Build Your Own Portfolio Project with MatchDog: Showcase Screen Visualization and Content
In the quest to select the optimal design patterns for visualizing the content of the MatchDog service, a variety of UX architecture frameworks come into play. These frameworks offer structured approaches to solving design problems, organizing deliverables, and guiding the design process systematically.
The multi-level pattern framework, typically taught from the bottom up, is practiced from the top down on new design projects. This approach is particularly suitable for MatchDog, as it culminates in UX Architecture – the level at which the overall structure and organisation of the service are defined.
For the administrative back-office experience of MatchDog, a hub & spoke or network architecture would be most appropriate. This architecture offers a high-level aggregate summary view and allows for bespoke pages focusing on specific objects, providing a UX optimised for productivity. The employee persona, who spends a significant part of their workday in this UX, may appreciate this design.
When it comes to visualizing a conceptual model for MatchDog, several UX architecture frameworks can be utilised. Lean UX, for instance, emphasises rapid iteration and collaboration, making it useful for quickly testing and refining the conceptual model based on user feedback.
The Double Diamond framework can help by separating the design process into phases of discovery, definition, development, and delivery, allowing clear visualization of how ideas evolve into solutions.
Using behaviour models like the Fogg Behavior Model informs design elements that drive user motivation and triggers, which can be visualised in the conceptual model showing user journeys or interaction flows.
For complex content or system groupings, information architecture patterns can organise interactions and navigation logically from broad categories to specific tasks or features, ideal for structuring MatchDog's features or user paths.
Shifting trends in UX architecture include agentic experience design, which moves from static interface design to dynamic, intent-driven systems that adapt in real time across platforms. Visualising MatchDog's conceptual model with this approach would mean mapping user intents to system capabilities dynamically, showcasing how different "agents" (apps, services, AI components) coordinate to fulfil user goals across devices.
This involves creating visual maps of intent-system interactions rather than just user flowcharts, designing rules for dynamic orchestration of components, and demonstrating real-time adaptability of the system in response to user needs.
In sum, depending on MatchDog’s scope and complexity, a combination of these UX architectures can be applied to visualize a conceptual model that is structured (Double Diamond, Lean UX), motivation-driven (Fogg Model), logically organised (information architecture patterns), and dynamically interactive (agentic experience design).
It is important to remember that the project brief for MatchDog needs to be reviewed and kept in focus throughout this process. No screen designs for MatchDog are provided in the book, so the team will need to rely on their creativity and the guidelines provided by these UX architectures to create an effective visualisation of the service's conceptual model.
[1] Source: Book chapter on UX Architecture [3] Source: Article on agentic experience design [5] Source: Book chapter on information architecture patterns in UX design
- The Double Diamond framework, Lean UX, the Fogg Behavior Model, information architecture patterns, and agentic experience design are UX architecture frameworks that can be applied to visualize MatchDog's conceptual model, providing a structured (Double Diamond, Lean UX), motivation-driven (Fogg Model), logically organized (information architecture patterns), and dynamically interactive (agentic experience design) design.
- For the administrative back-office experience of MatchDog, a hub & spoke or network architecture would be most appropriate, offering a high-level aggregate summary view and allowing for bespoke pages focusing on specific objects, providing a UX optimized for productivity.
- Using behaviour models like the Fogg Behavior Model informs design elements that drive user motivation and triggers, which can be visualised in the conceptual model showing user journeys or interaction flows, and shifting trends in UX architecture include agentic experience design, which focuses on designing dynamic, intent-driven systems that adapt in real-time across platforms.
