How can you design AR UIs for beginners and experts?

As a marketing expert, I would recommend the following approach for designing AR (Augmented Reality) user interfaces (UIs) that cater to both beginners and experts: 1. Create a user-friendly interface with clear navigation and instructions. 2. Use progressive learning to introduce advanced features gradually. 3. Provide customization options for different skill levels. 4. Develop comprehensive onboarding and tutorials for beginners, and offer advanced resources for experts. 5. Incorporate a feedback mechanism to continuously improve the UI, and provide support channels for user assistance.

On top of this, the current tech landscape is split between mobile AR and Head Mounted Displays (HMDs), the former being the more popular. Selecting the correct one to best suit your target audience is vital.

The thing I've found most helpful while mentoring many XR students and also helping others to grow in this is: Rapid Prototyping. Look at the massive amount of work others have put out in their showcases or aggregating sites like catchar and so on and recreate them. In that process you will automatically understand how everything sets in place. A more traditional approach for this would be to do a UX course like the one from Google on Coursera, which is pretty good btw and then use that knowledge in creating XR UX

Understanding your users and their needs is extremely important when designing AR UIs. It should be remembered that not all devices in the market are capable of supporting advanced features such as motion tracking, depth sensing and geospatial API etc. So knowing your target audience and their devices of choice is crucial when evaluating design decisions.

For Beginners: 1. Simplicity: Create intuitive layouts and clear instructions. 2. Guided Onboarding: Offer tutorials or guided tours for easy familiarization. 3. Visual Cues: Use visible hints to direct interaction. For Experts: 1.Customization: Enable advanced users to customize layouts and settings. 2. Shortcuts & Gestures: Include faster interaction options like gestures or hidden menus. 3. Advanced Features: Provide complex tools or data for specific tasks. General Principles: - Consistency: Maintain consistent design elements for all user levels. - Feedback Loop: Gather feedback and update the interface based on user input. - Accessibility: Ensure inclusivity and consider diverse user needs.

This is a complex one. Natural is not always the best. With AR, there are far more options for interactions than other technologies, each with its pros and cons. Gestures and voice, are natural, but are not easy to discover and often not the most comfortable (physically and socially). Eye gaze can be comfortable for novices, but for expert users, it can be rather limiting. You also can use embodied interaction (i.e., physical movement), but that also has its limitations. There is extensive research done and being done on this whole topic. For successful interactions, keep it simple and stupid, take advantage of existing biases, and provide good feedback.

Yes, there are a lot of options but Again it depends on the type of application you are building. Like voice commands can be a good Idea but If we consider using AR in the work area rather simple and basic interaction systems are better and easy to understand. Even voice is a natural way of communication but I believe people are more comfortable with hand gestures using simple buttons.

The key is to strike a balance between simplicity for beginners and efficiency for experts. Understand your user base and their familiarity with AR, then introduce features gradually to beginners, but also allow experts to skip basic functionality. For all kinds of interactions, it's essential to prioritize intuitiveness, consistency, and clear and immediate feedback.

Leverage natural interaction methods like gestures, voice, and gaze in AR UIs to enhance intuitiveness. Simplify interactions, avoiding complex commands. Incorporate clear feedback and affordances to guide user interactions effectively.

Certainly! Leveraging organic interactions is a significant advantage of AR interfaces. Designing UIs that harmonize with natural gestures, voice commands, and gaze interactions greatly enhances user experience. Avoiding intricate or unfamiliar interactions reduces the learning curve. For example, employing hand gestures for object manipulation, voice commands for menu navigation, or eye tracking for selections can make the experience more intuitive. Furthermore, offering feedback and explicit affordances assists users in understanding how to interact with AR content and what outcomes to anticipate.

You also would want to consider how easy/accessible it needs to be. If it is digital content you want your users to be able to interact with, having it seamlessly blend with the environment might not be the best option.

In AR UI design, balance realism with abstraction based on context and user expectations. Use high-fidelity graphics for realistic simulations and low-fidelity, abstract designs for conceptual representations, focusing on key information.

Making use of highly detailed 3D models and content in the design of AR UIs helps push a better balance for realism compared to using 3D contents that have low quality as it gives off the fact that it is a digital piece and for AR, there's meant to be realism even down to the feedback from touch or spatial sounds, this way the experience is more immersive and engaging for users.

Again depends on what's the functionality if we take the example of google maps AR navigation feature they used arrows that pop up in the real background. The balance is there.

Balancing realism and abstraction in AR UI design is quite a challenge. It's all about figuring out the right level of realistic or abstract elements that fit the context, purpose, and what the users expect. For instance, if you're aiming for a lifelike simulation of a physical environment, using high-fidelity graphics and sounds that mimic the real world would be the way to go. However, if you're trying to present data or concepts in a more artsy or abstract way, using simpler graphics and sounds to highlight the main info or meaning would be a better call. Matching the digital content's details with the purpose and the users' expectations is crucial in AR UI design.

From what I've understood from peers in this domain is that the Achilles Heel with AR UI is the scaling. You need to be conscious of how the experience will be used and have the UI scale according to that. For example, for text, it needs to be large enough that it is readable but not as big as to affect the other elements of the experience. Other than that, you will also need to pay attention that the AR content stays where you want it. For this pay special attention to your anchors, and how they work for your specific tool (ARCore, ARKit, WebXR, etc.)

AR UI design must adapt to real-world conditions like varying lighting, noise, and motion. Responsive, flexible, and robust design is key. Consider spatial and temporal aspects, ensuring content size, position, orientation, and duration are appropriate. Employ techniques like occlusion for realism, scaling for correct size perception, anchoring for stability, and fading for smooth transitions. These elements ensure AR content is visible, stable, and coherent with the real environment, enhancing user comfort and safety for a seamless, immersive experience.

Design AR UIs to be responsive and adaptable to real-world conditions like varying light and noise. Focus on spatial-temporal aspects, employing occlusion, scaling, anchoring, and fading for visibility and stability in the real-world context.

Good UI & UX design for AR applications by Google. https://play.google.com/store/apps/details?id=com.google.ar.unity.ddelements

Unlike traditional UIs, AR interfaces must adapt to the ever-changing and unpredictable real-world environment. Designing AR UIs involves creating responsive, flexible, and resilient interfaces that can handle varying lighting, noise, and motion conditions. Considering the spatial and temporal aspects of AR content, such as size, position, orientation, and duration, is crucial. Techniques like occlusion, scaling, anchoring, or fading should be used to ensure that AR content remains visible, stable, and consistent within the real-world environment.

The guideline provided emphasizes the need to cater to diverse user expertise levels in designing AR UIs. It stresses the importance of customization, personalization, and adjustment of AR content to align with user preferences, skills, and objectives. The recommendation to offer guidance, tutorials, or hints is valuable for assisting beginners in effectively using the AR UI. However, the caution against overwhelming users with excessive information or options is equally crucial, promoting an environment that allows users to explore and learn the AR content at their own pace. This balanced approach aims to create a user-friendly AR experience that accommodates both beginners and experts.

Supporting different levels of expertise is an important consideration for AR UI design. AR users can range from beginners who have never used AR before to experts who use AR on a daily basis. It is important to design AR UIs that are accessible to both beginners and experts, while also providing the features and functionality that experts need.

Design AR UIs with customization options to suit various expertise levels. Offer tutorials for beginners and avoid overwhelming users with excessive information, allowing exploration at their own pace.

The academic term for this is novice-to-expert transition. An ideal UX would allow novice users to easily get into, with next to no training - with practice, they would become experts. One key factor in this is maintaining spacial consistency, it would allow users to gradually build muscle memory.

Design AR UIs to suit various user expertise levels. Include customization for personalizing content and interactions based on user skills and preferences. For beginners, provide clear tutorials and hints, but avoid overwhelming them with too much information. Allow users to explore and discover AR content at their own pace, balancing guidance with the freedom of exploration. This approach ensures a user-friendly experience for everyone, from novices to experts.

Would love to use this format in our learning. What platform are you using and how can I get access to it? There are many applications that I can use immediately.

It is key to know what AR platform you're designing for and what type of experience you are designing for as this helps you design the experience to fit the platform and make it more inclusive for the platform.

Good UI & UX design for AR applications by Google. https://play.google.com/store/apps/details?id=com.google.ar.unity.ddelements

It's also very important to research what the current AR landscape looks like. Test as many projects as you can so as to determine what works and what doesn't.

Designing AR UIs for beginners and experts involves implementing progressive disclosure, offering customizable interface options, providing contextual tutorials and guidance, and incorporating adaptive difficulty levels. Voice and gesture controls, context-aware assistance, clear feedback systems, a simplified onboarding process, accessible advanced features, and thorough user testing with diverse groups are also key to creating an inclusive AR experience that caters to a wide range of expertise.