![Separate from virtual reality, AR lets you see the world around you but adds new layers of information. I worked on the creation of military grade glasses, optical assemblies, and a finger worn interface navigation device.](https://images.squarespace-cdn.com/content/v1/5a7bb278914e6b9c3bdc1135/1525374504284-GXMC3MUJ1Y4JV4L42KBG/httpcommercestaging.comalphaodgimg-importunnamed.png)
ODG - Augmented Reality Glasses
ODG is the leader in augmented reality (AR) hardware.
![Separate from virtual reality, AR lets you see the world around you but adds new layers of information. I worked on the creation of military grade glasses, optical assemblies, and a finger worn interface navigation device.](https://images.squarespace-cdn.com/content/v1/5a7bb278914e6b9c3bdc1135/1525374504284-GXMC3MUJ1Y4JV4L42KBG/httpcommercestaging.comalphaodgimg-importunnamed.png)
Separate from virtual reality, AR lets you see the world around you but adds new layers of information. I worked on the creation of military grade glasses, optical assemblies, and a finger worn interface navigation device.
![Currently AR glasses are mainly used in industrial and medical applications as the technology hasn’t been miniaturized enough for daily consumption.](https://images.squarespace-cdn.com/content/v1/5a7bb278914e6b9c3bdc1135/1525216976796-NSNF0PLRIT3OGXBJVSPH/banner-home-BP2.jpg)
Currently AR glasses are mainly used in industrial and medical applications as the technology hasn’t been miniaturized enough for daily consumption.
![The finger mounted controller I designed has an array of buttons, as well as a tiny optical track pad allowing users to control on screen features discreetly with just their thumb and forefinger.](https://images.squarespace-cdn.com/content/v1/5a7bb278914e6b9c3bdc1135/1525216977613-MELTI4LY47TVQ2T7SZO5/ODG+finger+controller.png)
The finger mounted controller I designed has an array of buttons, as well as a tiny optical track pad allowing users to control on screen features discreetly with just their thumb and forefinger.
![ODG_glasses.png](https://images.squarespace-cdn.com/content/v1/5a7bb278914e6b9c3bdc1135/1525216981167-QFRAQDPBKFUBDG0G1DNE/ODG_glasses.png)
This Liquid Crystal Optical System (LCOS) was designed and built in 2 weeks. Working with the lead optical engineer we created a system that was adjustable to compensate for different interpupilary distances and simulated a 720p 32in display viewed from a 4 foot distance for the wearer. This tiny display allowed us to raise enough funding to continue development.