Now showing items 15-34 of 34

    • HAWQ DD 

      Subramanian, A.; Hicks, A.; Romano, C.; Gatera, G.; Alameri, J.; Dushane, M.; Rhoney, M.; Momanyi, N.; Burke, S.
      Execute an autonomous mission to deliver a package to a predetermined location. HAWQ DD (Hybrid Autonomous Winged Quadrotor Delivery Drone) transitions from quadcopter configuration to fixed wing and delivers the 3 kg ...
    • Humanitarian Outreach B 

      Gabriel, Karl; Bayasgalan, Amar; Betharte, Owen; Bridenbaugh, Garrett; Rodriguez, Carlos
      The issue of people without footwear in developing countries is a significant issue in today’s society, and it affects over 300 million people. One in seven people suffer from soil transmitted parasites. This system will ...
    • HYDRA (HYpersonic Dynamics Rocket Assembly) 

      Disher, Kathryn; Germann, Nicholas; Kennedy, Christopher; Gavagn, Rhonwen; Oguche, Theophilus; Gotsch, Christian; Rohde, Michael; Attzs, Monty; Perrelli, Frank
      HYDRA is a proof-of-concept vehicle designed to demonstrate the capabilities of a hypersonics testbed. The goal of HYDRA is to validate and verify the use of dynamic pressure analysis as a viable method of cost efficient ...
    • Lionsat 

      Guenther, Alec; Maldonado, Derek; Throne, James; Truszkowski, Adam
      In the previous semesters, a mission was designed for a cubesatellite to enter a low-earth orbit and take pictures of weather patterns. To overcome drag and provide essential correction maneuvers, a resistojet would be ...
    • Mars Rover - URC 

      Ghelani, Niket; Martusevich, Kirill; Poe, Andrew; Bohanon, John; Zarlenga, Christopher; Bernard, Tiziano
      The Rover’s key design components that will allow it to overcome the tasks in the competition are the suspension, differential, and motors. The suspension was designed to overcome a 60 cm tall flat vertical face without ...
    • Melbourne Airport smart energy analysis 

      Johnson, Tyler; Rubenfeld, Zachary; Dirkes, James; Brooks, Claude; Sinha, Rahul; Maloney, Philip; Clark, Clark
      In the last decade there has been a massive push for making airport facilities more sustainable and energy efficient. These measures serve as an investment to cut carbon foot prints as well as wasted energy, which is ...
    • NASA JPL Smart Breakout Box 2.0 

      Fisher, Joseph; Jones, Carlos Gross; Schultz, Daniel; Gambardella, Tom; Dillon, John
      The JPL Smart Breakout Box 2.0 (JSB2) team was tasked by the NASA Jet Propulsion Lab to design and construct a universal automated breakout box to be used for testing any electrical system at JPL.
    • NASA-JPL Google Glass 

      Amankwah, Daniel; Brandler, Sam; Chokshi, Shawn; Oliver, Rasheed; Stratton, Michael; Williams, Michael; Zappala, Peter
      The NASA-JPL Google Glass team seeks to further enhance the working conditions of assemblers at the NASA-JPL assembly warehouses. When an assembler is working, it is necessary to retrieve information about an assembly item. ...
    • Northrop Grumman Operator Workstation 

      Alanazi, Khalid; Combs, Steven; Harney, Derrick; Portugal, Jacob; Siddique, Asif; Todd, Andrew
      The team has designed and prototyped the layout of a seated workstation that will be installed in a Northrop Grumman aircraft. The size of the workstation is being decreased as Northrop Grumman transitions to the smaller ...
    • Outreach Team A - Building Blocks 

      Barnett, Stephen; Fuglas, Jonas; Graff, Michael; Knott, Michael; Violo, Julio Cesar
      After the occurrence of natural disasters in developing countries, there is a large need for shelter. The primary form of shelter that is distributed during the early and medium recovery phase is tenting. People must live ...
    • Project Vulcan 

      Levin, Kyle; Robinson, Michael; Favreau, Shane; Sork, Jared; Erickson, Kristen; Leesman, Gabrielle; Cruz Garena, Alan; Leon, Alejandro; Naranjo Velez, Ismael
      Our mission is to design and construct a test platform to demonstrate the construction methods, propulsion design and payload capacity of a sounding rocket that can succeed the project and be launched to 10,000 ft. while ...
    • R.E.D. Rover 

      Geehan, Jennifer; Medico, Steven; Aycart, Vicente; Horn, Joseph; Miller, Joseph; Vuckovic, Katarina; Mpaganga, Bonolo; Peavler, Kevin; Almeida, Rafael; McKinnon, William; Watkins, Tevin
      The purpose of this project is to build a next generation vehicle for space exploration. We plan to participate in the 2016 University Rover Challenge. The rover will be tele-operated by astronauts to assist with surface ...
    • SAE Baja 2015 

      Holt, Matthew; Hammadi, Abdulaziz; See, Evan; Vrampas, George; Abdutaleb, Abdullah; Aldabal, Abdulla; Almejhem, Ahmad; Alraeesi, Hamdan; Alyafei, Ibrahim; Altahri, Saeed; Binjabaan, Abdulaziz; Hartman, Timothy; Li, Stephen; Price, Adam; Santa-Lucia, Hannah; Zauner, Ezekial
      The SAE Baja competition is a student design competition that test a students ability to design, engineer, build, test, promote, and compete with a vehicle within the limits set by the rules. The goal is to create a single ...
    • Search and Rescue Robot 

      Lermen, Zackary; Bettinger, Eric; Drinks, Dale; Carter, C.; Culp, Tyler; Martinez, Devin; Stafford, Milton
      The FIT/CSRR is a mobile search and rescue vehicle, capable of being wirelessly controlled by human operators, located on the perimeter of a debris field that has been created as the result of some natural or manmade ...
    • Search and Rescue Unmanned Aerial Vehicle 

      Olson, Jake; Barbera, Mike; Ooi, Brendan; Arledge, Nathan; Maia, Fabio; Cosgrove, Evan; Casciola, Niko; Mohamed, Mohamed; Deans, Xori; Bader, Oron
      The current technology that exists to successfully locate a missing person in the vast wilderness of a National or State Park has not changed much within the past few decades. Although search and rescue UAVs currently ...
    • Sharkbait: unmanned underwater-air hybrid vehicle 

      Steinert, Morgan; Casteren, Sal Van; Watson, Jake; Bueno, Nick; Eldridge, Alexa; Diotte, Michael; Klein, Patrick; Costello, Zach; Harmeling, Kyler; Izzi, Cameron; Conrad, Asim
      To design, build, and test a hybrid unmanned vehicle. The vehicle shall perform as an aerial vehicle, underwater vehicle, and transition between these modes without external intervention.
    • Time Capsule to Mars (TC2M) 

      Bido, Juliette; Spence, Isaac; Curtin, Rob; Anderson, Justin; Tillman, Brianna
      TC2M is a nationwide, student-led mission tasked with the design, transport and landing of a time capsule on the surface of Mars. The Florida Institute of Technology team is tasked with conducting the systems engineering ...
    • Time Capsule to Mars: Systems Engineering and Launch Operations 

      Chan, Cassidy; Bido, Juliette; Spence, Isaac; Anderson, Justin; Curtin, Robert; Tillman, Brianna
      To perform the systems engineering tasks and the Assembly, Test, and Launch Operations required to send theTC2M cubesats into space. To coordinate and manage the systems requirements, interfaces, and overall design models ...
    • URC UAV 

      Casiraghi, Gianmarco; Dube, Joshua; Spence, Isaac; Hedlund, Brock; Bernard, Tiziano
      The UAV will provide aerial assistance for Team Olympus throughout the Mars Society 2015 University Rover Challenge. Assistance includes carrying tools, identifying optimal travel path, and locating objects. This project ...
    • Wing Tip Vortex Reduction 

      Seliquini, Sky; Azelis, Augustus; Al-Sulaiti, Mohammed; Kasyanju, Ambonisye; Lopez, Vanessa; Al Metwali, Mohammed; Vogel, Noah; Fry, John
      Winglets are used vastly in commercial jets. The main purpose of a winglet is to minimize the vortex effect forming at the tip of the wing in result to the transition between higher pressure and lower pressure. The main ...