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Our robot is currently in Greenland preparing to map the Greenland ice shelf with a ground penetrating radar. The communications are done via a line-of-sight antenna, and when out of reach, through a satellite link. This autonomous vehicle will drastically reduce the cost of research as it removes the requirement for having any humans in the field for long periods of time. 

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Previous Work

Our team has the capability to bring your product to market. Whether you require mechanical, software, electrical, or all of these services, we can help you develop your product and bring it to fruition. 

Grover

A robot designed to traverse the Greenland ice shelf, collecting data about snow/ice depth. The communications are done via a line-of-sight antenna, and when out of reach, through a satellite link.
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ESP-DLux

The ESP-DLux is an automated, mesh networked, UV-C light sterilization fixture for hospital rooms that reacts to human presence. When the unit’s sensors detect that the room is unoccupied, the shutter rotates into itself, exposing the UV-C light bulb and irradiating the surfaces in the room. When the room is occupied, a fan moves air through the hollow chamber, continuing the cleaning process. This is a very effective way to sterilize air and surfaces because it eliminates human error and cleans hard-to-reach areas. With this project, we brought a patent holder’s vision to the marketplace.

Robotic Arms

We are developing robotic arms with intuitive control algorithms for a wide range of applications. Using our advanced algorithms, a robotic arm with many degrees of freedom can be easily controlled with only one hand.

Software-defined Radio

We developed a software-defined radio for NASA’s satellite ground station in Antarctica. It receives, demodulates, and decodes telemetry data from NOAA’a POES geological satellites.

 
 
 
 

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