequences of their actions. Through gameplay, patients:

understand delayed vs. immediate effects
develop intuitive disease management skills

monitor glucose entering the bloodstream
calculate insulin dosing decisions
correct hypoglycemia and hyperglycemia

Solution: Real-Time Physiological Simulation

The architecture is adaptable to chronic disease education, treatment onboarding, and behavioral health training. This case demonstrates how healthcare gamification can operate as infrastructure, not marketing:

onboarding system for new treatments
empathy-building experience for caregivers
educational extension for clinical programs

scalable patient education platform
simulation-driven training tool
digital therapeutic companion layer

Strategic Value for MedTech, EdTech, and Pharma

The result is a serious healthcare game that improves understanding, reduces fear, and increases confidence in disease management. For organizations, it represents a blueprint for scalable digital medical education powered by simulation and gamification. Patients gain: