2024-25 Research topics are live! Click here to learn more.
Conduct analyses and tests to determine the positional accuracy (Lat/Long) of a man-portable celestial positioning device. Performances of interest include 1) duration of observation(s); 2) movement/ velocity of the observing device; 3) amount of sunlight; and 4) amount of sky obscuration.
*Remarks: Can assume no errors in the current time and no errors in the ephemeris of celestial bodies, including Sun, Moon, and Planets.
Develop means to bypass safety or other electronic features that may disable conventional cars and light trucks so that they may be operated when combat or other operational situations require.
Develop advanced suspension and drive systems that can be used for small tactical vehicles in very soft terrain typical in Arctic regions. Demonstrate a sub scale prototype suspension and drive system
Design prototype suspension system for light/medium trucks with electronically controlled spring rates and damping. System will allow firing of heavy weapons with minimal vehicle motion and disruption of weapon accuracy. Demonstrate components and key technologies of system.
Develop and demonstrate means for smartphones with starfinder applications that can be used for precise geolocation
Demonstrate the utility of geolocation referencing “pulsar” stars. Develop prototype antenna and receiver systems
Inquiries
capstonemarketplace@stevens.edu
Capstone Marketplace Managers
Get the latest news about new research opportunities.
By entering your email, you agree to our Terms & Conditions and Privacy Policy.
Copyright
©