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Experiences in academic flight testing education

Experiences in academic flight testing education Purpose – The paper aims to detail the educational flight testing activities performed at the Department of Aerospace Science and Technology at the Politecnico di Milano (DSTA‐PoliMi), including the development of low‐cost, reliable flight testing instrumentation (FTI) and the administration of the graduate course in flight testing. Design/methodology/approach – The flight testing course program closely adheres to the typical content of an introductory course offered in a professional flight testing school. However, within academic courses, it has a unique feature: each student is required to plan, perform and report on a real flight test experience, acting as a flight test engineer. Educational activities in this framework have been successfully matched to applied research and technical support for private companies. Findings – At the educational level, several elements arise that are rarely concentrated within a single course, such as multidisciplinary integration, individual conceive‐design‐implement‐operate (CDIO) project, real‐life experimental procedures and techniques, teamwork, communication and reporting, relation with non‐academic partners. Practical implications – Based on the development of a FTI system for light aviation and on the flight testing course, DSTA‐PoliMi has built a solid capability in flight testing, introducing graduate students to this specific niche of expertise and empowering co‐operation with companies in the light aviation environment, while offering capabilities and tools that are typically regarded as a prerogative of major aerospace companies. Originality/value – The paper discusses an original approach to flight testing education in an academic setting that avoids the high costs and complexity connected to certified aircraft flight operations and instrumentation, nevertheless allowing the achievement of significant results, also in applied engineering research. http://www.deepdyve.com/assets/images/DeepDyve-Logo-lg.png Aircraft Engineering and Aerospace Technology Emerald Publishing

Experiences in academic flight testing education

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Publisher
Emerald Publishing
Copyright
Copyright © 2014 Emerald Group Publishing Limited. All rights reserved.
ISSN
0002-2667
DOI
10.1108/AEAT-10-2012-0178
Publisher site
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Abstract

Purpose – The paper aims to detail the educational flight testing activities performed at the Department of Aerospace Science and Technology at the Politecnico di Milano (DSTA‐PoliMi), including the development of low‐cost, reliable flight testing instrumentation (FTI) and the administration of the graduate course in flight testing. Design/methodology/approach – The flight testing course program closely adheres to the typical content of an introductory course offered in a professional flight testing school. However, within academic courses, it has a unique feature: each student is required to plan, perform and report on a real flight test experience, acting as a flight test engineer. Educational activities in this framework have been successfully matched to applied research and technical support for private companies. Findings – At the educational level, several elements arise that are rarely concentrated within a single course, such as multidisciplinary integration, individual conceive‐design‐implement‐operate (CDIO) project, real‐life experimental procedures and techniques, teamwork, communication and reporting, relation with non‐academic partners. Practical implications – Based on the development of a FTI system for light aviation and on the flight testing course, DSTA‐PoliMi has built a solid capability in flight testing, introducing graduate students to this specific niche of expertise and empowering co‐operation with companies in the light aviation environment, while offering capabilities and tools that are typically regarded as a prerogative of major aerospace companies. Originality/value – The paper discusses an original approach to flight testing education in an academic setting that avoids the high costs and complexity connected to certified aircraft flight operations and instrumentation, nevertheless allowing the achievement of significant results, also in applied engineering research.

Journal

Aircraft Engineering and Aerospace Technology – Emerald Publishing

Published: Dec 20, 2013

Keywords: Aeronautical engineering education; Flight test instrumentation; Flight testing education; Ultralight aircraft

References

  • Improving a VLA dedicated FTI system with flight control force data acquisition
    Cardani, C.; Rolando, A.
  • Mnemosine: a federated flight test instrumentation system for sport aviation aircraft
    Cardani, C.; Folchini, A.; Rolando, A.
  • Simulator‐based flight test engineering as a capstone to the dynamics and control curriculum
    Cotting, M.C.; McCue, L.S.; Durham, W.C.
  • Bekanntmachung von Lufttüchtigkeitsforderungen für Aerodynamisch Gesteuerte Ultraleichtflugzeuge LTF‐UL
    DFS
  • Certification Specifications for Normal, Utility, Aerobatic and Commuter Category Aeroplanes CS‐23
    EASA
  • Certification Specifications for Very Light Aeroplanes CS‐VLA
    EASA
  • Flight testing education at Western Michigan University
    Liu, T.; Schulte, M.
  • Flight tests, performance, and flight certification of a twin‐engine light aircraft
    Nicolosi, F.; De Marco, A.; Della Vecchia, P.
  • Stability, flying qualities and longitudinal parameter estimation of a twin‐engine CS‐23 certified light aircraft
    Nicolosi, F.; De Marco, A.; Della Vecchia, P.
  • Enhancing aerospace engineering education through flight testing research
    Phillips, K.; Campa, G.; Gururajan, S.; Napolitano, M.
  • A telemetry node for MNEMOSINE, a flight test instrumentation system for sport aviation aircraft
    Rolando, A.
  • Development of an integrated flight test instrumentation system for ultra light machines
    Rolando, A.
  • Flight testing as an enhancement of understanding aerodynamics and flight mechanics
    Slingerland, R.; Melkert, J.A.; Van Paassen, D.M.
  • Teaching flight test engineering with a PC‐based simulator
    Smith, H.C.
  • A novel method for the provision of flight experience and flight testing for undergraduate aeronautical engineers at the University of Strathclyde
    Stickland, M.T.; Scanlon, T.J.
  • The flying laboratory for aircraft handling qualities evaluation
    Tomczyk, A.
  • Reliable and cost‐effective flight testing of ultralight aircraft
    Trainelli, L.; Rolando, A.
  • Education in flight testing at the Politecnico di Milano
    Trainelli, L.; Rolando, A.; Chimetto, P.; Bonaita, G.
  • Experiences in flight mechanics education: getting the students hands on the real thing
    Trainelli, L.; Rolando, A.; Cardani, C.; Folchini, A.; Chimetto, P.; Bonaita, G.