• Implemented general-use network foundation for multiplayer VR experiences using Unity’s Netcode For Gameobjects package, supporting OpenXR’s hand tracking input, targeting Vive Focus-based hardware
• Designed & implemented end-user level design tools for legacy training solution, including a builder mode, NPC placement & configuration, as well as support for user-generated art assets via Unity Addressable bundles
• Collaborated on multi-disciplinary team in an agile dev environment

• Led team of artists, set-builders, & programmers in creating immersive, interactive escape games
• Envisioned original puzzle & narrative content
• Engineered proprietary software for escape room operation
• Hand crafted Arduino-powered puzzles & props
• Directed film shoots; Post-Production & VFX work

• Operated and maintained attraction’s computer systems, various hardware
• Assembled load-bearing platforms, set flats, and theater electrics
• Front of house and group management

• Developed Unity 3D based applications in C#
• Created reflection-based object analysis tool in Java

• A virtual dark ride experience that travels through a mystical library and the storybook world contained within
• Lead a student team of artists and developers in creating a 4-minute VR attraction
• Targeted and optimized for all-in-one, Android-based Vive Focus 3 hardware
• Extended Unity 3D’s Timeline with bespoke logic to bridge separate sequences in different Scenes into a singular, seamless experience
• Developed network logic to monitor the status of all active headsets and synchronize headset playback
• Modeled several environments in Blender 3D
• Created visual effect set pieces by baking physics simulations into animation date using Blender 3D
• Staged the entire attraction in Unity’s Timeline with a combination of art, keyframed animation, particle system playback, sound and music from the student team, as well as purchased and open-source assets found online
• Trained on-site operator and provided thorough documentation on hardware setup as well as day-to-day operations

• Co-created the main concept, world of the play, helped devise the two endings possible based on audience vote
• Designed branching scavenger hunt with a variety of multi-media clues, leading to 7 unique encounters
  • Paper props (dossiers, messages between suspects, “top secret” memos, etc)
  • Looping video with “subliminal” information
  • Looping audio messages on wired rotary telephones, headsets
• Developed & installed four audience-facing computer terminal props with quest-centric clues and expository information, targeting Raspberry Pi’s running Android
• Designed & crafted props for 7 unique story encounters:
  • Entity Interview – An amorphous, inter-dimensional smoke being haunts the theater and part of it waits to answer your questions.
    • Developed windows-based app for projecting an animated fog creature on a wall and played prerecorded responses when audience members selected from a list of questions
  • Time Machine Repair – In the underbelly of the stage, the heart of the machine awaits to be restored
    • Developed an Arduino-based circuit puzzle that played various sound effects and turned on LED lights when one of several circuits were completed
  • Quantum Consolidation – Help two engineers pinpoint the location of our universe
    • Developed a windows-based app with host password gates whose answer lied in props around the play space.
  • Creature Coordinates – The main body of the fog monster looms above as players scramble to locate its point of origin in the multiverse
    • Designed a large mural-based puzzle for the stage floor in a style between an electrical blueprint and fantasy magic ritual circle
    • Several locations on the mural were painted with a conductive paint that completed a circuit on the bottom of several beacon props:
    • Crafted beacon props from PVC, wood, spray paint, with an Arduino Uno-based core that lit a LED on top when a circuit was complete
  • Hidden Evidence – Help a detective find clues unseen with the naked eye
    • Classic UV light puzzle; follow trails of UV paint to uncover hidden messages
  • Recover a Dossier – Help a detective recover a dossier from a locked cabinet
    • Persuasion encounter with an actor; distract them to gain time for other audience members to hunt for a piece of evidence
  • Truths about Realities – Use context clues to determine which reality the murder suspect is from
    • Designed a video-based puzzle where each video loop was from a different reality. Context clues in the play space, in combination with the video contents, points to only one being the viable origin for the murder suspect

• Designed a scavenger hunt-style quest involving a variety of challenges, supported by character actors and paper maps to guide the experience

• A virtual panorama from the perspective of a zeppelin blimp departing the Eiffel Tower in Paris and landing in front of Buckingham Palace in London.
• Targeting PC hardware running on four HD wide-screen displays, a combined fifteen feet of digital effects to sell the appearance of air travel
• Delivered high-fidelity visuals while maintaining optimal performance
• Developed logic to communicate with physical props in the room, allowing the in-room actor to cue a variety of scenarios:
• Staged four different emergency scenarios including sudden assent into space and engine malfunctions
• Staged two different ending variations for succeeding or failing to escape the room

• Co-developed original murder mystery story
• Created on-theme quests providing further information on suspects and details on the murder

• Puzzle-specific paper props created in Adobe Photoshop in relevant thematic styles:
  • Jack The Ripper
  • Prison Break
  • Titanic
• 3D images rendered in Blender 3D, finalized in Photoshop for floor-to-ceiling vinyl decals
  • Titanic bridge and exterior bow
  • Prison view from interior
  • City view from roof of skyscraper
  • Themed decals for room exteriors

• Developed Android-based app that integrated with several educational activities staged in museum:
  • Mini-games
  • Additional information
  • Narrative context

https://www.youtube.com/@Gameservatory

• Minors in Computer Science and Software Engineering
• Theater Performance and Vocal Education