Learn with focused lessons, practical activities, knowledge checks, and a project in every course. Choose a subject and study at your own pace.
Explore how sensors, connected devices, networks, and user needs come together in IoT systems.
You will make: Design a paper prototype for a connected-device solution and explain its limits and safeguards.
Explore courseBuild foundational knowledge through guided instruction, practical examples, and supported practice. Develop practical skills in choosing and interpreting sensors for a connected-device use case through applied scenarios and a final work sample.
You will make: Draw a sensor-to-action diagram and list the data, power, and reliability needs.
Explore courseBuild foundational knowledge through guided instruction, practical examples, and supported practice. Develop practical skills in understanding how a robot senses, decides, and acts in an environment through applied scenarios and a final work sample.
You will make: Design a paper prototype with sensor input, decision rule, movement, and safety stop.
Explore courseBuild foundational knowledge through guided instruction, practical examples, and supported practice. Develop practical skills in scoping a practical connected-device prototype before choosing hardware through applied scenarios and a final work sample.
You will make: Prepare a prototype brief with requirements, data flow, fallback behaviour, and a test plan.
Explore courseBuild foundational knowledge through guided instruction, practical examples, and supported practice. Develop practical skills in protecting connected-device users, data, and system access through applied scenarios and a final work sample.
You will make: Create a connected-device safety review covering access, updates, data, and retirement.
Explore courseBuild on foundational knowledge by comparing methods, adapting them to constraints, and supporting decisions with evidence. Develop practical skills in sensor data collection and validation through applied scenarios and a final work sample.
You will make: Create a practical sensor data collection and validation work sample for iot & robotics. Explain its goal, method, evidence, limitations, and recommended next step.
Explore courseBuild on foundational knowledge by comparing methods, adapting them to constraints, and supporting decisions with evidence. Develop practical skills in iot device prototyping concepts through applied scenarios and a final work sample.
You will make: Create a practical iot device prototyping concepts work sample for iot & robotics. Explain its goal, method, evidence, limitations, and recommended next step.
Explore courseBuild on foundational knowledge by comparing methods, adapting them to constraints, and supporting decisions with evidence. Develop practical skills in connected device network planning through applied scenarios and a final work sample.
You will make: Create a practical connected device network planning work sample for iot & robotics. Explain its goal, method, evidence, limitations, and recommended next step.
Explore courseBuild on foundational knowledge by comparing methods, adapting them to constraints, and supporting decisions with evidence. Develop practical skills in robotics system integration through applied scenarios and a final work sample.
You will make: Create a practical robotics system integration work sample for iot & robotics. Explain its goal, method, evidence, limitations, and recommended next step.
Explore courseBuild on foundational knowledge by comparing methods, adapting them to constraints, and supporting decisions with evidence. Develop practical skills in iot privacy and security design through applied scenarios and a final work sample.
You will make: Create a practical iot privacy and security design work sample for iot & robotics. Explain its goal, method, evidence, limitations, and recommended next step.
Explore courseIntegrate multiple methods, justify complex trade-offs, evaluate uncertainty, and produce work suitable for expert review. Develop practical skills in edge computing and iot architecture through applied scenarios and a final work sample.
You will make: Create a practical edge computing and iot architecture work sample for iot & robotics. Explain its goal, method, evidence, limitations, and recommended next step.
Explore courseIntegrate multiple methods, justify complex trade-offs, evaluate uncertainty, and produce work suitable for expert review. Develop practical skills in robotics system design and evaluation through applied scenarios and a final work sample.
You will make: Create a practical robotics system design and evaluation work sample for iot & robotics. Explain its goal, method, evidence, limitations, and recommended next step.
Explore courseIntegrate multiple methods, justify complex trade-offs, evaluate uncertainty, and produce work suitable for expert review. Develop practical skills in connected product lifecycle planning through applied scenarios and a final work sample.
You will make: Create a practical connected product lifecycle planning work sample for iot & robotics. Explain its goal, method, evidence, limitations, and recommended next step.
Explore courseIntegrate multiple methods, justify complex trade-offs, evaluate uncertainty, and produce work suitable for expert review. Develop practical skills in iot reliability and safety analysis through applied scenarios and a final work sample.
You will make: Create a practical iot reliability and safety analysis work sample for iot & robotics. Explain its goal, method, evidence, limitations, and recommended next step.
Explore courseIntegrate multiple methods, justify complex trade-offs, evaluate uncertainty, and produce work suitable for expert review. Develop practical skills in industrial iot data and operations through applied scenarios and a final work sample.
You will make: Create a practical industrial iot data and operations work sample for iot & robotics. Explain its goal, method, evidence, limitations, and recommended next step.
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