Youth 10–13
Designed for young learners aged 10–13. It is especially useful for learners who need a structured, practical route into robot product design rather than a purely theoretical overview.
ESH-10654 · Robotics
Robot Product Design Applied Lab for Youth 10–13 — Robotics
A 18-hour intermediate course for young learners aged 10–13 who want to produce a complete applied project in robot product design. The course combines the robotics context with practical frameworks, realistic cases, guided exercises and a final applied output. Participants finish with a structured approach they can adapt to a real venture, team or project.
Blended online18 hoursIntermediateYouth 10–13Build pathway
What you need
No prior business experience required.
European Startup Hub Certificate of Completion — Robot Product Design Applied Lab
A staged portfolio of applied outputs culminating in a final project.
Learning outcomes
What you will be able to do.
Outcome 1
Explain the core principles of robot product design in the context of robotics.
Outcome 2
Diagnose a realistic robot product design challenge using structured startup tools.
Outcome 3
Build a practical robot product design output appropriate for youth 10–13.
Outcome 4
Evaluate evidence, assumptions and trade-offs before making robot product design decisions.
Outcome 5
Apply robot product design methods to a venture, project or organisational scenario.
Outcome 6
Create a next-step action plan that can be used after the course.
Full syllabus
12 course modules.
Each module combines explanation, examples and an applied activity.
Module 1
Foundations of Robot Product Design
Practical study of foundations of robot product design with examples, prompts and an applied activity.
Module 2
The Robotics context
Practical study of the robotics context with examples, prompts and an applied activity.
Module 3
Customers, users and stakeholder needs
Practical study of customers, users and stakeholder needs with examples, prompts and an applied activity.
Module 4
Tools and frameworks for Robot Product Design
Practical study of tools and frameworks for robot product design with examples, prompts and an applied activity.
Module 5
Evidence, data and assumptions
Practical study of evidence, data and assumptions with examples, prompts and an applied activity.
Module 6
Designing the approach
Practical study of designing the approach with examples, prompts and an applied activity.
Module 7
Execution and operating decisions
Practical study of execution and operating decisions with examples, prompts and an applied activity.
Module 8
Measurement and key indicators
Practical study of measurement and key indicators with examples, prompts and an applied activity.
Module 9
Risks, ethics and common failure modes
Practical study of risks, ethics and common failure modes with examples, prompts and an applied activity.
Module 10
Case study: Robot Product Design in practice
Practical study of case study: robot product design in practice with examples, prompts and an applied activity.
Module 11
Applied workshop: build your Robot Product Design output
Practical study of applied workshop: build your robot product design output with examples, prompts and an applied activity.
Module 12
Action plan and next milestones
Practical study of action plan and next milestones with examples, prompts and an applied activity.
Assessment
A staged portfolio of applied outputs culminating in a final project.
Included materials
Digital course notes · Practical worksheets · Case exercises · Action-plan template · Completion record in ESH ID
Learning support
Platform learning support; live facilitator interaction is included where the delivery format states Live online or Blended online.
Course information & disclaimer
Educational programme. Completion does not constitute professional, legal, financial or investment advice and does not guarantee funding, employment or business outcomes. Catalogue version 2026.1 · Last reviewed 2026-08-24.
Ready to begin?
Robot Product Design Applied Lab for Youth 10–13 — Robotics · 18 hours · Blended online
Enrol for €510