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2010 PROJECTS

Mission Statement:

Characterize the bowel sounds in premature infants (neonates) using signal processing in an effort to aid in FDA approval for a prototype stethoscope. 

Mission Statement:

The mission of this project was to develop a way to more efficiently scrub carbon dioxide from the flue gas produced by coal fired powered plant. 

Mission Statement:

To research, develop, and create an energy efficient ground source het pump utilizing a solar collector to support the heating and cooling of buildings.

Mission Statement:

To study the water flow and heat transfer for the next generation space suit, in order to provide NASA with recommendations for a new design’s viability, as well as to investigate the thermal load inside the Orion capsule for a post-landing cooling system.

Mission Statement:

Design a hydrogen refueling infrastructure considering necessary number of stations given different factors in the state of Connecticut.

Mission Statement:

The mission was to characterize ionized gas induced flow devices to re-energize boundary layer flow over a curved surface and prevent flow separation.

Mission Statement:

To investigate life support and structural design issues for a long-term lunar habitat with an emphasis on power, weight, and volume requirements.

Mission Statement:

To develop a portable life support system for the purpose of supporting human life during field and laboratory testing for the University of North Dakota’s next generation space suit.

Mission Statement:

The mission was to develop a wheelchair which facilitates the transfer of a patient to and from a bed with minimal caregiver assistance.

Mission Statement:

Using simulation software to quantify the positive effects that an intelligent traffic control system has on the amount of fuel consumption and subsequent vehicular emissions.

Mission Statement:

The mission was to research self-sustaining energy wind turbines and propose an implementation plan for the people of Herat, Afghanistan.

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© 2024 Mechanical Engineering Technology & Manufacturing Engineering Technologies (MET²) Program. All rights reserved.

 

The Mechanical Engineering Technology & Manufacturing Engineering Technologies (MET²) is supported by the NSF ATE Program Grant, award number 1400610. Any opinions, findings, and conclusions or recommendations expressed are those of the author(s) and do not necessarily reflect the views of the National Science Foundation.

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