Prototyping is the bridge between an idea and a working interface. In this topic you look back at the prototyping phase of your project and examine how low-fidelity artifacts such as sketches and wireframes helped you generate and compare design alternatives quickly, and how high-fidelity prototypes added visual detail, realistic interaction, and a closer approximation of the final product. The distinction matters because fidelity is a deliberate choice: low fidelity invites criticism and change, while high fidelity invites detailed feedback on layout, typography, color, and flow.
This review also focuses on iteration. Prototypes are rarely right the first time, and the value of the method comes from cycling between versions as user feedback, usability testing, and accessibility checks reveal problems. Being able to trace how a screen changed from sketch to wireframe to interactive prototype is exactly the kind of evidence you will need when you present and defend your design decisions at the end of the course.
As you watch the videos below, pay attention to three things: what level of detail is appropriate at each stage, what kind of feedback each fidelity level can realistically produce, and how the designer decides what to change between versions. Try to map each step shown back to a decision you actually made in your own project, including the ones you would make differently now.
Part of the Google UX Design Certificate series, this video covers the transition from lower-fidelity work into high-fidelity design, building new iterations that incorporate visual design elements. It is likely to address typography, color, imagery, spacing, and how a polished prototype communicates the intended look and feel. The framing emphasizes iteration rather than starting over.
It maps closely onto the high-fidelity prototyping and design refinement subtopic, and the Google UX curriculum is a well-established, industry-aligned source for process guidance.
A beginner-oriented tutorial from CareerFoundry that explains what a wireframe is and walks through creating one, covering the low-fidelity structure of a screen before visual styling is applied. It is likely to cover layout, content hierarchy, placement of interface elements, and the role wireframes play early in the design process. Expect practical, step-by-step guidance rather than theory alone.
It directly supports the low-fidelity prototyping and ideation subtopic by showing how rough, fast artifacts let designers explore structure and alternatives before committing to detail, and it comes from a widely used UX education provider.
A hands-on Figma tutorial for beginners focused on the prototyping features of the tool, likely showing how to connect frames, define interactions and transitions, and test a clickable flow. It demonstrates the mechanics of turning static screens into something a user can actually click through. The pace and scope suit students who have built screens but not yet linked them.
It grounds the iteration subtopic in practice by showing how prototype versions are assembled and revised in a common tool, making it easier to connect classroom concepts to the artifacts you produced.
Reviewing these videos helps you reconstruct and critique your own prototyping history, which is the foundation for this module's work. The wireframing and high-fidelity videos give you vocabulary and criteria for evaluating your final interface against the requirements and usability goals you set early on (MO1) and for explaining, in a presentation, why a design changed between versions (MO2). Seeing the standard progression from sketch to styled, interactive prototype also supports honest reflection on where ergonomic, psychological, cultural, or accessibility concerns were caught late or missed entirely (MO3). Finally, understanding prototyping as an ongoing cycle rather than a finished step makes it natural to propose a next iteration that addresses unresolved usability issues (MO4).
These videos were chosen from YouTube on October 3, 2026. Each has captions; the player turns them on. Videos on YouTube can be changed or removed — if one no longer plays, tell your instructor. If a player does not appear, use its Watch on YouTube link.