Unique virtual customization tools enabling manufacturers, dealers, and retailers to boost sales onsite or through their ecommerce website.
Efficiency and productivity solution for pick-and-pack workers at large warehouse facilities.
Virtual Sports Stadium
Immersive and interactive experience of live events for both remote and onsite spectators.
Virtual Building for AEC Applications
Multi-user AEC application enabling onsite and remote interaction between architects, contractors, and other trades at each stage of a building project.
Life saving solution for first responders featuring multi-user situation awareness, data sensor capture, and vitals tracking.
AR Experience for Tourism
Ready to use, no code solution for Destination Marketing Organization, allowing the creation of unique interactive experiences for visitors.
The future of industry: hands-free training and operation solution for technicians, including remote support.
Web AR Experiences
Easy-to-use solution for marketers wishing to showcase 3D models of their products anywhere, anytime.
Previous Work Highlights
2021 Magic Leap
Devise and prototype various tracking systems to determine the relative pose between a mobile object and an HMD worn by a user.
Architecting solutions and finding best 2D marker and 3D object tracking and sharing solutions to use for licensing and integration in SDK.
2015 Accenture / Lockeed Martin
Prototype AR HMD and tablet system for the wiring harness technician to see overlays of the wires, fasteners and circuit diagrams
Development of the AR Unity library view frustrum calibration.
Development of the visualization AR library, determination of the view frustrum, calibration, Opengl C++ code.
Development of the fusion core using internal visual and inertial sensor inside Ipad and Iphone to allow ARKit like tracking and enable various AR experiences.
Vehicle AR system showing on a screen the location of mobile users inside an unprepared building to find disabled firefighter(s).
Development of an internal AR library to provide multiple AR functions for various ITT Defense AR projects.
Backpack worn CBRN system to detect and annotate the area scanned and locations of contaminant.
2005 Naval Research Laboratory
System to use a precise indoor tracking system in conjuncton with a GPS earth referenced pose tracking system to get a precise and robust combined outdoor pose.
2000 ITT / Naval Research Laboratory
3D OpenGL visualization code, demo and prototyping code.
1999 ITT / Naval Research Laboratory
Backpack worn systems developed for the exploration of AR software development for defense use by Marines using single board computer, GPS and inertial tracking systems, swappable batteries and early HMD systems.
Optical bench with early HMD visualization system, optical tracking system and robotic positioning of a mannequin leg to prototype an inner anatomy visualization tool for the knee.