• United States Coast Guard Augmented Reality Maintenance Aid - Simplified Stability Test (USCGARMA SST) is an MR application created for the US Coast Guard training schools. The MR application utilized the HoloLens 2 to aid the US Coast Guard Shipboard Safety Course. Its purpose was to reduce inspector certification time by 50% while improving memory retention and effectiveness for inspectors who perform this life-saving task on ship vessels. This application simulates shifting cargo and passenger weight on a docked vessel to determine a heeling moment using rigidbody physics built into Unity via NVIDIA's PhysX engine. Built for the HoloLens 2. (Updated - 01/22/2022 5:45 PM)

• I developed this AR/MR application for the US Coast Guard Research Center. (Updated - 01/22/2022 05:45 PM)

• United States Coast Guard Augmented Reality Maintenance Aid (USCGARMA) POC for the 87ft Cutter fleet. The MR application utilizes the HoloLens 2 to aid engineers in repairing the starboard side MTU engine of the 87ft cutter. The application uses 3D CAD models to recognize the ECS-UNI assembly in various stages of disassembly to guide the user in replacing the COM3 board. I developed this POC for the US Coast Guard Research Center using the 87ft Cutter USS Halibut. Now being tested on the whole 87ft Cutter fleet. The application has an On-Site and an Off-Site mode to train maintainers before touching the equipment. USCGARMA also has Remote Assistance capabilities that allow a maintainer to contact an SME using collaborative networking and annotations. Built for the HoloLens 2. (Updated - 07/19/2021 11:40 PM)

• I developed this AR/MR application for the US Coast Guard Research Center. (Updated - 07/19/2021 11:40 PM)

• United States Coast Guard Augmented Reality Maintenance Aid (USCGARMA) Phase I, II, & III is a POC for the US Coast Guard Research Center. The MR application utilizes the HoloLens 2 to train aircraft service members to service and maintain night vision goggles. The application uses 3D CAD models to recognize the equipment in various stages of disassembly to guide the user in repairing night vision goggles. Built for the HoloLens 2. (Updated - 07/19/2021 11:40 PM)

• I developed this AR/MR application for the US Coast Guard Research Center. (Updated - 07/19/2021 11:40 PM)

• Built with Unity for Android. Watch WW2 fighters battle it out in beautiful Puerto Vallarta, Mexico. These fighters are navigating the world on their own using a custom scripted AI. They are not pre-animated. This POC uses ARCore for planar tracking. This demo is an early preview of a game I have been developing at home for the Play Store. As shown on Unity Connect. Unity Connect: Unity - ARCore Augmented Reality World War 2 Proof of Concept for Android Coming Soon. Built for the Android. (Updated - 02/20/2020 11:40 PM)

• I developed this ARCore POC for JOESID.com. (Updated - 02/20/2020 11:40 PM)

• ADVANCEMENTS covers a vast number of industries and economies, featuring the state-of-the-art technologies and solutions dedicated to shaping, molding, and transforming our world. Aiming to create a new level of social awareness, ADVANCEMENTS brings this vital information to the public in an effort to educate on the effects of such significant contributions. (Updated - 02/20/2020 11:40PM)

• This Televised Segment was created for CNBC The ADVANCEMENTS TV Series. The ADVANCEMENTS TV Series with Ted Danson (Updated - 12/28/2019 08:30AM)

• Lead Augmented Reality Software Engineer for Avatar Partners, Augmented Reality Decision Aid (ARDA) is a Mission Visualization and Planning Tool. ARDA visualizes the mission and allows flight paths to be changed on the fly using voice and gestures. Mission Planning Simulation is used to plan a mission in world space using real satellite imagery. Built for the HoloLens. (Updated - 07/22/2019 09:30PM)

• This AR/MR POC was created for AVATAR Partners Inc and the US NAVY. (Updated - 07/22/2019 09:30PM)

• Augmented Reality Maintenance Aid for the NAVY as a POC for the F/A-18E/F Super Hornet. Augmented Reality Software Engineer for Avatar Partners Augmented Reality Maintenance Aid - ARMA POC for the US Navy F/A-18E/F Super Hornet. The MR application utilized the Hololens to aid engineers in repairing various faults on a F18. 3D Object tracking was used to detect the aircraft and track it in order to overlay the components. ARMA takes real world objects and transforms them into model target markers for understanding real world objects. The application uses voice recognition and gestures for interactivity. (Updated - 05/20/2018 04:30PM)

• This AR/MR POC was created for AVATAR Partners Inc and the US NAVY. (Updated - 05/20/2018 04:30PM)

• Watch as I reposition an Augmented Reality Remote Control Man using SLAM AR Targeting. I created this Augmented Reality Android app using Unity to test out the capabilities of Vuforia, computer vision, image recognition, real-world object recognition, target tracking, and the phone's ability to track persistence. (Updated - 06/30/2017 02:19AM)

• This AR demo was created by JOESID.com. (Updated - 06/30/2017 02:19AM)

• Watch as I turn the AR MATV using gesture controls. I put together this Mixed Reality UWP for HoloLens using Unity to test out the capabilities of HoloLens, spatial mapping, gesture controls, and the headset's ability to track the room around me. The HoloLens headset has the ability to track my hands and turn the model as I move them. (Updated - 06/16/2017 01:19AM)

• This MR demo was created by JOESID.com. (Updated - 06/16/2017 01:19AM)

• Watch as I reposition an AR MATV using SLAM AR Targeting. I created this Augmented Reality Android app using Unity to test out the capabilities of Vuforia, computer vision, image recognition, real-world object recognition, target tracking, and the phone's ability to track persistence. (Updated - 03/11/2017 05:42PM)

• This AR demo was created by JOESID.com. (Updated - 03/11/2017 05:42PM)

• I created this 3D Animation using Autodesk Maya and Adobe After Effects for Honda. The 3D model is the 2016 Honda Civic. (Updated - 05/13/2017 9:15PM)

• The Honda animation was created by request of the Vice President of American Honda. (Updated - 05/13/2017 9:00PM)

• This game was developed with Unity 5.5.2f1, GoogleVR 1.30, and runs at 60fps. The game was a study of Google Cardboard which became GoogleVR. It has two modes of gameplay and switches from a handheld mobile game to a GoogleVR game. The lighting is baked into the geometry for faster performance and reflection probes are used in place of real-time lighting. This video was recorded on a Samsung Galaxy S7. (Updated - 03/11/2017 11:20PM)

• Ghost Mercs is under development. I created this game with Bobby Milly. (Updated - 02/24/2017 12:15AM)

• This game is also available for GoogleVR and GearVR. (Updated - 02/24/2017 12:20AM)

• I created this 3D Animation using Autodesk Maya and Adobe After Effects for Honda. The 3D model is the 2016 Honda Civic. (Updated - 08/17/2016 9:15PM)

• The Honda animation was created by request of the Vice President of American Honda. (Updated - 08/17/2016 9:00PM)

• View from this link for 360 VR Experience https://youtu.be/lWNFyFq61AU
• Click and drag to look around or use your mobile device to explore. Enhance your experience with Google Cardboard or GearVR. I created this 360 VR Video using Unity. This is a 360 VR clip of a game still under development Apocalypse Rundown Rx. (Updated - 08/28/2016 7:15AM)

• I created this 3D Animation using Autodesk Maya 2016 and Adobe After Effects for Honda. The 3D model is the 2016 Honda HR-V. (Updated - 11/22/2016 8:20PM)

• The Honda animation was created by request of American Honda. (Updated - 11/22/2016 8:20PM)

• I created this Augmented Reality Android app using Unity to test out the capabilities of Vuforia, multiple target tracking, and the phone's ability to track persistence.(Updated - 08/05/2016 1:24AM)

• This AR demo was created by JOESID.com. (Updated - 08/05/2016 1:24AM)

• Watch as I transform this Dodge Challenger into a Lamborghini. I created this Augmented Reality Android app using Unity to test out the capabilities of Vuforia, computer vision, image recognition, real-world object recognition, target tracking, and the phone's ability to track persistence.(Updated - 08/07/2016 12:42AM)

• This AR demo was created by JOESID.com. (Updated - 08/07/2016 12:42AM)

• I created this Android app using Unity to test out the capabilities of Unity and the phone's gyroscope and magnetometer. The camera is controlled by the phone's gyroscope. (Updated - 08/03/2016 9:15PM)

• This VR demo was created by JOESID.com. (Updated - 08/03/2016 9:00PM)

• I created this Unity mobile Android game using Unity to test out the capabilities of Unity and the phone's gyroscope in combination with onscreen UI. The car is streered by the phone's gyroscope, but accelerated and braked by UI Canvas. (Updated - 07/13/2015 12:33AM)

• This Unity demo was created by JOESID.com. (Updated - 07/13/2015 12:33AM)

• I created this 3D Animation using Autodesk Maya and Adobe After Effects for Acura. The 3D model is the 2015 Acura MDX. (Updated - 09/01/2015 9:15PM)

• The Acura animation was created by request of the Vice President of American Honda. (Updated - 09/01/2015 9:00PM)

• I created this 3D Animation using Autodesk Maya and Adobe After Effects for American Honda Motor Company. The 3D model is the 2015 Honda Odyssey. (Updated - 09/01/2015 9:15PM)

• The Honda animation was created by request of the Vice President of American Honda (Updated - 09/01/2015 9:00PM)

• This is my group at American Honda Motors Inc. We're the ones that develop all the fun interactive pieces.
  Updated - 10/12/2014 9:00PM)

Click Here to View the Article.

• *Click on the 3D Car Simulator before attempting to use the keyboard controls. (Updated - 12/01/2013 9:15PM)

• *Rollover the Radar with the mouse to enlarge the view of the map for easier navigation. (Updated - 12/12/2013 9:00PM

Click Here to View Papervision 3D Car Sim

• *Click on the Papervision3D Carousel "Next" and "Previous" controls. (Updated - 09/12/2014 9:15PM)

• *Rollover the 3D Carousel with the mouse to enlarge the view of the panel for easier navigation. (Updated - 09/12/2014 9:00PM)

Click Here to View 3D Carousel

• *Click on the Papervision3D Cover Flow "Next" and "Previous" controls. (Updated - 09/12/2014 9:15PM)

• *Rollover the 3D Cover Flow with the mouse to enlarge the view of the panel for easier navigation. (Updated - 09/12/2014 9:00PM)

Click Here to View 3D Cover Flow

• This flash sample menu is updated but more is coming soon. - 12/16/2013

Click Here to View Flash Samples

• *Click on the thumbnails to view the video. (Updated - 12/15/2013 9:15PM)

Click Here to View 3D Animations

• *Click on the storyboard animatics below to view. (Updated - 12/15/2013 9:15PM)

• *Hover over the storyboard highlights to enlarge the view of the image. (Updated - 12/15/2013 9:00PM)

Click Here to View Storyboards

• *Click on the 3D Model Showcase below to view.

Click Here to View 3D Models

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