about
about
about
Medilearn Assist – Enhancing Clinical Training Through
Interactive Learning
Medilearn Assist – Enhancing Clinical Training Through Interactive Learning
A learning platform that guides clinicians through preparing and using patient monitoring apps during implant procedures, with simulated practice and a completion rate of 91%.
A learning platform that guides clinicians through preparing and using patient monitoring apps during implant procedures, with simulated practice and a completion rate of 91%.
A learning platform that guides clinicians through preparing and using patient monitoring apps during implant procedures, with simulated practice and a completion rate of 91%.
Product
Enterprise – Web Application (LMS)
My Role
Lead Designer - End to end design, project manager,
collaborating with SMEs, clinical trainers, and engineers
Product
FinTech, Investment, Mobile Application
My Role
Lead Designer - End to end design, working closely with product managers and engineers
Context
Context
Context
Simplifying Medical Device Training Through Interactive Learning
Simplifying Medical Device Training Through Interactive Learning
The organization (name retracted) is a global medical technology company that develops devices and digital tools to improve patient care.
To address gaps in clinician training, the team set out to create a learning platform that makes it easier for healthcare professionals to prepare and use patient monitoring apps during implant procedures.
The goal was to deliver clear, interactive training that reduces errors and builds confidence in critical medical practices.
The organization (name retracted) is a global medical technology company that develops devices and digital tools to improve patient care.
To address gaps in clinician training, the team set out to create a learning platform that makes it easier for healthcare professionals to prepare and use patient monitoring apps during implant procedures.
The goal was to deliver clear, interactive training that reduces errors and builds confidence in critical medical practices.
The organization (name retracted) is a global medical technology company that develops devices and digital tools to improve patient care.
To address gaps in clinician training, the team set out to create a learning platform that makes it easier for healthcare professionals to prepare and use patient monitoring apps during implant procedures.
The goal was to deliver clear, interactive training that reduces errors and builds confidence in critical medical practices.
Objective
Objective
Objective
Designing a Scalable Learning Platform for Clinicians
Designing a Scalable Learning Platform for Clinicians
Equip healthcare professionals with clear, step-by-step guidance before and after implantation.
Provide simulation-based practice to reduce errors and build confidence in real-world procedures.
Deliver a scalable learning solution that improves consistency and patient safety across clinical teams.
Equip healthcare professionals with clear, step-by-step guidance before and after implantation.
Provide simulation-based practice to reduce errors and build confidence in real-world procedures.
Deliver a scalable learning solution that improves consistency and patient safety across clinical teams.
Equip healthcare professionals with clear, step-by-step guidance before and after implantation.
Provide simulation-based practice to reduce errors and build confidence in real-world procedures.
Deliver a scalable learning solution that improves consistency and patient safety across clinical teams.
User Description
User Description
User Description
Competitive analysis
Competitive analysis
Competitive analysis
An analysis was made of two direct, two indirect, and one reference competitor.
The selection was based on:
Mode of delivering procedural training
Use of interactive simulations and assessments
Scalability and user adoption in healthcare/education contexts
An analysis was made of two direct, two indirect, and one reference competitor.
The selection was based on:
Mode of delivering procedural training
Use of interactive simulations and assessments
Scalability and user adoption in healthcare/education contexts
User flow
User flow
User flow
The flow ensures clarity, adaptability, and reinforcement, with optional troubleshooting paths for on-demand support.
The flow ensures clarity, adaptability, and reinforcement, with optional troubleshooting paths for on-demand support.
UI Design
UI Design
UI Design
Reducing Cognitive Load with a Guided Overview
Reducing Cognitive Load with a Guided Overview
The dashboard provides a clear snapshot of learning progress, recent activity, and performance stats, helping clinicians focus on what matters next without information overload.
The dashboard provides a clear snapshot of learning progress, recent activity, and performance stats, helping clinicians focus on what matters next without information overload.
Making Progress Transparent and Motivating
Making Progress Transparent and Motivating
Progress tracking combines module completion, performance insights, and achievement milestones in one view. This helps clinicians quickly see what’s done, identify skill strengths, and stay motivated through clear goals and earned certificates.
Progress tracking combines module completion, performance insights, and achievement milestones in one view. This helps clinicians quickly see what’s done, identify skill strengths, and stay motivated through clear goals and earned certificates.
Guiding Learners Through Structured Skill Paths
Modules are organized into progressive tracks—Fundamentals, Mastery, and Expert—each with clear prerequisites and visual progress indicators. This structure reduces uncertainty, builds confidence step by step, and ensures clinicians advance through complex implant procedures with clarity and purpose.
Building Confidence Through Clear Certification Pathways
Guiding Learners Through Structured Skill Paths
The certification flow was designed to make skill validation transparent and motivating. Learners can see requirements upfront, track their progress toward specialist or expert roles, and instantly access earned certificates.
Modules are organized into progressive tracks—Fundamentals, Mastery, and Expert—each with clear prerequisites and visual progress indicators. This structure reduces uncertainty, builds confidence step by step, and ensures clinicians advance through complex implant procedures with clarity and purpose.
Guiding Clinicians Through Complex Procedures
The module overview clearly communicates objectives, prerequisites, and expected outcomes, reducing cognitive load before training begins. The interactive simulation then provides step-by-step, video-supported guidance on real procedures, helping clinicians practice safely and confidently in a digital environment.
Guiding Clinicians Through Complex Procedures
The module overview clearly communicates objectives, prerequisites, and expected outcomes, reducing cognitive load before training begins. The interactive simulation then provides step-by-step, video-supported guidance on real procedures, helping clinicians practice safely and confidently in a digital environment.
Building Confidence Through Clear Certification Pathways
The certification flow was designed to make skill validation transparent and motivating. Learners can see requirements upfront, track their progress toward specialist or expert roles, and instantly access earned certificates.
Prototype
Prototype
Prototype
Final Outcome
Final Outcome
Usability testing showed that 87% of clinicians were able to complete implant training modules without external guidance, cutting onboarding time by 40%.
The simulation-based design reduced common procedural errors during practice by 32% and achieved a 92% learner satisfaction score, validating the platform’s effectiveness in building confidence and accuracy through guided digital training.
Final Outcome
Usability testing showed that 87% of clinicians were able to complete implant training modules without external guidance, cutting onboarding time by 40%.
The simulation-based design reduced common procedural errors during practice by 32% and achieved a 92% learner satisfaction score, validating the platform’s effectiveness in building confidence and accuracy through guided digital training.