Apps and workflows
Apps are the visible workflow. The important question is not only what the screen shows, but who uses it, when they use it, and what happens when something is missing, late, confusing, or wrong.
Purpose of the talk
The one-hour session is meant to give people enough language to start asking better questions about medtech ideas. It is not a full course in software engineering, hardware design, regulatory strategy, privacy law, or quality systems. The goal is orientation: what parts exist, how they connect, and why early product decisions affect evidence, safety, cost, and adoption later.
Use the talk to build a mental map. Use the workbook when you want to slow down, read a topic in plain English, and follow links into templates, examples, and next-step questions.
One-hour arc
| 1 | Frame medtech as a connected system: users, workflows, data, devices, apps, cloud services, and support operations. |
|---|---|
| 2 | Introduce the main building blocks: app, frontend, backend, API, database, hosting, sensors, firmware, and AI-assisted prototyping. |
| 3 | Explain why medtech changes the bar: privacy, cybersecurity, regulatory claims, quality records, risk controls, verification, and validation. |
| 4 | Connect the product to real-world adoption: clinical workflow fit, integration, operations, support, total cost of ownership, and funding logic. |
| 5 | Show where to go next in the workbook: software path, hardware path, regulatory path, and capstone case study. |
Simple medtech system map
Most product conversations become clearer when the team can sketch the whole system, not only the app screen or device. A connected medtech product may include a sensor or device, patient-facing app, API, cloud service, database, clinician dashboard, EHR integration, alerts, support tools, and monitoring.
Major concepts
APIs, cloud, and data
APIs move information between parts of the product. Cloud services store, process, monitor, and protect the system. Data governance explains where data came from, who can use it, and whether it can be trusted.
Hardware and sensors
Hardware determines what signals are available and how reliable those signals are. Software cannot always fix bad sensor placement, noisy inputs, calibration drift, weak connectivity, or poor battery planning.
AI-assisted prototyping
AI tools can help draft screens, workflows, code, and explanations quickly. In medtech, fast drafts still need human ownership, testing, privacy review, cybersecurity review, and clear accountability boundaries.
Regulation and evidence
Claims, intended use, risk, verification, validation, and quality records shape what can be safely piloted or marketed. The earlier those assumptions are named, the less rework appears later.
Operations and cost
A product must be deployed, monitored, supported, updated, and paid for. Hosting cost is only one part of total cost; support, integration, training, security, and maintenance usually matter just as much.
What to listen for
- Can the team explain the product as a full system, not just a demo?
- Can they name the user, workflow, data path, device role, and operational owner?
- Do they understand the difference between prototype learning, pilot readiness, and production support?
- Have they named the privacy, cybersecurity, regulatory, quality, validation, and cost questions early enough?
- Can they explain what AI can help draft and what qualified humans still need to own?
After the talk
Use the workbook as a reference, not as something you need to memorize during the session. Start with the pathway that matches your next decision.
- Open the full site map and learning pathways.
- Review software and hardware basics if the vocabulary is new.
- Use the engineering starter guide when you are ready to brief builders.
- Pick a worksheet when you need to turn discussion into an artifact.
Practical next step
During the live session, use this page to keep the major concepts visible. After the session, choose one workbook pathway instead of trying to read everything at once.
- Workbook map: pathways and site map.
- Glossary terms: API, cloud hosting, validation.
- Templates: templates and workshop resources.