1 / 13

Norwich Engineering Aerospace Projects and Industry Collaboration

Norwich Engineering Aerospace Projects and Industry Collaboration. Danner Friend, Associate Professor of Mechanical Engineering Presented at the Vermont Aerospace and Aviation Association Meeting Norwich University February 23, 2012. Outline. Aerospace Projects at Norwich CubeSat

monet
Télécharger la présentation

Norwich Engineering Aerospace Projects and Industry Collaboration

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Norwich Engineering Aerospace Projects and Industry Collaboration Danner Friend, Associate Professor of Mechanical Engineering Presented at the Vermont Aerospace and Aviation Association Meeting Norwich University February 23, 2012

  2. Outline Aerospace Projects at Norwich • CubeSat • Inductively Coupled Plasma (ICP) Torch Capstone Design Projects • Project Requirements and Expectations • Examples of Industry Sponsored Projects Other Areas of Collaboration

  3. Aerospace Projects at Norwich CubeSat Funding through the Vermont Space Grant Consortium (VSGC), a NASA sponsored program to promote research infrastructure within the state, encourage Vermont students to engage more in mathematics and science, and promote consideration of careers in aerospace-related areas. CubeSat - nanosatellite, 10 cm x 10 cm x 10 cm, 1.33 kg. Developed primarily by universities. Many have been launched into earth orbit. Norwich University is working in collaboration with Vermont Technical College and the University of Vermont to build a CubeSat that is capable of autonomous navigation in space allowing missions beyond earth orbit.

  4. CubeSat • We are scheduled in 2013 to launch our first CubeSat into low earth orbit to do some initial testing of the navigation system using a camera to capture images of the moon and stars. • Long term goal is to design for missions that go beyond low earth orbit(outside of GPS range) Dynamic Testing Apparatus

  5. CubeSat Project Accomplishments • Project started in January 2010 • 16 Norwich engineering students (7 ECE and 9 ME) • 2 faculty mentors (Jacques Beneat-ECE and Danner Friend-ME) • Two senior design projects • 6 summer research students • Research Focus: • Autonomous navigation • Celestial Navigation • Sensors (cameras, star trackers, sun sensors, inertial measurement units (IMU’s) • Image processing • Results presented at • Vermont Space Grants Awards Ceremony (Oct 2010 and Oct 2011) • National Conference for Undergraduate Research (March 2011) • ASME International Mechanical Engineering Congress and Exposition (Nov 2010)

  6. Inductively Coupled Plasma Torch Facility http://www.nasa.gov/mission_pages/constellation/multimedia/orion_contract_images.html Sponsored by Vermont’s NASA EPSCoR program Inductively coupled plasma (ICP) torch facility at UVM has been developed for testing materials for spacecraft thermal protection systems Since 2007, Norwich students have been working on projects that have support the development of this testing facility

  7. ICP Facility Project Accomplishments • Results presented at: • ASME Old Guard Oral Presentation - U. of Connecticut (April 2011) • 50th AIAA Aerospace Sciences Meeting (Jan 2012 – paper published in the proceedings) 12 Norwich engineering students (3 senior projects and 4 summer research fellowships). Water-cooled sample holder LabView-based control and monitoring system that automates the actuator inputs and sensor outputs Investigation of a Rogowski Coil for Measuring Peak Voltage Pitot Pressure and Heat Flux Measurement Using a Calorimeter Fiber Optic Based Measurement of Total Radiant Heat Flux

  8. Capstone Design The goal of this major design experience is to emulate the practice of planning and designing of an engineering project. To achieve this goal, we involve students, faculty, and the engineering community in the design process.

  9. Capstone Design Projects Include: Define problem, design constraints, project objectives Prepare a schedule for project completion using Gantt Charts Investigate alternate concepts to achieve objectives Conduct engineering analyses and create engineering drawings Build prototype/proof of concept models Test and evaluate components and prototypes (when applicable)

  10. Capstone Design Projects Include: Maintain a design notebook Meet with faculty advisors weekly and document progress and activities Meet with engineers from the sponsoring firms as needed Present preliminary design to students, faculty, engineers, and anyone interested Present the project to students, faculty, engineers, and anyone interested Submit written reports at the end of each semester

  11. Proprietary Issues When requested by the sponsoring company or an organization, the design team members and faculty advisor will sign a non-disclosure agreement. Should the project lend itself to patent(s), the sponsor of the project will hold the rights to the patent. The patent will bear the names of those who were involved in the project.

  12. Examples of Industry Sponsored Senior Design Projects Current projects Micro Hydro-Electric Generator (Concepts NREC) Robotic Arm Design for the Advanced Unexploded Ordinance Detection System (Applied Research Associates) Innovative Compact Thermal Imaging Headgear (DRS Technologies) Four Channel Vertical Tissue Bath (iWorx Systems) Examples from previous years Design and Fabrication of a Motion Monitoring System for CNC Plasma Cutting Tables (Thermadyne) Test Platform for the ThermoSight High Performance In-line Sniper Scope (FLIR Systems) Radial Blower Test Apparatus (Concepts NREC) Data Acquisition for Gatling Gun 25 mm Round (General Dynamics) Redesigned Violent Battery Testing Apparatus (U.S. Army’s Communications-Electronics Research, Development and Engineering Center, Fort Monmouth, NJ) Plasma Cutting Qualifying Instrument (Thermadyne)

  13. Other Areas of Collaboration Collaborative Research Faculty Expertise - Please visit our website:Engineering.Norwich.edu Internships Can lead to sponsored capstone projects and possible job after graduation Continuing Education Short courses, workshops

More Related