Triceratops

A puzzle-based museum XR experience turning anatomical interpretation into active spatial learning.

Museum XRPuzzle InteractionHoloLens 2Spatial Learning
Introductory AR prompt before starting the Triceratops skeleton puzzle
Winning the Game
AR puzzle pieces arranged in space near the Triceratops skeleton exhibit
Spatial Puzzle Layout
Visitors viewing the AR puzzle setup for the Triceratops skeleton assembly
Interactive Puzzle Setup
Hand interaction for grabbing virtual puzzle pieces in AR
Grabbing Puzzle Pieces
Manipulating Triceratops puzzle elements in the museum space
Piece Manipulation
Spatial interaction while assembling Triceratops skeleton pieces
Assembly Interaction
Positioning a puzzle piece into the correct place on the Triceratops skeleton
Placing a Bone Segment
Completing the placement of a Triceratops puzzle piece in AR
Final Placement

Context

Senckenberg Naturmuseum Frankfurt · Triceratops Exhibition

Platform

Microsoft HoloLens 2

Interaction

Guided Explanation · Object Manipulation · Skeletal Reassembly

Focus

Active Learning · Anatomical Understanding · Playful Interaction

My Role

Research · Interaction Design · XR Prototyping

Project credits

Team

Yu Liu · Manuel Feller

Advisors

Ulrike Spierling

Project & Partners

LoGaCulture logoLoGaCultureHochschule RheinMain logoHochschule RheinMainSenckenberg Naturmuseum Frankfurt logoSenckenberg Naturmuseum Frankfurt
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