Tutorials Schedule
Click on title to link to tutorials descriptions.
   
  Sunday, October 3
    Sunday's Session 11:30 - 2:30 3:00 - 6:00
    Systems Engineering
   Life Cycle Systems Engineering-Part I
    Instructor SL1: SA1: Hitt
    Avionics
     ARINC 653 - A Detailed Exploration
    Instructor SL2: SA2: Kinnan
    NextGen
 GPS-Based Applications for NextGen Operations NowGenNext: Industry Consensus on ATM Operational Capabilities Through 2018
    Instructor SL3: Maarten Uijt de Haag SA3: Fearnsides
    Spacecraft Avionics
 Spacecraft Avionics Systems Engineering Fundamentals – Part I Spacecraft Avionics Subsystem Systems Engineering – Part II
    Instructor SL4: Andrew SA4: Andrew
    Open Systems and Communications FANS Basics The Modular Open Systems Approach (MOSA) in Defense Acquisition
      SL5: Heinke SA5: Logan
Monday, October 4
  Monday's Session 8:00 - 11:00 11:30 - 2:30 3:00 - 6:00
  Systems Engineering and Integrated Modular Avionics Systems Engineering for Fault Tolerant Net Centric Avionics – Part II Introduction to Security for Integrated Modular Avionics Multiple Independent Levels of Safety and Security: High Assurance Architecture for Integrated Modular Systems
  Instructor MM1: Hitt ML1: Uchenick MA1: Uchenick
  Avionics and Networking Advanced Systems Integration: Ethernet Networking for Critical Embedded Systems Principles of Avionics
Part 1		 Principles of Avionics
Part II
  Instructor MM2: Steiner/Jakovljevic ML2: Helfrick MA2: Helfrick
  Avionics Design and Systems Engineering Digital Avionics Systems UML2.0/SysML Based Systems Engineering Using A Model Driven Development Approach Modern Avionics Architectures
  Instructor MM3: Spitzer ML3: Hoffman  MA3: Spitzer
  Design Assurance Software Design Assurance: DO-178B & DO-278 Advanced Topics in Software Design Assurance: DO-178B & DO-278 Complex Electronics Hardware Design Assurance: DO-254
  Instructor MM4: Ferrell ML4: Ferrell MA4: Ferrell
  Avionics Design and Formal Methods Introduction to Digital Avionics Fiber Optics Technology Applying Formal Methods to Airborne Software Formal Methods in RTCA DO 178C
  Instructor MM5: Beranek ML5: Ghafari MA5: Joyce
 
 
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