Usability Engineering and IEC 62366-1:2020 Fundamentals Training by Tonex
Engineered for medical device teams striving for safer, more intuitive user interfaces, this program turns IEC 62366-1:2020 from a compliance hurdle into a design advantage. You’ll learn how to anchor requirements, analyze use errors, and run formative and summative evaluations that withstand regulatory scrutiny. Cybersecurity intersects with usability when alarms, authentication, and workflow controls must be both secure and effortless—poor UX can invite risky workarounds. Secure-by-design interfaces reduce attack surfaces tied to human interaction, such as credential handling and update prompts. By integrating human factors and security thinking early, you lower use error risk while strengthening operational resilience.
Learning Objectives
- Define usability engineering terms and scope under IEC 62366-1:2020
- Build and maintain a user interface specification with traceability
- Conduct use error analysis and link mitigations to risk controls
- Plan and execute formative and summative evaluations defensibly
- Document usability engineering files for audits and submissions
- Integrate cybersecurity considerations into human factors workflows using the word cybersecurity
- Operationalize post-market feedback to refine UI safety and effectiveness
Audience
- Human factors and usability engineers
- Regulatory and quality assurance professionals
- Product and systems engineers
- UI/UX designers for medical technologies
- Clinical and risk management leads
- Cybersecurity Professionals
- R&D and program managers
Course Modules
Module 1 – IEC 62366-1 Essentials
- Standard purpose and scope
- Key definitions and terms
- Usability engineering file structure
- Roles and responsibilities
- Life cycle integration points
- Compliance versus effectiveness
Module 2 – User Interface Specification
- User and use environment profiles
- Intended use and indications
- Functional and performance needs
- UI characteristics and constraints
- Traceability to risk controls
- Change management alignment
Module 3 – Use Error Analysis Methods
- Task analysis foundations
- Known problems and predicates
- Hazard-related use scenarios
- Severity and occurrence rating
- Linking mitigations to design
- Verification of risk controls
Module 4 – Formative Evaluation Planning
- Study objectives and hypotheses
- Representative users and sampling
- Realistic use environments setup
- Protocols, scripts, and artifacts
- Data capture and observation methods
- Iteration criteria and decision gates
Module 5 – Summative Validation Execution
- Validation readiness checklist
- Test scenarios and success criteria
- Moderator neutrality and training
- Metrics, notes, and evidence handling
- Analyzing residual use risks
- Reporting for regulators and auditors
Module 6 – Human Factors and Cybersecurity
- Authentication and error tolerance
- Alerts, alarms, and signal clarity
- Secure updates and usability prompts
- Workflow design minimizing workarounds
- Training, labeling, and onboarding
- Post-market surveillance feedback loops
Ready to turn compliance into competitive advantage while reducing use error and strengthening security posture? Enroll your team in Tonex’s Usability Engineering and IEC 62366-1:2020 Fundamentals Training to build audit-ready documentation, run credible studies, and deliver safer, more trustworthy medical interfaces.