A visual, closed-book prep space
A guided tour of XR concepts, AR design, spatial UX, and the experiences that make people want to come back.
The course in one glance
As the experience moves from a screen into space, the user's body, surroundings, and expectations become part of the interface.
01 · Build the mental model
Start with why XR feels different, then learn the design vocabulary that makes spatial experiences coherent.
Full printable notes: Open the complete deep-dive guide in Markdown. The essentials below are organized for a first pass.
XR is not merely a screen with depth. It adds gaze, hands, body movement, distance, sound direction, and the user's surroundings. The first iPhone had a familiar predecessor; XR does not, so people need clear value, learnable interaction, comfort, and meaningful content.
Products succeed when they fit a lifestyle or ecosystem: habits, creators, services, and useful touchpoints. Ask what an experience improves and why a person would return.
User experience includes setup, comfort, learning, task flow, social context, and what happens beyond the screen. A user interface is one part of that system. The best interface may nearly disappear because the experience “just makes sense.”
Connected IoT products illustrate personalization: cars and home appliances can adapt to users instead of making users repeatedly master the equipment.
An anchor is the reference that tells an AR system where content belongs. A tabletop can anchor a diorama; a face can anchor a selfie filter; a printed image can open the right story page; a 3D object can anchor a configurator.
World space is attached to a place in the 3D environment; screen space is attached to the 2D display. A phone can act as both camera and controller. Headsets still have both, but the interface itself can float in space.
If a virtual object belongs behind a real table, the table must visually hide the hidden part. Correct occlusion, scale, light, and shadow tell a user whether something is on a surface, behind it, or floating. These cues prevent confusing interactions.
AR behavior can be planned as trigger → event → response. A tap, gaze, recognized image, or gesture meets a condition; then content animates, appears, plays a sound, or advances. Feedback tells users the system noticed them.
Weeks 2–3 · AR in the world
Course examples make information contextual: the digital layer appears where a person can use it.
The lecture connects XR devices to company strategy and dates. These are slide-era claims; future entries are presented as possibilities, not timeless facts.
Company narratives: Meta—social connections, business/customer links, and advertising/data; Google—Android XR and mobile-connectivity position; Apple—integrated device ecosystem, computing, and entertainment. Google + Samsung and Google + Xreal illustrate hardware/platform partnerships. Snap Spectacles emphasize community and on-the-go context.
AR 3.0 · beyond a one-off overlay
Advanced AR connects content to location, scale, and physical objects. These features make product experiences more informative and more shareable.
Week 5 · spatial content
The study guide asks for three; knowing all five prevents a content-type gap.
Device distinction
See directly through transparent lenses. On-the-go, context-aware companion.
See a camera image on headset displays. Spatial work, media, and immersive apps.
Lecture examples: Snap Specs vs. Meta Quest and Apple Vision Pro.
Week 6 · rich experience
The midterm guide says “four,” but the slide visibly names five. Learn all five.
Week 7 · experience arc
Week 6 · promising markets
Reward is not one-size-fits-all
Week 7 · avatars
Stylized, playful, customizable; supports identity play, social presence, and tracked facial expression.
Recognizable likeness and expression for work meetings, calls with family, or shared activities; Vision Pro creates a 3D representation from facial expressions.
Vision Pro · setup & navigation
Spatial interaction expands beyond framed rectangles. UX is holistic; UI is only part of it. XR often uses game/3D pipelines, but research is crucial when audiences are unfamiliar or outside a known game genre. Personas, scenarios, prototyping, and user testing connect technology to needs.
AR's history moves from specialist displays to mobile and social apps; Pokémon Go is a major adoption milestone. Industry 4.0 connects AI, IoT, cloud systems, and XR. Shared UX concerns include safety, affordances, environment, sensory cues, engagement, constraints, inclusion, and accessibility.
Marker-based recognizes an image/pattern; markerless maps space (e.g. SLAM); location-based ties content to geography. Handheld touch and wearable spatial interactions differ. Depth/LiDAR can improve occlusion. Privacy and social acceptability are UX requirements, not afterthoughts. The reading traces AR from Sutherland's 1968 concept to Caudell's 1990 term and early wearable systems.
The friction funnel is the effort before the valuable experience. First impressions, especially the first 30–60 seconds, matter. Use empathy maps (Says, Thinks, Does, Feels) and gradual, familiar, positive onboarding. In 3D, design for angle, distance, light, shadow, placement, activation, and feedback; MRTK is an example hand-interaction framework.
In social AR, the object can be the app. Appeal, triggers, supported platform features, materials, and animation communicate state. PBR channels (color/albedo, normal, roughness, metalness, ambient occlusion) describe surface response to light. glTF and USDZ can carry AR materials and animation.
Design around the camera and the user's real setting. Explain environment needs, support comfort and safety, use off-screen cues, familiar gestures, minimal text, useful audio/haptics, and believable lighting/shadows. Adapt content for phone height versus glasses at eye level.
02 · Quick retrieval
Use this for a fast recall pass. Expand a group, cover the details, and retrieve before reading.
Target → anchor → spatial placement → interaction → response → sequence. Interactive AR adds an interactable surface, goal, and reward. Occlusion + scale + lighting + shadows make the scene legible.
Persistence survives a session; SLAM/VPS/depth improve position; absolute scale shows true size; colliders let sensed real objects affect virtual ones.
Comfort/safety · affordance/signifier/feedback · environment · sensory cues · engagement/story · constraints · inclusion/accessibility. First 30–60 seconds: familiar, gradual, guided, positive.
Mobile: tap/scroll/pinch/zoom/long-press. Games: physics, controllers, two hands, inventory. XR: gaze + pinch, gesture, voice, text, body tracking, ambient sensing.
Anticipation → Onboarding → Doing → Transition → Completing → Reflection. Core loop repeats inside Doing. Rewards: Autonomy, Competence, Relatedness, Reciprocity.
Optical = direct view through lenses; pass-through = camera view on headset display. Vision Pro: windowed, Full Space, Immersive Video, multi-app volumes, pop-in/pop-out.
Immersive (senses/presence), Experiential (unusual/embodied), Engaging (interactive/memorable), Narrative (purpose/progression), Spatial (physical context). Learn all five.
Look at target, pinch to confirm. Eyes target; hand pinch selects. Right palm opens app view; hand turned over opens Control Center. Crown recenters; grab bottom line to move window, corner to scale.
03 · Speak the language
Make the concept easy to say: one clear definition and one example is exam-ready.
04 · Active recall
Click once to flip and reveal. Click again to continue to the next card.
05 · Exam rehearsal
35 questions · 30 multiple choice + 5 short paragraphs · 60 points. The course describes a closed-book exam with mixed question types.
Practice questions are original and based on the provided study guide and course materials. They are not actual exam questions.
06 · Course podcast
Listen to the audio review for UX Design for Spatial Computing.
Course podcast · MP3 · 22:23
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Grounded in your folder
Study guide · Week 2–7 lecture slides · UX for XR assigned sections · Setting Up and Navigating AVP. The local Week 7 slide PDF was used; the accompanying Brightspace link may require course login.