Unit 5 Student Deck PDF
Open a viewable PDF version of the Unit 5 presentation. This version is best for quick review, absent work, or studying from a browser.
Students complete a final human-centered aerospace design capstone that uses user research, ethics, sustainability, life-cycle thinking, project management, prototyping, testing, feedback, revision, portfolio evidence, and final presentation.
Use the presentation to review the human-centered aerospace design capstone, stakeholder research, project management, prototyping, testing, feedback, ethics, sustainability, portfolio evidence, and final presentation expectations.
Open a viewable PDF version of the Unit 5 presentation. This version is best for quick review, absent work, or studying from a browser.
Download the editable PowerPoint version of the Unit 5 presentation.
Open each lesson for student-facing tasks, deliverables, notebook evidence, and resources.
| Lesson | Title | Focus Question |
|---|---|---|
| 5.1 | Human-Centered Aerospace Design Capstone Launch | How can engineers design aerospace solutions that meet real user needs while considering safety, ethics, sustainability, and impact? |
| 5.2 | Stakeholder Research and User Needs | How can understanding the user help engineers design a better solution? |
| 5.3 | Problem Statement, Criteria, Constraints, and Design Brief | How do engineers turn user needs into a clear design problem? |
| 5.4 | Team Norms and Project Management | How do engineering teams organize their work so they can complete a complex design project successfully? |
| 5.5 | Concept Generation and Human-Centered Ideation | How can engineers generate creative solutions without choosing the first idea too quickly? |
| 5.6 | Decision Matrix and Final Concept Selection | How can engineers choose a design concept using evidence instead of personal preference? |
| 5.7 | CAD, Fabrication, and Prototype Planning | How do engineers prepare a design for fabrication before building a prototype? |
| 5.8 | CAD Modeling and Prototype Part Development | How do engineers turn a fabrication plan into accurate parts that can be built, assembled, and tested? |
| 5.9 | Prototype Build Day 1: Structure and Core Function | How do engineers move from a planned design to a physical prototype while documenting changes along the way? |
| 5.10 | Prototype Build Day 2: Integration and Refinement | How do engineers refine a prototype so it is ready to be tested by a user or evaluated with data? |
| 5.11 | Testing Protocol and User Feedback Plan | How can engineers test whether a prototype solves the user problem? |
| 5.12 | Prototype Testing and User Feedback | What evidence shows whether a prototype is successful for the user? |
| 5.13 | Data Analysis and Stakeholder Feedback Review | How can engineers combine data and user feedback to decide what should improve? |
| 5.14 | Ethics, Safety, Sustainability, and Life-Cycle Analysis | How do engineers make responsible design decisions beyond simply making a prototype work? |
| 5.15 | Final Prototype Revision and Refinement | How do engineers use evidence and feedback to make final improvements before presenting a design? |
| 5.16 | Final Engineering Portfolio Workday | How can engineers use a portfolio to communicate the complete story of a design project? |
| 5.17 | Final Presentation Preparation and Rehearsal | How can engineers present a design solution clearly, honestly, and professionally? |
| 5.18 | Final Capstone Presentations | How can engineers communicate the value, evidence, limitations, and future potential of a final design? |
Download Fusion 360 files and CAD reference models for this unit.
Fusion 360 starter files, reference models, or downloadable CAD examples for Unit 5 will appear here when they are added.
Use these resources when they support the unit lessons.
Define team norms, roles, and accountability.
Open ResourceCompare capstone design concepts.
Open ResourcePlan capstone tasks, milestones, risks, and responsibilities.
Open ResourceRecord feedback, decisions, and next steps.
Open Resource