What is being built?
Name the user experience, the data path, the device or sensor role, and the backend services that make the product work.
Start here
This site is not the script for the one-hour talk. The talk is a starter session that introduces the major ideas: apps, APIs, cloud systems, hardware, AI-assisted prototyping, regulation, privacy, cybersecurity, operations, and cost. The workbook gives participants a place to come back when they want plain-English explanations and practical next steps.
The goal is ecosystem fluency. Participants should leave with enough shared language to talk with software, hardware, clinical, regulatory, privacy, security, operations, and business teams without pretending to be specialists in every area.
Talk focus
Building Applications: Core Software and System Architecture Foundations
This session introduces the fundamental building blocks involved in developing modern applications, with a focus on software architecture, system design, and supporting technologies. It will cover how components such as data, infrastructure, APIs, and development frameworks fit together, along with practical approaches to selecting and integrating these elements.
The discussion will also touch on how these principles extend to hardware-enabled systems and emerging AI-driven applications, providing a structured perspective for building scalable and maintainable solutions.
What to listen for
Who has to trust it?
Identify the patient, clinician, IT, privacy, quality, procurement, support, and finance stakeholders affected by the product.
What changes at scale?
Separate a promising prototype from a pilot that can run safely and a production product that can be supported over time.
Live talk and workbook path
During the talk, keep the short talk companion open. After the talk, use the workbook path to move from vocabulary into the deeper pages.
What is possible
Apps and workflows
Patient apps, clinician dashboards, intake tools, reminders, risk scores, reports, and administrative views.
APIs and data systems
Secure services that move data between apps, databases, devices, EHRs, analytics tools, and support teams.
Connected hardware
Sensors, firmware, edge processing, wireless connectivity, calibration, battery life, and field maintenance.
AI-assisted development
Fast prototypes, interface drafts, code scaffolds, and workflow experiments that still need review, testing, and controls.
Cloud operations
Servers, databases, backups, monitoring, deployments, incident response, and monthly operating costs.
Regulated product discipline
Requirements, traceability, validation, risk management, cybersecurity, quality systems, and postmarket learning.
Simple system map
After the talk, you should be able to
- Sketch a basic medtech system from device or app through API, server, database, dashboard, and support workflow.
- Explain why a prototype, pilot, and production product need different levels of evidence, reliability, and ownership.
- Ask practical questions about privacy, cybersecurity, validation, deployment, cost, and team capability without needing to be the specialist.
- Spot when a demo is missing the less visible work needed for clinical use, support, or regulated product development.
Follow-up reading order
Use the glossary and templates as references alongside any page. The sequence below moves from vocabulary to ecosystem, then engineering, regulation, software, hardware, operations, and business planning.
| Step | Page | Why it comes here |
|---|---|---|
| 1 | Talk companion | Collects the major ideas for the one-hour session. |
| 2 | Pathways and site map | Shows how all workbook pages connect and separates software, hardware, regulatory, operations, and business paths. |
| 3 | Program structure | Explains the workbook purpose and learning sequence. |
| 4 | Software + hardware basics | Builds shared language for apps, APIs, servers, devices, and cloud systems. |
| 5 | Medtech landscape | Connects the technical system to clinical, operational, and regulatory stakeholders. |
| 6 | Getting started / engineering | Turns an idea into concrete builder deliverables and decisions. |
| 7+ | Specialized workbook modules | Deepen the plan across software, hardware, regulation, quality, security, operations, funding, and cost. |
Program modules
00 Orientation + shared language
Start with the talk page, workbook map, and basic parts of a modern medtech system.
01 Ecosystem + building path
Understand stakeholders, early engineering work, app choices, team design, and clinical workflow fit.
02 Regulatory + quality
Understand Health Canada and international pathways, quality systems, risk methods, and ecosystem integration choices.
03 Software, data, and AI
Translate product requirements into architecture, SDLC execution, verification, and data governance.
04 Integration + security
Plan for interoperability and cybersecurity before late-stage surprises.
05 Hardware + operations
Sensors, firmware, reliability, hosting provider choices, and deployment operations for real-world use.
06 Economics + capstone
Finish with reimbursement, operating economics, funding pathways, and one integrated scenario.
How your existing expertise helps
You do not need to become a software engineer or hardware engineer to lead in medtech.
Clinical, operational, policy, finance, research, and business experience all reveal constraints that builders need: who uses the product, what must not fail, what evidence matters, and where adoption will break down.
Practical next step
Open the talk page for the live session, then use the pathways page to choose your follow-up reading path.
- Talk: one-hour talk companion.
- Workbook map: pathways and site map.
- Stage planning: ideation-to-scale planner.
- Working tools: templates and workshop resources.