2012 Annual Report - RTCA
2012 Annual Report - RTCA
2012 Annual Report - RTCA
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<strong>2012</strong><br />
<strong>Annual</strong> <strong>Report</strong><br />
Demonstrating the Value of Working Together
Demonstrating the Value of Working Together...<br />
“We take very seriously the trust placed in <strong>RTCA</strong> by the FAA<br />
and its many and diverse stakeholders to provide the venue for<br />
the preeminent public-private partnership for evolving the air<br />
transportation system.”<br />
—Margaret Jenny, President, <strong>RTCA</strong>
Table of Contents<br />
President’s Message. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .2<br />
Who is <strong>RTCA</strong>?. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .3<br />
<strong>RTCA</strong> Governance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4<br />
<strong>RTCA</strong> Staff . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5<br />
<strong>RTCA</strong> Federal Advisory Committees . . . . . . . . . . . . . . . . . . 5<br />
<strong>RTCA</strong> Publications . . . . . . . . . . . . . . . . . . . . . . . . . . . 14<br />
Outreach . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15<br />
Training . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 16<br />
International Activity . . . . . . . . . . . . . . . . . . . . . . . . . 17<br />
<strong>RTCA</strong> Awards . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .18<br />
<strong>RTCA</strong> Membership . . . . . . . . . . . . . . . . . . . . . . . . . . . 21<br />
Financial <strong>Report</strong> . . . . . . . . . . . . . . . . . . . . . . . . . . . . .26<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 1
President’s MESSAGE<br />
Demonstrating the Value of Working Together<br />
Optimism, dedICATIOn, COMITy, COllabORATIOn, COuRAGe and determinATIOn<br />
were all on display by <strong>RTCA</strong> volunteers during <strong>2012</strong>. <strong>RTCA</strong>’s primary objective is to<br />
support the FAA and its stakeholders in modernizing air traffic management in a globally<br />
harmonized manner that meets the needs of all members of the aviation community and users of<br />
the aviation system.<br />
The aviation community exhibited their dedication by coming together in hundreds of <strong>RTCA</strong><br />
meetings throughout the year to understand and resolve the challenges of modernizing the air transportation system. These<br />
efforts have continued to lead to tangible results, whether they are new policies and procedures, or new or updated regulatory<br />
guidance documents. In <strong>2012</strong> alone, the FAA issued or updated a dozen regulatory documents, such as Technical Standard<br />
Orders (TSOs) and Advisory Circulars (ACs), which reference the <strong>RTCA</strong> standards as means of compliance.<br />
Building upon the prescient recommendations of Task Force 5, the FAA showed good foresight by creating the NextGen<br />
Advisory Committee (NAC) to provide an industry consensus forum to address the challenging issues associated with<br />
implementing NextGen. In response to Taskings from the FAA, the NAC has provided recommendations on difficult and critical<br />
subjects. Working together through the NAC, <strong>RTCA</strong> volunteers have continued to shape NextGen by setting priorities for<br />
NextGen capabilities and locations, establishing performance metrics and advancing the dialog on appropriate use of incentives.<br />
On the forefront of technical advancements, the 17 active Special Committees, overseen by the Program Management<br />
Committee (PMC), have continued the important efforts to provide the basis for timely certification of key NextGen technologies<br />
and capabilities. This includes ADS-B and its emerging applications, Data Communications, future Traffic Collision Avoidance,<br />
Automatic Flight Guidance and Control, and Software, among others. Under the masterful leadership of Chris Hegarty, the<br />
PMC has produced an updated framework for minimum performance standards documents to ensure that they provide a<br />
comprehensive basis not only for FAA regulatory requirements but also International Civil Aviation Organization (ICAO) standards<br />
and recommended practices, that will serve as the foundation for air transportation modernization around the globe.<br />
The <strong>RTCA</strong> staff has also contributed valuable inputs to the Aviation System Block Upgrades, working to ensure that the<br />
hard work of our committees is embedded in the international standards and leads to globally harmonized standards and<br />
capabilities. During <strong>2012</strong>, <strong>RTCA</strong>’s visibility and standing in the international aviation community has increased substantially<br />
as evidenced by the amount of interaction with key international aviation institutions and invitations to participate in major<br />
international conferences and committees.<br />
This year saw a smooth transition in leadership of the <strong>RTCA</strong> Board of Directors from Agam Sinha to Craig Fuller. I want to<br />
thank Agam for his steady leadership of the organization through transitions in many aspects of our business including our<br />
IT infrastructure, the establishment of the NextGen Advisory Committee and a physical move of <strong>RTCA</strong>’s office. I also want to<br />
thank Dave Barger who so ably served as the Chair of the NAC, and newly appointed NAC Chair, Bill Ayer, for their continued<br />
dedication and enthusiasm that they bring to the challenging work of <strong>RTCA</strong>.<br />
As I reflect on <strong>2012</strong>, I am most struck by the continued commitment of <strong>RTCA</strong> committee members who persistently show<br />
their strong support by actively participating in the committee process. I am humbled by the trust placed in <strong>RTCA</strong> by the<br />
FAA and its many and diverse stakeholders to provide the continuing venue for the preeminent public-private partnership<br />
in air transportation.<br />
<strong>RTCA</strong> remains committed to ensuring that all voices are heard and that solid, defensible standards and recommendations are<br />
delivered in a timely manner, and in so doing, strengthening the aviation industry through enhanced operations and a larger<br />
market place for the industry’s products and services.<br />
Margaret T. Jenny<br />
President, <strong>RTCA</strong>, Inc.<br />
2 | <strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong>
Who is <strong>RTCA</strong>?<br />
Founded as the Radio Technical Committee for Aeronautics in 1935, <strong>RTCA</strong> has provided the foundation for virtually every<br />
modern technical advance in aviation. <strong>RTCA</strong> products serve as the basis for government certification of equipment used<br />
by the tens of thousands of aircraft flying daily through the world’s airspace. A private, not-for-profit corporation utilized<br />
as a Federal advisory committee, <strong>RTCA</strong> works in response to requests from the Federal Aviation Administration (FAA) to<br />
develop comprehensive, industry-vetted and endorsed recommendations for the government on issues ranging from<br />
technical performance standards to operational concepts and policies for air transportation.<br />
<strong>RTCA</strong> products drive the certification of the safety and efficiency of new aircraft equipment and provides an expanded competitive<br />
market for the provision of these technologies. Our deliberations are open to the public and our products are recommendations,<br />
developed by aviation community volunteers functioning in a consensus-based, collaborative, peer-reviewed environment.<br />
These recommendations help achieve the necessary improvements in the safety and efficiency of the air transportation system.<br />
The FAA has taken positive action on recommendations it has sought from <strong>RTCA</strong>, leading to tangible outcomes such as timely<br />
availability of certified equipment and capabilities, along with improvements in the air traffic management system.<br />
<strong>RTCA</strong><br />
m<br />
m<br />
m<br />
m<br />
m<br />
m<br />
Provides a forum in which all participants can be heard, and provides the leadership to encourage the necessary<br />
give and take that is so critical in reaching a consensus opinion to which all involved can commit.<br />
Brings a single industry voice to the FAA on issues critical to the development and implementation of NextGen.<br />
Enables the government to convene private sector participants consistent with U.S. Anti-Trust laws to work<br />
together in an open, fair and balanced partnership.<br />
Develops minimum performance standards that expand the marketplace of solutions for equipment and<br />
capabilities that must be certified by the FAA.<br />
Generates consensus-based recommendations that routinely form the basis for FAA regulatory guidance, policy<br />
making, and planning and budgeting decisions, as well as private sector investment and development decisions. These<br />
include regulatory references, Technical Standard Orders and Advisory Circulars.<br />
Offers value-added services related to our products, such as training courses, to further the effectiveness of our<br />
standards and guidance materials.<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 3
<strong>RTCA</strong> GOVERNANCE<br />
The <strong>RTCA</strong> Board of Directors, comprised of individuals from <strong>RTCA</strong> member companies, provides management and<br />
fiduciary oversight by reviewing and approving the annual operating budget. The Board of Directors also works in<br />
conjunction with the <strong>RTCA</strong> Policy Board to establish <strong>RTCA</strong> policies and programs.<br />
Board of Directors <strong>2012</strong><br />
Craig L. Fuller<br />
(Chair)<br />
Aircraft Owners and<br />
Pilots Association<br />
Nicholas E. Calio<br />
Airlines for<br />
America<br />
Edward M. Bolen<br />
National Business<br />
Aviation Association<br />
Margaret T. Jenny<br />
(ex officio)<br />
<strong>RTCA</strong>, Inc.<br />
Policy Board <strong>2012</strong><br />
Agam Sinha, Ph.D.<br />
The MITRE<br />
Corporation<br />
(Retired <strong>2012</strong>)<br />
Robert Hanley<br />
(Treasurer)<br />
ARINC, Inc.<br />
Mary Beth Guaspari<br />
(Corporate Secretary)<br />
<strong>RTCA</strong>, Inc.<br />
The Policy Board serves as an important link between the members of <strong>RTCA</strong> and the organization’s policy development<br />
activities by establishing <strong>RTCA</strong> policies and programs. Individuals from <strong>RTCA</strong> member organizations are elected<br />
to serve on the Policy Board. This includes, for the first time, a representative from the Transportation Security<br />
Administration, reflecting <strong>RTCA</strong>’s increasing role in addressing issues affecting aviation security. The Policy Board includes<br />
all the members of the Board of Directors and the following:<br />
Pete Bunce<br />
General Aviation<br />
Manufacturers Association<br />
Roger Cohen<br />
Regional Airline Association<br />
Peggy Gilligan (ex officio)<br />
Federal Aviation Administration<br />
David Grizzle (ex officio)<br />
Federal Aviation<br />
Administration<br />
Keith Hagy<br />
Air Line Pilots Association<br />
Ron Hawkins<br />
ARINC, Inc.<br />
Debby McElroy<br />
Airports Council International-<br />
North America<br />
Julie Oettinger (ex officio)<br />
Federal Aviation Administration<br />
Steve Pennington<br />
Department of Defense<br />
Lillian Ryals<br />
The MITRE<br />
Corporation<br />
John Sammon<br />
Transportation Security<br />
Administration<br />
Sandy Samuel<br />
Lockheed Martin Corporation<br />
Steve Timm<br />
Rockwell Collins, Inc.<br />
Karlin Toner, Ph.D<br />
Joint Planning and<br />
Development Office<br />
Todd Zarfos<br />
The Boeing Company<br />
Transition in Leadership<br />
At the <strong>2012</strong> <strong>Annual</strong> Meeting of <strong>RTCA</strong> members, Craig Fuller, President and CEO of<br />
the Aircraft Owners and Pilots Association, was elected to serve a two-year term<br />
as the organization’s Chair. Fuller succeeds Agam Sinha of The MITRE Corporation.<br />
4 | <strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong>
<strong>RTCA</strong> Staff<br />
December <strong>2012</strong><br />
Margaret Jenny<br />
President<br />
Perla Domingo<br />
Operations<br />
Administrator<br />
Hal Moses<br />
Program Director<br />
Sophie Bousquet<br />
Program Director<br />
Mary Beth Guaspari<br />
Director, Business<br />
Operations<br />
Will Mountain<br />
Office Administrator/<br />
Receptionist<br />
Andy Cebula<br />
Vice President,<br />
Strategy & Programs<br />
Jennifer Iversen<br />
Program Director<br />
Gwen Parker<br />
Executive Coordinator<br />
<strong>RTCA</strong> FEDERAL ADVISORY COMMITTEES<br />
At the core of <strong>RTCA</strong> are the hundreds of<br />
dedicated individuals from the U.S. and<br />
around the world who come together to<br />
provide two categories of recommendations<br />
to the government: (1) policy and investment<br />
priorities to facilitate implementation of air<br />
traffic management system improvements,<br />
and (2) minimum performance standards,<br />
reports and guidance documents used by<br />
the FAA as a partial basis for the certification<br />
of equipment and systems. In <strong>2012</strong>, the FAA<br />
issued twelve Technical Standard Orders<br />
and one Advisory Circular invoking <strong>RTCA</strong><br />
documents.<br />
<strong>RTCA</strong> recommendations, whether technical, policy, financial or operational, lead to positive, timely, tangible, measurable<br />
results, returning value to all who participate as well as to the broader aviation community.<br />
Understanding the importance of global harmonization in air transportation, <strong>RTCA</strong> encourages international participation<br />
in its activities and participates in the international aviation standards roundtable that was established under the auspices of<br />
the International Civil Aviation Organization (ICAO).<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 5
All Federal advisory committee meetings are open to the public and attract a broad range of committee participants and<br />
interested public. <strong>Annual</strong> participation in <strong>RTCA</strong> Federal advisory committee meetings is reported to the FAA on a fiscal year<br />
(FY) basis. During FY<strong>2012</strong>, <strong>RTCA</strong> conducted 58 Federal advisory committee meetings. There were a total of 2,220 attendees<br />
at these meetings from 369 different organizations.<br />
During <strong>2012</strong>, <strong>RTCA</strong> managed the following Federal advisory committees:<br />
Policy<br />
m NextGen Advisory Committee (NAC): Provides the FAA with recommendations related to NextGen implementation.<br />
Technical<br />
m Program Management Committee (PMC): Establishes Special Committees, oversees progress, integrates and<br />
coordinates across committees, and reviews and provides product approval for transmittal to the FAA.<br />
m Special Committees (SCs): 17 separate committees currently are involved in developing performance standards,<br />
guidance documents and reports.<br />
NextGen Advisory CommiTTee<br />
The NextGen Advisory Committee (NAC) is a<br />
28-member Federal advisory committee formed in<br />
2010 at the request of the FAA. It consists of top level<br />
executives tasked with forging a consensus on complex<br />
policy issues and committing their organization to the<br />
consensus recommendations. Its focus is on policy-level<br />
issues facing the aviation community in implementing<br />
NextGen (modernizing the aviation system).<br />
NAC Members, December <strong>2012</strong><br />
William Ayer (Chair)<br />
Alaska Air Group<br />
The Honorable Michael<br />
Huerta (Designated<br />
Federal Official)<br />
Federal Aviation<br />
Administration<br />
Sue Baer<br />
Port Authority NY&NJ<br />
Dave Barger<br />
(Inaugural Chair)<br />
JetBlue Airways<br />
Ed Bolen<br />
National Business Aviation<br />
Association<br />
Frank Brenner<br />
Eurocontrol<br />
Sherry Carbary<br />
The Boeing Company<br />
Vicki Cox<br />
Federal Aviation<br />
Administration<br />
Kim Day<br />
Denver International<br />
Airport<br />
Carl Esposito<br />
Honeywell Aerospace<br />
Christa Fornarotto<br />
Federal Aviation<br />
Administration<br />
Craig Fuller<br />
Aircraft Owners and Pilots<br />
Association<br />
Bob Gray<br />
ABX Air<br />
David Grizzle<br />
Air Traffic Organization,<br />
Federal Aviation<br />
Administration<br />
John Harris<br />
Raytheon Technical<br />
Services<br />
John Hickey<br />
Federal Aviation<br />
Administration<br />
Stephanie Hill<br />
Lockheed Martin<br />
Corporation<br />
Margaret Jenny<br />
<strong>RTCA</strong>, Inc.<br />
James Jones<br />
U.S. Air Force<br />
Patrick Ky<br />
SESAR Joint Undertaking<br />
Lee Moak<br />
Air Line Pilots Association<br />
Arlene J. Mulder (Mayor)<br />
Village Of Arlington Heights<br />
Julie Oettinger<br />
Federal Aviation<br />
Administration<br />
Mike Perrone<br />
Professional Aviation<br />
Safety Specialists<br />
Jim Rankin<br />
Air Wisconsin Airlines<br />
Corporation<br />
Paul Rinaldi<br />
National Air Traffic<br />
Controllers Association<br />
Lillian Ryals<br />
The MITRE Corporation<br />
Eric Stefanello<br />
Airbus ProSky SAS<br />
NAC Secretary<br />
Andy Cebula<br />
<strong>RTCA</strong>, Inc.<br />
6 | <strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong>
The NAC is supported by a group of technical and policy experts. The NAC hierarchy includes a NAC Subcommittee, two<br />
standing Work Groups and temporarily established Task Groups:<br />
NEXTGEN ADVISORY COMMITTEE<br />
Equipage<br />
Ad Hoc<br />
NAC SUBCOMMITTEE<br />
BUSINESS CASE &<br />
PERFORMANCE<br />
METRICS<br />
WORK GROUP<br />
OPERATIONAL<br />
CAPABILITIES<br />
WORK GROUP<br />
CATEGORICAL<br />
NACSC<br />
EXCLUSION<br />
WORK GROUPS<br />
TASK GROUP<br />
DATACOMM<br />
ROADMAP<br />
Task GROUP<br />
NAC <strong>2012</strong> Meetings<br />
The NAC met three times in <strong>2012</strong>, using the meeting locations as opportunities to tour facilities and see real world<br />
examples of research, trials, NextGen-related capabilities, deployments and other activities. The meeting locations:<br />
m<br />
m<br />
m<br />
February - Embry-Riddle Aeronautical University, Florida NextGen Test Bed, Daytona Beach, FL (hosted by Lockheed<br />
Martin Corporation)<br />
May - The Boeing Company, Renton, WA<br />
October - United States Air Force Wright-Patterson Air Force Base, Dayton, OH<br />
Recommendations<br />
During <strong>2012</strong>, the NAC approved six actionable recommendations<br />
addressing NextGen policy issues and forwarded<br />
these to the FAA. Some of the recommendations were preliminary,<br />
with additional work to be performed for consideration<br />
by the NAC in 2013.<br />
All recommendations were developed in response to Taskings<br />
or questions from the FAA. These are summarized below:<br />
Metrics for Measuring NextGen Implementation - Six<br />
metrics designed to measure the impact of NextGen on the<br />
performance of the air transportation system.<br />
m<br />
m<br />
Flight Safety – measured as the change in airborne/ground separation alert rate<br />
Operational Efficiency – measured as the mean aircraft operation time<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 7
m<br />
m<br />
m<br />
m<br />
Fuel Efficiency – measured as the fuel efficiency normalized by weight and distance<br />
Air Traffic Control (ATC) Cost Efficiency – measured as the ATC cost per instrument flight rules (IFR) hour<br />
Metroplex Capacity – measured as the Metroplex peak allowable throughput<br />
Metroplex Access – measured as the Metroplex achieved utilization<br />
Key City Pairs - An initial recommendation of 24 key city pairs (Metroplex Pairs) between which the FAA can measure the<br />
impact of NextGen on National Airspace System (NAS) performance for fuel burned, average distance flown, and actual<br />
versus filed flight times.<br />
DataComm Roadmap- Recommendation for Tower and domestic En Route DataComm services and associated<br />
technologies.<br />
Metroplex: Refinement of Integrated Capabilities Definitions and Completion of Mapping of NextGen Capabilities<br />
to Metroplexes - A recommendation for prioritization of 27 Metroplexes and mapping the NextGen capabilities for<br />
implementation at each Metroplex in the mid-term time frame (2018). Among all NextGen capabilities, the NAC approved<br />
the three areas of capabilities identified as delivering the highest benefits to be surface management, Performance Based<br />
Navigation (PBN) procedures and the FAA’s Time-Based Flow Management (TBFM).<br />
Applying the Metroplex Prioritization Criteria and Mapping the Integrated Capabilities to Identified Metroplexes<br />
- This recommendation provided priorities for implementing NextGen capabilities at seven Metroplexes (New York,<br />
Philadelphia, Chicago, Atlanta, Charlotte, Dallas/Ft Worth and Southern California), thereby focusing on those that have<br />
the greatest promise to improve system performance.<br />
Program Management CommiTTee<br />
The Program Management Committee (PMC) provides important oversight of the technical work conducted by <strong>RTCA</strong>’s<br />
Special Committees. Chaired by Chris Hegarty of The MITRE Corporation, the 19-member PMC approves the establishment<br />
of the Special Committees, including the leadership and Terms of Reference, oversees progress, integrates and<br />
coordinates across committees, and reviews and provides product approval for transmittal to the FAA. As part of its role<br />
in overseeing the Special Committees, the Integration and Coordination Committee (ICC), an advisory group of the PMC,<br />
develops standards and guidelines for Special Committees to follow in generating their recommendations.<br />
The PMC met four times during <strong>2012</strong>, approving 12 documents for publication, eight of which were new and four were<br />
revisions.<br />
8 | <strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong>
PMC Members, December <strong>2012</strong><br />
Dr. Chris Hegarty (Chair)<br />
The MITRE Corporation<br />
Douglas Arbuckle<br />
Federal Aviation Administration<br />
Chris Baum<br />
Air Line Pilots Association<br />
Gregory Bowles<br />
General Aviation<br />
Manufacturers Association<br />
Lawrence Dibble<br />
U.S. Army<br />
Chris Durkin<br />
Honeywell International, Inc.<br />
Cdr. Brett Easler<br />
U.S. Navy<br />
Robert Grove<br />
Garmin, Ltd.<br />
Richard Heinrich<br />
Rockwell Collins, Inc.<br />
Richard Jennings<br />
Federal Aviation<br />
Administration<br />
Margaret Jenny<br />
<strong>RTCA</strong>, Inc.<br />
Dr. George Ligler<br />
Project Management<br />
Enterprises, Inc.<br />
Michele Merkle<br />
Federal Aviation<br />
Administration<br />
Col. Juan Narvid<br />
U.S. Air Force<br />
Paul Railsback<br />
Airlines for America<br />
Michael Rockwell<br />
ARINC, Inc.<br />
William Stine<br />
National Business Aviation<br />
Association<br />
Jessie Turner<br />
The Boeing Company<br />
Heidi Williams<br />
Aircraft Owners and<br />
Pilots Association<br />
PMC Secretary<br />
Harold Moses<br />
<strong>RTCA</strong>, Inc.<br />
Special CommiTTees<br />
<strong>RTCA</strong>’s Special Committees (SCs) leverage the expertise of the aviation community to generate minimum performance<br />
standards and guidance materials that shape the certification of the safety and efficiency of new equipment and technologies.<br />
These standards are frequently invoked by the FAA in Technical Standard Orders and Advisory Circulars and, thereby, provide a<br />
partial basis for the certification of equipment and systems. <strong>RTCA</strong> documents are also used by the private sector for development,<br />
investment and other business decisions.<br />
<strong>RTCA</strong> began the year with 20 Special Committees, three of which completed their work and were sunset in March.<br />
Five of <strong>RTCA</strong>’s committees also work jointly with the European Organisation for Civil Aviation Equipment (EUROCAE) to achieve<br />
internationally harmonized recommendations on aviation issues, while seven committees work parallel with EUROCAE.<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 9
The work of the Special Committees is summarized in the<br />
following pages.<br />
SC-227, Standards of Navigation Performance, established<br />
December 13, 2011, is developing navigation standards<br />
intended for designers, manufacturers and installers<br />
of avionics equipment; airspace managers and service<br />
providers; and the users of these navigation systems for<br />
world-wide operations. The revision to DO-283, Minimum<br />
Operational Performance Standards (MOPS) for Required<br />
Navigation Performance for Area Navigation, will provide<br />
guidance for the development of airspace and operational<br />
concepts needed to obtain the benefits of enhanced<br />
navigation capability in the aircraft. The revision to DO-236,<br />
Minimum Aviation System Performance Standards (MASPS)<br />
Required Navigation Performance for Area Navigation, will<br />
provide the minimum set of requirements needed to<br />
demonstrate compliance with the performance and functions<br />
in the MASPS while enabling compliance with the<br />
PBN operations envisioned to support NextGen and SESAR.<br />
The MOPS will also be compatible with the upcoming ICAO<br />
navigation specification for advanced RNP, to be published<br />
in the update to the ICAO PBN Manual, Document 9613.<br />
Co-Chairs: Dave Nakamura, The Boeing Company;<br />
Sylvain Raynaud, Airbus<br />
Designated Federal Official: Jarrett Larrow, FAA<br />
SC-225, Small and Medium-Sized Rechargeable Lithium<br />
Batteries & Battery Systems, established December 8,<br />
2010, is developing certification guidance for small- and<br />
medium-sized rechargeable lithium batteries and battery<br />
systems. The document will provide certification guidance<br />
for batteries permanently installed in an aircraft, including<br />
those installed within line-replaceable units (LRUs).<br />
The development of minimum standards for small- and<br />
medium-sized rechargeable lithium batteries and battery<br />
systems will help to ensure safety and efficiency in battery<br />
design, testing, installation and system management.<br />
Chair: Richard Nguyen, The Boeing Company<br />
Designated Federal Official: Norman Pereira, FAA<br />
SC-224, Airport Security Access Control Systems, established<br />
September 15, 2010, DO-230C, Integrated Security<br />
System Standard for Airport Access Control is restructuring<br />
into separate sections that will allow asynchronous<br />
updates from the main document. All U.S. commercial<br />
airports nationwide rely on this document as the primary<br />
resource for baseline minimum performance standards for<br />
design of airport access control systems and the related<br />
electronic security systems, and as the basis for meeting<br />
minimum requirements for Airport Improvement Program<br />
(AIP) funding.<br />
Chair: Christer Wilkinson, AECOM Technical Solutions<br />
Designated Federal Official: Joe Hebert, FAA<br />
SC-223, Airport Surface Wireless Communications,<br />
established August 7, 2009, is developing standards for the<br />
Airport Wireless Surface Communications System. These<br />
standards are required to support data communication<br />
developments for collaborative decision making (CDM),<br />
surveillance broadcast system (SBS) and system wide information<br />
management (SWIM), as well as weather and flight<br />
information systems (FIS) efforts on the airport surface.<br />
Co-Chairs: Edward (Ward) Hall, ITT/Aerospace Communications<br />
Division; Aloke Roy, Honeywell International, Inc.<br />
Designated Federal Official: Brent Phillips, FAA<br />
SC-226, Audio Systems and Equipment, established September<br />
28, 2011, is developing airworthiness guidance for<br />
aircraft audio systems and equipment standards intended<br />
to support aircraft audio systems’ response characteristics.<br />
SC-226 is working on a revision to DO-214, Audio Systems<br />
Characteristics and Minimum Operational Performance<br />
Standards for Aircraft Audio Systems and Equipment, which<br />
will consider and incorporate emerging technological<br />
advances in airborne flight crew communication products<br />
providing improved audio quality while enabling a more<br />
efficient and standardized certification approach across the<br />
industry.<br />
Co-Chairs: Don Hamilton, Alto Technologies; Allan Prince,<br />
Cobham Aerospace Communications<br />
Designated Federal Official: Christophe Hamel, FAA<br />
SC-222, Inmarsat AMS(R)S, established October 2, 2008,<br />
is developing Minimum Aviation Performance Standards<br />
(MASPS) for the Aeronautical Mobile-Satellite (R) Service<br />
((AMS(R)S)) incorporating DO-270 satellite subnetwork<br />
material and aligned with ICAO’s Global Operational Data<br />
Link (GOLD) document. SC-222 also will define system<br />
level requirements and equipment specifications for<br />
the production of “Technique Specific Appendices” to<br />
revised DO-262 and Change 4 to DO-210, as necessary,<br />
to add safety service capability to SwiftBroadband.<br />
SwiftBroadband is Inmarsat’s latest generation aviation<br />
service and is currently a non-safety service.<br />
Co-Chairs: E.F. Charles LaBerge, EFC LaBerge Engineering &<br />
Analysis, LLC and UMBC; Daryl McCall, Avionics Engineering, Inc.<br />
Designated Federal Official: Dave Robinson, FAA<br />
10 | <strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong>
SC-220, Automatic Flight Guidance and Control (AF-<br />
G&C), established June 19, 2008, the Committee completed<br />
the following documents in <strong>2012</strong>: DO-335, Guidance for<br />
Installation of Automatic Flight Guidance and Control Systems<br />
(AFGCS) for Part 23 Airplanes, and DO-336, Guidance<br />
for Certification of Installed Automatic Flight Guidance and<br />
Control Systems (AFGCS) for Parts 27/29 Rotorcraft. Aircraft<br />
operators are increasing equipage of AFG&CS in support of<br />
safe and efficient flight operations. The MOPS and installation<br />
guidance will be used to support AFG&CS equipage of<br />
a wide variety of aircraft types including transport category<br />
airplanes, small business jets and commuters, small<br />
airplanes and rotorcraft. The Committee sunset in March<br />
<strong>2012</strong>.<br />
Chair: Sherif Ali, Rockwell Collins, Inc.<br />
Designated Federal Official: Steve Ramdeen, FAA<br />
SC-219, Attitude and Heading Reference Systems<br />
(AHRS), established June 19, 2008, developed MOPS<br />
published in March <strong>2012</strong> as DO-334, Minimum Operational<br />
Performance Standards (MOPS) for Strapdown Attitude<br />
and Heading Reference Systems (AHRS).The designs of the<br />
majority of the mechanical gyroscopes used in general<br />
aviation were created in the 1950s or before and have<br />
significant operational, performance and failure mode<br />
properties relative to current technology. Low-cost AHRS<br />
based on solid-state technologies have started to replace<br />
conventional attitude and heading instruments to increase<br />
their reliability and accuracy. The MOPS addresses system<br />
performance, failure conditions and environmental testing<br />
requirements not covered in earlier guidance. The Committee<br />
sunset in March <strong>2012</strong>.<br />
Chair: Keith Kerley, Rockwell Collins, Inc.<br />
Designated Federal Official: Dara Gibson, FAA<br />
SC-217, Aeronautical Databases, established March 13,<br />
2008, completed updates to DO-272C, User Requirements<br />
for Aerodrome Mapping Information, and DO-291B and<br />
Interchange Standards for Terrain, Obstacle and Aerodrome<br />
Mapping Data. They will publish a new Standard, DO-342,<br />
Guidelines for the Verification and Validation of Aerodrome<br />
Mapping Databases (AMDB) Aerodrome Surface Routing<br />
Networks (ASRN) for Routing Applications, in 2013. Moreover,<br />
the Committee started working on revised DO-200A,<br />
Standard for Processing Aeronautical Databases; revised<br />
DO-272C, User Requirements for Aerodrome Mapping Information;<br />
revised DO-276B, User Requirements for Terrain &<br />
Obstacle Data; and revised DO-291B, Minimum Interchange<br />
Standards for Terrain, Obstacle and Aerodrome Mapping<br />
Data, to support future ATM requirements of NextGen<br />
and SESAR. The applications need additional aeronautical<br />
information beyond the requirements captured in the<br />
current <strong>RTCA</strong> documents DO-272C, DO-276B and DO-<br />
291B. The DO-200A revision is necessary to be aligned with<br />
ICAO, ARINC and EUROCAE changes in standards and with<br />
the implementation of Aeronautical Data Quality (ADQ) for<br />
Single European Sky (SES). The Committee completed the<br />
following document in <strong>2012</strong>: DO-276B, User Requirements<br />
for Terrain and Obstacle Data.<br />
Co-Chairs: John Kasten, Jeppesen; Stéphane Dubet, SIA<br />
Designated Federal Official: Michael Burski, FAA<br />
SC-216, Aeronautical Systems Security, established June<br />
26, 2007, is developing airworthiness security methods<br />
and considerations, guidance for instructions for continued<br />
airworthiness and a revision to DO-326. The Committee’s<br />
recommendations and guidance material will help ensure<br />
safe, secure and efficient operations amid the growing<br />
use of highly integrated electronic systems and network<br />
technologies used on-board aircraft, for CNS/ATM systems,<br />
and air carrier operations and maintenance.<br />
Co-Chairs: Dan Johnson, Honeywell International, Inc.;<br />
Chuck Royalty, The Boeing Company<br />
Designated Federal Official: Raymond DeCerchio, FAA<br />
SC-214, Standards for Air Traffic Data Communication<br />
Services, established March 22, 2007, is developing Safety<br />
and Performance Requirements (SPR) and Interoperability<br />
Requirements (INTEROPS) documents in support of the Next<br />
Generation Air Transportation System (NextGen) for services<br />
in defined environments through 2025. Data communications<br />
in support of the NextGen and Single European Sky<br />
ATM Research (SESAR) initiatives will introduce services that<br />
allow evolution from the current workload-intensive, voicebased<br />
air traffic control concepts, to collaborative, management-by-exception<br />
operations. Advanced data links between<br />
ground and airborne systems are envisioned to increase<br />
capacity, allowing greater user access and more efficient<br />
flight routing. The Committee completed the following documents<br />
in <strong>2012</strong>: DO-281B, Minimum Operational Performance<br />
Standards (MOPS) for Aircraft VDL Mode 2 Physical Link and<br />
Network Layer; and DO-305A, Future Air Navigation System<br />
1/A - Aeronautical Telecommunication Network Interoperability<br />
Standard (FANS 1/A - ATN B1 Interop Standard).<br />
Co-Chairs: Paul Mettus, LS Technologies, LLC;<br />
Jerome Condis, Airbus<br />
Designated Federal Official: Gregg Anderson, FAA<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 11
SC-213, Enhanced Flight Vision Systems and Synthetic<br />
Vision Systems (EFVS/SVS), established December 2006,<br />
is developing Minimum Aviation System Performance Standards<br />
(MASPS)-level guidance for Synthetic Vision Systems<br />
(SVS), Enhanced Flight Vision Systems (EFVS), Enhanced<br />
Vision System (EVS) and combined architectures to identify<br />
intended operations and systems architectures and enable<br />
the development of Minimum Operation Performance<br />
Standards (MOPS); and DO-315B, Minimum Aviation System<br />
Performance Standards (MASPS) for Enhanced Vision Systems,<br />
Synthetic Vision Systems, Combined Vision Systems and<br />
Enhanced Flight Vision Systems. They will develop another<br />
revision to DO-315 as well as a MASPS for vision systems<br />
for approach, landing and rollout (300ft. RVR). The Committee<br />
completed the following documents in <strong>2012</strong>: DO-315,<br />
Enhanced Vision Systems, Synthetic Vision Systems, Combined<br />
Vision Systems and Enhanced Flight Vision Systems; DO-315A,<br />
Minimum Aviation System Performance Standards (MASPS) for<br />
Enhanced Vision Systems, Synthetic Vision Systems, Combined<br />
Vision Systems and Enhanced Flight Vision Systems; DO-341,<br />
Minimum Aviation System Performance Standards (MASPS)<br />
for an Enhanced Flight Vision System to Enable All-Weather<br />
Approach, Landing and Roll-Out to a Safe Taxi Speed.<br />
Co-Chairs: Tim Etherington, Rockwell Collins, Inc.;<br />
Patrick Krohn, Universal Avionics<br />
Designated Federal Official: Trent Prange, FAA<br />
SC-209, ATCRBS/Mode S Transponder, established January<br />
7, 2005, completed DO-181E, Minimum Operational Performance<br />
Standards for Air Traffic Control Radar Beacon System/<br />
Mode Select (ATCRBS/Mode S) Airborne Equipment. DO-181E<br />
includes the decisions on 1090 Extended Squitter that resulted<br />
from updating DO-260A to DO-260B, Minimum Operational<br />
Performance Standards for 1090 MHz Extended Squitter<br />
Automatic Dependent Surveillance – Broadcast (ADS-B) and<br />
Traffic Information Services – Broadcast (TIS-B). The Committee<br />
is monitoring ICAO and industry Mode S developments.<br />
Co-Chairs: Thomas Pagano, FAA; Robert Saffel, Rockwell<br />
Collins, Inc.<br />
Designated Federal Official: John Fisher, FAA<br />
SC-206, Aeronautical Information Services (AIS) Data<br />
Link, established February 11, 2005, is identifying the AIS<br />
(Aeronautical Information Services) and MET (Meteorological)<br />
data link services that are envisaged to be implemented<br />
within the next decade, and developing new Standards, AIS<br />
and MET Services Delivery Architecture Recommendations,<br />
MASPS for AIS and MET Services, MOPS for Flight Information<br />
Services—Broadcast (FIS-B) with Universal Access Transceiver<br />
(UAT) and the Revised DO-252, Minimum Interoperability<br />
Standards (MIS) for Automated Meteorological Transmission<br />
(AUTOMET), to further define the requirements that support<br />
the global aeronautical information management concept.<br />
The Committee completed the following documents in<br />
<strong>2012</strong>: DO-339, Aircraft Derived Meteorological Data via Data<br />
Link for Wake Vortex, Air Traffic Management and Weather Applications<br />
– Operational Services and Environmental Definition<br />
(OSED); and DO-340, Concept of Use for Aeronautical Information<br />
Services (AIS) and Meteorological (MET) Data Link Services.<br />
Co-Chairs: Allan Hart, Honeywell International, Inc.;<br />
Rocky Stone, United Airlines, Inc.<br />
Designated Federal Official: Eldridge Frazier, FAA<br />
SC-205, Software Considerations, established January 7,<br />
2005, developed updates to three documents; DO-178C,<br />
Software Considerations in Airport Systems and Equipment;<br />
DO-278A, Software Integrity Assurance Considerations for<br />
Communication, Navigation, Surveillance and Air Traffic<br />
Management (CNS/ATM) Systems; and DO-248C, Supporting<br />
Information for DO-178C and DO-278A. These updates<br />
continue the current objective-based approach and<br />
technology-independent nature of software assurance<br />
for the continued safe implementation of aeronautical<br />
software. The updated documents consolidate software<br />
development guidance and guidelines to provide clear<br />
and consistent ties with the systems and safety processes,<br />
address emerging software trends and technologies,<br />
and implement an approach that can change with the<br />
technology. The Committee also completed the following<br />
documents in <strong>2012</strong>: DO-330, Software Tool Qualification<br />
Considerations; DO-331, Model-Based Design and Veri-<br />
12 | <strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong>
fication Supplement of DO-178C and DO-278A; DO-332,<br />
Object-Oriented Supplement to DO-178C and DO-278A; and<br />
DO-333, Formal Methods Supplement of DO-178C and DO-<br />
278A. After completing all these documents in December<br />
2011, the Committee sunset in March <strong>2012</strong>.<br />
Co-Chairs: Jim Krodel, Pratt & Whitney; Gérard Ladier,<br />
Airbus France<br />
Designated Federal Official: Barbara Lingberg, FAA<br />
SC-203, Unmanned Aircraft Systems (UAS), established<br />
October 19, 2004, is developing standards, certification<br />
criteria, and procedures for sense and avoid systems as<br />
well as protocols to be used for the certification of command,<br />
control and communication systems in the defined<br />
flight environment. Many federal agencies and commercial<br />
operators are currently operating or seeking authority<br />
to operate UAS in the National Airspace System (NAS).<br />
SC-203 products will help assure the safe, efficient and<br />
compatible operation of UAS with other vehicles operating<br />
within the NAS. The Committee is developing Minimum<br />
Aviation System Performance Standards for Sense &<br />
Avoid and Control & Communications.<br />
Co-Chairs: Rose Mooney, Archangel Aero, LLC;<br />
John Walker, JS Walker Group, Inc./Aviation Solutions, Inc.<br />
Designated Federal Official: James Sizemore, FAA<br />
SC-186, Automatic Dependent Surveillance-Broadcast<br />
(ADS-B), established February 1, 1995, is developing<br />
operational requirements and minimum performance<br />
standards for airborne and ground user applications of<br />
ADS-B. Over 70 ADS-B operational capabilities have been<br />
identified that could provide enhanced safety, increased<br />
capacity and improved efficiency. The Committee has<br />
completed over 20 ADS-B documents, including the<br />
MASPS document for ADS-B and Aircraft Surveillance<br />
Applications (ASA), several MOPS documents, and is currently<br />
developing safety, performance and interoperability<br />
requirements documents for specific ADS-B applications.<br />
The Committee completed the following documents in<br />
<strong>2012</strong>: Supplement to DO-312, Safety, Performance and<br />
Interoperability Requirements Document for the In-Trail<br />
Procedure in the Oceanic Airspace (ATSA-ITP) Application;<br />
DO-317A, Minimum Operational Performance Standards<br />
(MOPS) for Aircraft Surveillance Applications (ASA) System;<br />
and DO-338, Minimum Aviation System Performance Standards<br />
(MASPS) for ADS-B Traffic Surveillance Systems and<br />
Applications (ATSSA).<br />
Co-Chairs: Vincent Capezzuto, FAA; Rocky Stone, United<br />
Airlines, Inc.<br />
Designated Federal Official: Don Walker, FAA<br />
SC-159, Global Positioning System (GPS), established<br />
March 1, 1985, is developing minimum standards that<br />
form the basis for FAA approval of equipment using GPS<br />
as a primary means of civil aircraft navigation. The Committee’s<br />
most recent publication, DO-327, Assessment of<br />
the LightSquared Ancillary Terrestrial Component Radio<br />
Frequency Interference Impact on GNSS L1 Band Airborne<br />
Receiver Operations, documents the issue of compatibility<br />
between GPS and the operation of a terrestrial wireless<br />
broadband network by LightSquared, pursuant to its<br />
FCC license. Change 1 to DO-229D, Minimum Operation<br />
Performance Standards for Global Positioning System/Wide<br />
Area Augmentation System Airborne Equipment, was under<br />
development in <strong>2012</strong><br />
Co-Chairs: Chris Hegarty, The MITRE Corporation;<br />
George Ligler, Program Management Enterprises, Inc.<br />
Designated Federal Official: Ken Alexander, FAA<br />
SC-147, Traffic Alert & Collision Avoidance System<br />
(TCAS), established November 1, 1980, has defined and<br />
updated the TCAS and TCAS II performance standards,<br />
thereby contributing to one of the most significant<br />
advances in aviation safety in the past twenty years. The<br />
Committee completed the following document in <strong>2012</strong>:<br />
DO-337, Recommendations for Future Collision Avoidance<br />
Systems. The Committee is developing a revised DO-300,<br />
MOPS for TCAS II Hybrid Surveillance Systems, and Change 2<br />
to DO-185B, MOPS for TCAS II Systems.<br />
Co-Chairs: Robert Buley, Aircraft Data Fusion, Inc.;<br />
J. Stuart Searight, FAA<br />
Designated Federal Official: Steve Plummer, FAA<br />
SC-135, Environmental Testing, established October 1,<br />
1977, continues to maintain <strong>RTCA</strong> DO-160 (current version<br />
is DO-160G), Environmental Conditions and Test Procedures<br />
for Airborne Equipment. This document is the international<br />
de facto standard for environmental testing of commercial<br />
avionics and provides standard procedures and environmental<br />
test criteria for testing airborne equipment to<br />
determine their performance characteristics. DO-160G<br />
was published in December 2010, and the Users’ Guide<br />
material for this document is in development, with the<br />
aim of providing rationales, guidance and background<br />
information for the environmental, test procedures and<br />
requirements, as well as lessons learned from aircraft and<br />
laboratory experience.<br />
Chair: Brad Green, Honeywell International, Inc.<br />
Designated Federal Official: Lee Nguyen, FAA<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 13
<strong>RTCA</strong> Publications<br />
Over the years, <strong>RTCA</strong> has produced over 300 documents<br />
providing important safety, technical and policy<br />
information. For the year <strong>2012</strong>, <strong>RTCA</strong> Special Committees (SCs)<br />
have developed 12 guidance documents, eight new and four<br />
revised, that cover issues ranging from technical performance<br />
standards to operational concepts for air transportation.<br />
NEW Documents<br />
<strong>RTCA</strong><br />
Document<br />
DO-341<br />
DO-340<br />
DO-339<br />
DO-338<br />
Title<br />
Minimum Aviation System Performance Standards (MASPS) for an Enhanced Flight<br />
Vision System to Enable All-Weather Approach, Landing and Roll-Out to a Safe<br />
Taxi Speed<br />
Concept of Use for Aeronautical Information Services (AIS) and Meteorological<br />
(MET) Data Link Services<br />
Aircraft Derived Meteorological Data via Data Link for Wake Vortex, Air Traffic<br />
Management and Weather Applications – Operational Services and Environmental<br />
Definition (OSED)<br />
Minimum Aviation System Performance Standards (MASPS) for ADS-B Traffic<br />
Surveillance Systems and Applications (ATSSA)<br />
Prepared by:<br />
SC-213<br />
SC-206<br />
SC-206<br />
SC-186<br />
DO-337 Recommendations for Future Collision Avoidance Systems SC-147<br />
DO-336<br />
DO-335<br />
Guidance for Certification of Installed Automatic Flight Guidance and Control Systems<br />
(AFGCS) for Part 27/29 Rotorcraft<br />
Guidance for Installation of Automatic Flight Guidance and Control Systems (AFGCS) for<br />
Part 23 Airplanes<br />
SC-220<br />
SC-220<br />
DO-334<br />
Minimum Operational Performance Standards (MOPS) for Strapdown Attitude<br />
and Heading Reference Systems (AHRS)<br />
SC-219<br />
REVISED Documents<br />
<strong>RTCA</strong><br />
Document<br />
Supplement to<br />
DO-312<br />
Title<br />
Safety, Performance and Interoperability Requirements Document for the In-Trail<br />
Procedure in Oceanic Airspace (ATSA-ITP) Application<br />
Prepared by:<br />
SC-186<br />
DO-305A<br />
DO-281B<br />
Future Air Navigation System 1/A – Aeronautical Telecommunication Network<br />
Interoperability Standard (FANS 1/A – ATN B1 Interop Standard)”<br />
Minimum Operational Performance Standards (MOPS) for Aircraft VDL Mode 2 Physical<br />
Link and Network Layer<br />
SC-214<br />
SC-214<br />
DO-276B User Requirements for Terrain and Obstacle Data SC-217<br />
14 | <strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong>
OUTREACH<br />
<strong>Annual</strong> Symposium<br />
Each year <strong>RTCA</strong> conducts an annual Symposium to examine current and emerging issues facing the aviation<br />
community related to the policy and technical issues under consideration by industry volunteers. In June <strong>2012</strong>, more<br />
than 300 aviation industry and government executives met for two days to discuss Advancing the Goals of NextGen.<br />
Keynote speakers included The Honorable Michael Huerta, FAA Administrator; Dave Barger, JetBlue President and CEO,<br />
and inaugural Chair of the NextGen Advisory Committee (NAC); Clay Jones, President, CEO and Chairman of Rockwell<br />
Collins, Inc.; and Bill Ayer, Chairman of Alaska Air Group, and Chair of the NAC.<br />
The Symposium also included 11 sessions, featuring<br />
interactive discussions and presentations from industry<br />
leaders and government officials.<br />
Informing Members<br />
and Industry<br />
The <strong>RTCA</strong> Digest provides <strong>RTCA</strong> members with timely updates six times a year on the activities<br />
of the NAC, PMC, Special Committees and release of <strong>RTCA</strong> documents, as well as other <strong>RTCA</strong><br />
related actions.<br />
Additionally, <strong>RTCA</strong> maintains a website to provide current information on <strong>RTCA</strong> events,<br />
committee activities and actions, and access to meeting schedules and documents.<br />
NAC Members participate in CEO/Student Roundtable at Embry-Riddle Aeronautical University.<br />
<strong>RTCA</strong> staff and committee<br />
leaders periodically<br />
participate in national<br />
and international industry<br />
events to report on the<br />
organization’s activities<br />
and recommendations<br />
and to remain current on<br />
emerging issues.<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 15
Congress Displays Continued<br />
Interest in NextGen<br />
Congress reviewed the status of NextGen, including the<br />
work of the NAC and the <strong>RTCA</strong> Special Committees at<br />
several hearings during the year. In a roundtable conducted<br />
by the leaders of the House Aviation Subcommittee and<br />
in a hearing held by the Subcommittee in mid-September,<br />
an industry panel of NAC members at both events<br />
provided perspectives from the aircraft, airport operator<br />
and controller points of view. The hearing provided an<br />
opportunity for Members of Congress to hear first-hand<br />
about the efforts underway by the hundreds of volunteers<br />
involved in the NAC, the NAC Subcommittee and its Work<br />
Groups who are committed to working with the FAA on<br />
implementing NextGen.<br />
The NAC members applauded the FAA collaboration with industries through the NAC, but expressed a desire for NextGen<br />
implementation to move faster. They also acknowledged that NextGen implementation is an evolutionary process, which<br />
can offer significant improvements in efficiency, reductions in environmental impact and capacity expansion along<br />
the way. The industry panel members stressed that NextGen is more than technology. The resolution of non-technical<br />
barriers, such as changes to policies, procedures and training as well as streamlining of regulatory approval processes, are<br />
all necessary to achieve the goals of NextGen.<br />
TRAINING<br />
<strong>RTCA</strong> Launches Training Initiative<br />
Professionals from across the aviation industry gave<br />
<strong>RTCA</strong>’s “Software Considerations in Airborne Systems and<br />
Equipment Certification” training course high marks for the<br />
usefulness of the material covered, relevance of the course<br />
to practical application and the detailed information and<br />
answers they received to complex questions. During the<br />
first year the course was offered, more than 100 individuals<br />
participated in the three-day, highly interactive course<br />
taught by two experienced and extremely knowledgeable<br />
professionals, John Angermayer and Kent Hollinger of The<br />
MITRE Aviation Institute.<br />
The training course addresses the standards<br />
and recommended practices contained in<br />
DO-178C, Software Considerations in Airborne<br />
Systems and Equipment Certification. It covers<br />
the requirements and parameters for avionics<br />
software development necessary to obtain<br />
FAA certification contained in DO-178C.<br />
16 | <strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong>
INTERNATIONAL ACTIVITY<br />
Facilitating Harmonization<br />
Reflecting the global nature of the aviation industry, <strong>RTCA</strong> engaged in numerous discussions with key aviation leaders<br />
in Europe and around the world, including invited participation in global conferences and workshops. <strong>RTCA</strong> has<br />
established effective working relationships with leaders from EUROCAE, EUROCONTROL, ICAO, CANSO, EASA, IATA, SJU<br />
and other organizations in its continual pursuit of global harmonization.<br />
ICAO Aviation System Block Upgrades Approach<br />
Endorsed by Members<br />
<strong>RTCA</strong> supported the International Civil Aviation Organization (ICAO) 12th Air Navigation Conference held at its<br />
headquarters in Quebec, Canada. The conference provided Member States with the opportunity to endorse the new and<br />
industry-aligned strategy captured in the Aviation System Block Upgrades (ASBU), as reflected in ICAO’s revised Global Air<br />
Navigation Plan. The work of the 12th Air Navigation Conference was to prepare for ICAO’s 38th Assembly in 2013.<br />
Through our participation in the ICAO Technical Team (TT) and<br />
Challenge Team, <strong>RTCA</strong> supported the development of the Aviation<br />
System Block Upgrades (ABSUs). Jennifer Iversen, who was a member<br />
of the TT, was seconded to ICAO to support the very successful<br />
12th Air Navigation Conference (ANC) held at its headquarters in<br />
Quebec, Canada. The conference provided Member States with<br />
the opportunity to endorse the new and industry-aligned strategy<br />
captured in the ABSUs, as reflected in ICAO’s revised Global Air<br />
Navigation Plan. The goal of the 12th ANC was to prepare for ICAO’s<br />
38th Assembly in 2013.<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 17
<strong>RTCA</strong> AWARDS<br />
Recognizing Extraordinary Efforts<br />
Illustrating the vital role of volunteers during the <strong>2012</strong><br />
<strong>Annual</strong> Symposium, <strong>RTCA</strong> recognized those making<br />
special contributions by presenting four categories<br />
of awards - the William E. Jackson Award, the <strong>RTCA</strong><br />
Achievement Award, and the Outstanding Leader and<br />
Significant Contributor Awards.<br />
The <strong>RTCA</strong> Achievement Award<br />
The <strong>RTCA</strong> Achievement Award is the organization’s highest<br />
honor, recognizing those who are deemed by the <strong>RTCA</strong> Policy<br />
Board to have gone above and beyond helping <strong>RTCA</strong> achieve<br />
its goals. In <strong>2012</strong>, the <strong>RTCA</strong> Achievement Award was given<br />
to Jim Krodel, a Fellow of the Control Systems Verification<br />
and Validation Group at Pratt & Whitney Jet Engines and a<br />
Designated Engineering Representative (DER) for software,<br />
acting on behalf of the FAA in recommending and approving<br />
airborne software. Jim was recognized for his exceptional<br />
leadership in developing standards for certification of software<br />
and associated equipment, for guiding Special Committee 205,<br />
Software Considerations, and serving as Co-Chair of SC-205.<br />
The William E. Jackson Award<br />
The William E. Jackson Award is presented to an<br />
outstanding student in the field of aviation electronics and<br />
telecommunications. The award memorializes Mr. Jackson,<br />
a pioneer in the development and implementation of the<br />
nation’s air traffic control system. Dr. Ing. Andrew Sammut<br />
of the University of Malta was the recipient of the <strong>2012</strong><br />
award. During his time as research staff at the University, Dr.<br />
Sammut was involved in the design and evaluation of avionic<br />
systems and novel human-machine interface (HMI) cockpit<br />
configurations for safety critical applications, from both the<br />
engineering and human factors perspective. Other areas that<br />
Andrew aspires to explore further include autonomous flight<br />
and navigation, flight trajectory design and optimization, and<br />
aerodome safety and design.<br />
18 | <strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong>
Outstanding Leaders<br />
The Outstanding Leader<br />
Award recognizes the added<br />
demands placed on <strong>RTCA</strong><br />
Special Committee chairs and/<br />
or other <strong>RTCA</strong> participants<br />
who serve in leadership roles,<br />
to ensure timely and quality<br />
products.<br />
Leslie Alford<br />
The Boeing Company<br />
DO-248C, Supporting Information for<br />
DO-178C and DO-278A<br />
and DO-330: Software Tool Qualification<br />
Considerations<br />
James Chelini<br />
Verocel<br />
DO-332, Object-Oriented Technology<br />
and Related Techniques Supplement to<br />
DO-178C and DO-278A<br />
Robert Erlandson<br />
NISC III<br />
DO-327, Assessment of the<br />
LightSquared Ancillary Terrestrial<br />
Component Radio Frequency Interference<br />
Impact on GNSS L1 Band Airborne<br />
Receiver Operations<br />
Tim Etherington<br />
Rockwell Collins, Inc.<br />
DO-315B, Minimum Aviation System<br />
Performance Standards (MASPS) for<br />
Enhanced Vision Systems, Synthetic Vision<br />
Systems, Combined Vision Systems<br />
and Enhanced Flight Vision Systems<br />
Ed Folsom<br />
United Airlines, Inc.<br />
DO-329, Aircraft Secondary Barriers<br />
and Alternative Flight Deck Security<br />
Procedures<br />
Marty Gasiorowski<br />
Worldwide Certification Services<br />
DO-178C, Software Considerations<br />
in Airborne Systems and Equipment<br />
Certification<br />
Brian Gilbert<br />
The Boeing Company<br />
DO-272C, User Requirements for Aerodrome<br />
Mapping Information<br />
Kelly Hayhurst<br />
NASA<br />
DO-333, Formal Methods Supplement<br />
to DO-178C and DO-278A<br />
Don Heck<br />
The Boeing Company<br />
DO-278A, Software Integrity Assurance<br />
Considerations for Communication,<br />
Navigation, Surveillance and Air Traffic<br />
Management (CNS/ATM) Systems<br />
Patrick Krohn<br />
Universal Avionics Systems<br />
Corporation<br />
DO-315B, Minimum Aviation System<br />
Performance Standards (MASPS) for<br />
Enhanced Vision Systems, Synthetic Vision<br />
Systems, Combined Vision Systems<br />
and Enhanced Flight Vision Systems<br />
Ian Levitt<br />
Federal Aviation Administration<br />
DO-328, Safety, Performance and Interoperability<br />
Requirements Document<br />
for Airborne Spacing—Flight Deck<br />
Interval Management (ASPA-FIM)<br />
Mark Lillis<br />
Goodrich GPECS<br />
DO-331, Model-Based Development<br />
and Verification Supplement to DO-<br />
178C and DO-278A<br />
Barbara Lingberg<br />
Federal Aviation Administration<br />
DO-178C, Software Considerations<br />
in Airborne Systems and Equipment<br />
Certification<br />
and DO-330: Software Tool Qualification<br />
Considerations<br />
Leanna Rierson<br />
Digital Safety Consulting<br />
DO-330, Software Tool Qualification<br />
Considerations<br />
Richard Shiefelbein<br />
The Boeing Company<br />
DO-329, Aircraft Secondary Barriers<br />
and Alternative Flight Deck Security<br />
Procedures<br />
Don Walker<br />
Federal Aviation Administration<br />
DO-317A, Minimum Operational<br />
Performance Standards (MOPS) for<br />
Aircraft Surveillance Applications (ASA)<br />
System<br />
Todd White<br />
L-3 Communications<br />
DO-330, Software Tool Qualification<br />
Considerations<br />
Christer Wilkinson<br />
AECOM Technical Solutions<br />
DO-230C, Integrated Security System<br />
Standard for Airport Access Control<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 19
Significant Contributors<br />
The Significant Contributor Award recognizes individuals<br />
for very important and noteworthy contributions to Special<br />
Committees and its products.<br />
Bryan Barmore<br />
NASA<br />
DO-328, Safety, Performance and<br />
Interoperability Requirements<br />
Document for Airborne Spacing—Flight<br />
Deck Interval Management (ASPA-FIM)<br />
Duncan Brown<br />
Rolls Royce<br />
DO-333, Formal Methods Supplement<br />
to DO-178C and DO-278A<br />
Hervé Delseny<br />
Airbus<br />
DO-333, Formal Methods Supplement<br />
to DO-178C and DO-278A<br />
David Domino<br />
The MITRE Corporation<br />
DO-315B, Minimum Aviation System<br />
Performance Standards (MASPS) for<br />
Enhanced Vision Systems, Synthetic<br />
Vision Systems, Combined Vision Systems<br />
and Enhanced Flight Vision Systems<br />
Robert Eftekari<br />
The MITRE Corporation<br />
DO-317A, Minimum Operational<br />
Performance Standards (MOPS) for<br />
Aircraft Surveillance Applications (ASA)<br />
System<br />
Scott Graham<br />
Air Line Pilots Association<br />
DO-329, Aircraft Secondary Barriers<br />
and Alternative Flight Deck Security<br />
Procedures<br />
Ross Hannan<br />
Sigma<br />
DO-248C, Supporting Information for<br />
DO-178C and DO-278A<br />
Lisa Haskell<br />
Jeppesen<br />
DO-272C, User Requirements for<br />
Aerodrome Mapping Information<br />
David Hawken<br />
NATS<br />
DO-278A, Software Integrity Assurance<br />
Considerations for Communication,<br />
Navigation, Surveillance and Air Traffic<br />
Management (CNS/ATM) Systems<br />
Peter Heller<br />
Airbus Operations GmbH<br />
DO-332, Object-Oriented Technology<br />
and Related Techniques Supplement to<br />
DO-178C and DO-278A<br />
Nienke Jester–ten Veen<br />
The MITRE Corporation<br />
DO-328, Safety, Performance and<br />
Interoperability Requirements<br />
Document for Airborne Spacing—Flight<br />
Deck Interval Management (ASPA-FIM)<br />
Candace Kolander<br />
Association of Flight Attendants<br />
DO-329, Aircraft Secondary Barriers<br />
and Alternative Flight Deck Security<br />
Procedures<br />
Art Kosatka<br />
TranSecure, Inc.<br />
DO-230C, Integrated Security System<br />
Standard for Airport Access Control<br />
Pierre Lionne<br />
EADS APSYS<br />
DO-331, Model-Based Development<br />
and Verification Supplement to DO-<br />
178C and DO-278A<br />
Johan Martensson<br />
EUROCONTROL<br />
DO-317A, Minimum Operational Performance<br />
Standards (MOPS) for Aircraft<br />
Surveillance Applications (ASA) System<br />
Fred Moyer<br />
Rockwell Collins, Inc.<br />
DO-248C, Supporting Information for<br />
DO-178C and DO-278A<br />
Kenneth Peterson<br />
NISC III<br />
DO-327, Assessment of the<br />
LightSquared Ancillary Terrestrial<br />
Component Radio Frequency<br />
Interference Impact on GNSS L1 Band<br />
Airborne Receiver Operations<br />
Frederic Pothon<br />
ACG Solutions<br />
DO-330, Software Tool Qualification<br />
Considerations<br />
Jim Stewart<br />
NATS<br />
DO-278A, Software Integrity Assurance<br />
Considerations for Communication,<br />
Navigation, Surveillance and Air Traffic<br />
Management (CNS/ATM) Systems<br />
Lesley Weitz<br />
The MITRE Corporation<br />
DO-328, Safety, Performance and<br />
Interoperability Requirements<br />
Document for Airborne Spacing—Flight<br />
Deck Interval Management (ASPA-FIM)<br />
Todd White<br />
L-3 Communications<br />
DO-178C, Software Considerations<br />
in Airborne Systems and Equipment<br />
Certification<br />
Scott Wilson<br />
EUROCONTROL<br />
DO-291B, Minimum Interchange<br />
Standards for Terrain, Obstacle and<br />
Aerodrome Mapping Data<br />
Dongsong Zeng<br />
The MITRE Corporation<br />
DO-224C, Signal-in-Space Minimum<br />
Aviation System Performance Standards<br />
(MASPS) for Advanced VHF Digital Data<br />
Communications Including Compatibility<br />
with Digital Voice Techniques<br />
20 | <strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong>
Members as of December 31, <strong>2012</strong><br />
<strong>RTCA</strong><br />
Membership<br />
International<br />
34%<br />
U.S. Govt.<br />
1%<br />
Academic<br />
7%<br />
Domestic<br />
58%<br />
500<br />
450<br />
Total<br />
Domestic<br />
Members<br />
International<br />
Associates<br />
Academic<br />
Associates<br />
U.S. Government<br />
400<br />
350<br />
300<br />
250<br />
200<br />
150<br />
100<br />
50<br />
0<br />
2000 2001 2002 2003 2004 2005 2006 2007 2008 2009 2010 2011 <strong>2012</strong><br />
A<br />
AAI Corporation<br />
AATC Systeme & Software<br />
Absolute Tracking Solutions, Inc.<br />
ABX Air<br />
ACC COLUMBIA Jet Service<br />
GmbH<br />
Accord Software & Systems, Inc.<br />
ACK Technologies, Inc.<br />
ACR Electronics, Inc.<br />
AdaCore Technologies<br />
Adaptive Aerospace Corporation<br />
Adaptive Aerospace Group<br />
Advanced Management<br />
Technology, Inc.<br />
Advanced Technical Group, Inc.<br />
Aero Engine Controls - North America<br />
Aero Sense Technologiesm, Ltd.<br />
AERO&SPACE USA, INC.<br />
AeroAntenna Technology, Inc.<br />
AeroAstro GmbH<br />
Aerodata Systems & Services GmbH<br />
Aeroflex Wichita, Inc.<br />
AeroMech, Inc.<br />
AeroNavData, Inc.<br />
Aerospace Vehicle Systems Institute<br />
Agencia Nacional de Aviacao<br />
Civil - Gerencia Geral de<br />
Certicacao<br />
AgiLynx, Inc.<br />
AgustaWestland S.p.A.<br />
Air Canada<br />
Air Informatics, LLC<br />
Air Line Pilots Association<br />
Air Wisconsin Airlines Corporation<br />
Airbus Americas, Inc.<br />
Aircell, LLC<br />
Aircraft Electronics Association, Inc.<br />
Aircraft Owners and Pilots Association<br />
Aircrafts of Long Island, Inc.<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 21
AirDat, LLC<br />
Airline Services, Ltd.<br />
Airlines for America, Inc.<br />
AIRPlus Engineering<br />
Airports Council International -<br />
North America<br />
Airservices Australia<br />
Airtran Airways<br />
AirVOD<br />
Airways Corporation of<br />
New Zealand, Ltd.<br />
Alaska Airlines, Inc.<br />
Albatroz Engineering<br />
Alhena International Srl<br />
Altaphon, Inc.<br />
Altreonic NV<br />
American Airlines, Inc.<br />
American Eagle Airlines<br />
American Kestrel Company, LLC<br />
Anderson Aerospace, LLC<br />
Andre Consulting, Inc.<br />
AQL EMC, Ltd.<br />
ARINC, Inc.<br />
Arthur Feinberg Associates, LLC<br />
Aspen Avionics, Inc.<br />
Association for Unmanned<br />
Vehicle Systems International<br />
(AUVSI)<br />
Association of Air Medical Services<br />
(AAMS)<br />
ASTAR Air Cargo<br />
Astronautics Corporation of<br />
America<br />
Atlas Air<br />
Aurora Sciences, LLC<br />
Austrian Military - AIR MATERIAL STAFF<br />
Avia Satcom Company, Ltd.<br />
Aviation Data Communication<br />
Corporation<br />
Aviation Design Management<br />
Aviation Management Associates, Inc.<br />
Aviation Safety Facilitators<br />
Corporation<br />
Aviation Spectrum Resources, Inc.<br />
(ASRI)<br />
AVIC Avionics Company, Ltd.<br />
Avidyne Corporation<br />
AvioHeliTronics InfoSystems Pvt., Ltd.<br />
Avionica, LLC<br />
Avionyx<br />
AVISTA, Inc.<br />
Avitech AG<br />
B<br />
BAE Systems Controls<br />
BAE Systems, Inc. - Electronic Sector<br />
Beacon Management Group<br />
Beijing Weibang Yuanhang Wireless<br />
Technology Company, Ltd.<br />
Bell Helicopter Textron, Inc.<br />
Beyond Aviation<br />
Bombardier Aerospace<br />
Booz Allen Hamilton, Inc.<br />
Bundeswehr Technical and<br />
Airworthiness Center for<br />
Aircraft (wtd 61)<br />
BVR Technologies<br />
C<br />
Cadmos Microsystems Srl<br />
CARERI<br />
Cascade Technical Sciences, Inc.<br />
Cathay Pacific Airways, Ltd.<br />
Center for Unmanned System<br />
Studies ITB<br />
Centre for Airborne Systems,<br />
Bangalore<br />
Certification Services, Inc.<br />
Certon Software, Inc.<br />
Cessna Aircraft Company<br />
Chippewa Aerospace<br />
Civil Aeronautics Administration<br />
MOTC, ROC<br />
Civil Aviation Authority of<br />
New Zealand<br />
Civil Aviation Authority of<br />
Singapore<br />
Civil Aviation Bureau of Japan<br />
Civil Aviation Flight University<br />
of China<br />
Civil Aviation University of China<br />
Clairus, LLC<br />
CMS Group in Orbit Communication<br />
Systems, Ltd.<br />
Cobham Aerospace Communications<br />
College Edouard-Montpetit - Ecole<br />
Nationale D’Aerotechnique<br />
Comant Industries, Inc.<br />
CommutAir/Continental Connection<br />
Computer Sciences Corporation<br />
Continental Airlines, Inc.<br />
Cool City Electronics, Inc.<br />
Cooper Antennas, Ltd.<br />
Crane Aerospace & Electronics<br />
Cranfield University<br />
Creager Certification Services, LLC<br />
CS Soft a.s.<br />
CSSI, Inc.<br />
D<br />
Dassault Falcon Jet Corporation<br />
Dautec GmbH<br />
DCS Consulting, LLC<br />
DDC-I, Inc.<br />
Defence Science Technology<br />
Laboratory (DSTL)<br />
Defense Concept Associates, Inc.<br />
Delta Air Lines, Inc.<br />
Delta Engineering Corporation<br />
Design Assurance<br />
DFS Deutsche Flugsicherung GmbH<br />
DIGAMC<br />
Digital Sectional, LLC<br />
DME Corporation<br />
DornerWorks, Ltd.<br />
Duke Pro, Inc.<br />
Dynamic Aerospace, Inc.<br />
Dynamic Analytical Solutions, LLC<br />
Dynon Radio, LLC<br />
E<br />
Eagle Security Group, Inc.<br />
Ecole Nationale De L Aviation Civile<br />
(ENAC)<br />
Ecole Polytechnique de Montreal<br />
Eirtech Aviation Services<br />
22 | <strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong>
Elbit Systems, Ltd.<br />
Electromagnetic Testing Services, Ltd.<br />
Electronic Design Office Schlehaus<br />
Electronic Navigation Research<br />
Institute<br />
EMBRAER<br />
Embry-Riddle Aeronautical University<br />
EMC-Testcenter Zurich AG<br />
Emergency Beacon Corporation<br />
Empire Airlines<br />
EMS Technologies Canada<br />
ENSCO - Avionics<br />
Environ Laboratories, LLC<br />
Esterline CMC Electronics<br />
EuroAvionics Navigationssysteme<br />
GmbH & Co. KG<br />
EUROCAE<br />
EUROCONTROL<br />
Eurofins Product Service Gmbh<br />
European Aviation Safety Agency<br />
Evergreen International Airlines, Inc.<br />
ExpressJet Airlines<br />
Extreme Engineering Solutions<br />
F<br />
Federal Aviation Administration<br />
Federal Express Corporation<br />
Federation Aeronautique International<br />
Ferrell and Associates Consulting, Inc.<br />
Flight Data Systems Pty., Ltd.<br />
Flight Focus Pte, Ltd.<br />
Flightech Systems Europe S.A.<br />
Foliage, Inc.<br />
Frasca International, Inc.<br />
FreeFlight Systems<br />
Frequentis USA, Inc.<br />
G<br />
Gables Engineering, Inc.<br />
Garmin, Ltd.<br />
GE Aviation Systems, LLC<br />
General Atomics Aeronautical<br />
Systems, Inc.<br />
General Aviation Manufacturers<br />
Association<br />
General Dynamics Information<br />
Technology<br />
GeoEye<br />
George Mason University<br />
Georgian Aerospace Group, Inc.<br />
German Aerospace Center -<br />
Deutsches Zentrum fur Luft und<br />
Raumfahrt<br />
Globatrac, LLC<br />
GMV (Spain)<br />
Goodrich Corporation Sensor Systems<br />
Division<br />
Grays Engineering<br />
GT Software Services, LLC<br />
Gulfstream Aerospace Corporation<br />
H<br />
Harris Corporation<br />
Hawaiian Airlines, Inc.<br />
Hawker Beechcraft Corporation<br />
HeliTrak, Inc.<br />
Heriot-Watt University<br />
Hilton Software, LLC<br />
Hirsch Electronics<br />
Hi-Tec Systems, Inc.<br />
Honda Aircraft Company, Inc.<br />
Honeywell International, Inc.<br />
Horizon Air<br />
Houghton Associates, Inc.<br />
I<br />
IDS Ingegneria Dei Sistemi S.p.A.<br />
IFEN GmbH<br />
iJet Technologies, Inc.<br />
IMANNA Lab, Inc.<br />
Imperial College London<br />
Incline SoftWorks, LLC<br />
Ingenium Aerospace, LLC<br />
INMARSAT<br />
Innovative Solutions International, Inc.<br />
Insitu, Inc.<br />
International Aeronavigational<br />
Systems, Ltd. (IANS)<br />
International Civil Aviation<br />
Organization<br />
International Communications Group<br />
International Federation of Air Traffic<br />
Controllers’ Associations (IFATCA)<br />
Intertek Testing Services NA - Grand<br />
Rapids MI Aerospace EMC Testing<br />
Group<br />
Iridium Satellite, LLC<br />
ITESO AC<br />
ITT Corporation<br />
J<br />
Japan Aerospace Exploration Agency<br />
Japan Radio Air Navigation Systems<br />
Association<br />
Jeppesen<br />
Jerry Thompson & Associates, Inc.<br />
JetBlue Airways<br />
Jetcraft Avionics, LLC<br />
John Ferrara Consulting<br />
Joint Stock Company Scientific Design<br />
Bureau of Computer Systems<br />
JSWalker Group / Aviation Solutions,<br />
Inc.<br />
Jupiter Avionics Corporation<br />
K<br />
Kaigai Corporation<br />
KalScott Engineering, Inc.<br />
Karem Aircraft, Inc.<br />
Kestrel Aircraft Co.<br />
KNMI<br />
Kollsman, Inc.<br />
Korea Aerospace Research Institute<br />
Korea Aerospace University<br />
Korea Civil Aviation Development<br />
Association -KADA<br />
KSdF-Conseil<br />
Kuerzi Avionics AG<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 23
L<br />
L&T Integrated Engineering Services -<br />
Avionics Group<br />
L.S.P., Inc.<br />
L-3 Communications<br />
LEAT Srl - Engineering Unit<br />
Lees Avionics, Ltd.<br />
LeighFisher, Inc.<br />
Lexavia Integrated Systems, Inc.<br />
Lockheed Martin Corporation<br />
Logicircuit, Inc.<br />
Luma Technologies, LLC<br />
M<br />
Mannarino Systems & Software, Inc.<br />
MAP Aircraft Projects AS<br />
Marenco Swisshelicopter, Ltd.<br />
Marinvent Corporation<br />
Marshall Aerospace Australia<br />
Meggitt Aircraft Braking Systems<br />
Metron Aviation, Inc.<br />
Micom Consulting, Ltd.<br />
Microair Avionics<br />
MicroPilot<br />
Midwest Airlines<br />
MIT Lincoln Laboratory<br />
MJF Strategies, LLC<br />
MOASOFT Corporation<br />
Mobile Power Solutions<br />
Modernization of Aviation Complexes,<br />
LLC<br />
MonkeyProof Solutions<br />
Moog, Inc.<br />
Mosaic ATM, Inc.<br />
N<br />
Nanjing University of Aeronautics &<br />
Astronautics<br />
NASA<br />
National Air Carrier Association<br />
National Air Traffic Controllers<br />
Association<br />
National Business Aviation Association<br />
National Institute for Aviation<br />
Research (NIAR) at Wichita State<br />
University<br />
National University of Colombia<br />
Nautel, Ltd.<br />
NAV Canada<br />
Navcast, Inc.<br />
Navicom Aviation Corporation<br />
NavWorx, Inc.<br />
NEC Corporation, Air Traffic Control<br />
Systems Division<br />
NEC Corporation, Radio Applications<br />
Division<br />
NIIAO (Institute of Aircraft Equipment)<br />
NMSU/PSL Aerospace & Autonomous<br />
Systems Laboratory<br />
Noblis, Inc.<br />
North Star Group, LLC<br />
Northrop Grumman Corporation<br />
NovAtel, Inc.<br />
NTC Promtehaero<br />
O<br />
Ohio University - Avionics Engineering<br />
Center<br />
OpenTech EDV Research GmbH<br />
Optimal Synthesis, Inc.<br />
Organizacao Brasileira para o<br />
Desenvolvimento da Certificacao<br />
Aeronautica<br />
Orscheln Products, LLC<br />
Oscar Nelson Group<br />
P<br />
paconsult GmbH<br />
Panasonic Avionics Corporation<br />
Parker Hannifin - Aerospace, Control<br />
Systems<br />
PASSUR Aerospace, Inc.<br />
Patmos Engineering Services, Inc.<br />
Peregrine<br />
Peter Matthews<br />
PHI Associates<br />
Philotech Systementwicklung und<br />
Software GmbH<br />
Piedmont Airlines, Inc.<br />
Pinnacle Airlines Corporation<br />
Predesa, LLC<br />
Prescient Wireless, Inc.<br />
Project Management Enterprises, Inc.<br />
Q<br />
QA Systems, Ltd.<br />
Qualtest, Inc.<br />
Queensland University of Technology<br />
Quiet Technologies, Inc.<br />
R<br />
R4 Integration, Inc.<br />
Radiometrics Midwest Corporation<br />
Raytheon Company<br />
RDRTec, Inc.<br />
Redak Consulting GmbH<br />
Regional Airline Association<br />
Republic Airways Holdings<br />
Research Design Lab NAVIS<br />
Rianta Technologies<br />
Richland Technologies, LLC<br />
RightHand Technologies, Inc.<br />
Rockwell Collins, Inc.<br />
Rossell Techsys -Engineering Division<br />
Row 44, Inc.<br />
Royal New Zealand Air Force<br />
S<br />
Saab AB<br />
Saab Sensis Corporation<br />
Safety Analytical Technologies, Inc.<br />
Sagem Avionics, Inc.<br />
Sagetech Corporation<br />
SAIC<br />
Sandel Avionics, Inc.<br />
Scientific Research Corporation<br />
24 | <strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong>
SEKAS GmbH<br />
SELEX Sistemi Integrati, Inc.<br />
Sennheiser Electronic GmbH & Co. KG<br />
- Aviation Division<br />
Sensor Technology Ltd.<br />
Sensurion, LLC<br />
Septentrio Satellite Navigation<br />
SESAR Joint Undertaking<br />
Shanghai Aircraft Airworthiness<br />
Certification Center of CAAC<br />
Sierra Nevada Corporation<br />
Signum Altum, Inc.<br />
Simtec Buergel AG<br />
SITA<br />
Situ Biosciences, LLC<br />
Skyguide Magazine<br />
SkyWest Airlines<br />
Smithsonian Institution Libraries<br />
Soaring Society of America<br />
Society of Japanese Aerospace<br />
Companies<br />
SoftwAir Assurance, Inc.<br />
Software Engineering Institute<br />
Softwcare SL<br />
Solers, Inc.<br />
Southwest Airlines<br />
Spectrum EMC Consulting, LLC<br />
Springton Technologies, Inc.<br />
SRC, Inc.<br />
Stanford University<br />
Star Navigation Systems Group, Ltd.<br />
State Research Institute of Aviation<br />
Systems (GosNIIAS)<br />
S-TEC<br />
Stewart Motor Co, LLC<br />
Sukhoi Civil Aircraft Company<br />
Swedish Defence Materiel<br />
Administration<br />
Syncroness, Inc.<br />
Systems & Electronics, Inc.<br />
Systima Technologies<br />
T<br />
TAI - Turkish Aerospace Industries, Inc.<br />
Tatenhill Aviation, Ltd.<br />
TDI Power<br />
Technische Universitaet Muenchen<br />
- Institute of Flight System<br />
Dynamics<br />
Technische Universitat Darmstadt<br />
Tek Fusion Global, Inc.<br />
Teledyne Controls Division<br />
Telenergy<br />
Telephonics Corporation<br />
TESTCORP<br />
Thales Global Services<br />
The Boeing Company<br />
The Brake Control Works<br />
The Johns Hopkins University<br />
The MITRE Corporation<br />
The Raven Team, Memorial University<br />
Thompson Aerospace<br />
Thrane & Thrane A/S<br />
TLD Solutions, Inc.<br />
Trans States Holdings Group<br />
Transas Telematica<br />
Transport Canada<br />
Transport Workers Union of America<br />
Transportation Security<br />
Administration<br />
Trig Avionics, Ltd.<br />
Trimble Military and Advanced<br />
Systems (Trimble MAS)<br />
Tucson Embedded Systems, Inc.<br />
TUV SUD America, Inc.<br />
U<br />
U.S. Air Force<br />
U.S. Army<br />
U.S. Navy<br />
U.S. Technical<br />
UniqueSoft, LLC<br />
UNITE Alliance<br />
United Airlines, Inc.<br />
United Parcel Service<br />
United Technologies Corporation<br />
Universal Avionics Systems<br />
Corporation<br />
University Corporation for<br />
Atmospheric Research<br />
University of Applied Sciences<br />
Hamburg<br />
University of Idaho<br />
University of Kansas<br />
University of Malta<br />
University of North Dakota<br />
University of York<br />
US Airways<br />
V<br />
Validated Software Corporation<br />
van Dam Ingenieurbuero<br />
VEROCEL, Inc.<br />
Vestel Savunma Sanayi A.S.<br />
VictorTango, LLC<br />
Virtual Engineering Centre<br />
Volpe National Transportation<br />
Systems Center<br />
W<br />
William E. Payne & Associates, Inc.<br />
Worldwide Certification Services, Inc.<br />
X<br />
XMobots Robotics Systems<br />
Z<br />
Zee.Aero<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 25
Financial <strong>Report</strong><br />
<strong>RTCA</strong>, Inc. demonstrated sound fiscal management and accountability measures in <strong>2012</strong>, as shown in the<br />
audit completed in April <strong>2012</strong> by Calibre CPA Group. Operating revenue exceeded expenditures by $621<br />
thousand.<br />
Operating Revenue totaled $3.4 million. <strong>RTCA</strong>, Inc. is a membership organization, with revenue from sources<br />
depicted in figure below.<br />
Operating Expenses totaled $2.7 million as depicted in the figure below.<br />
The positive outcome is a result of careful management of expenses and strong membership, document<br />
sales, and training course revenue. The <strong>2012</strong> operating income will continue to support <strong>RTCA</strong>’s programs and<br />
services.<br />
<strong>2012</strong> Operating Revenue<br />
$3.4 Million<br />
<strong>2012</strong> Operating Expenses<br />
$2.7 Million<br />
Publication<br />
Sales<br />
23%<br />
Training Seminars<br />
5%<br />
Interest and Divdend Income<br />
<strong>RTCA</strong>, Inc.<br />
Balance Sheet<br />
December 31, <strong>2012</strong><br />
December 31, <strong>2012</strong><br />
(With Comparative Totals as of December 31, 2011)<br />
(With comparative totals as of December 31, 2011)<br />
Assets<br />
Working<br />
Capital and<br />
Operating Jackson Reserve <strong>2012</strong> 2011<br />
Funds Fund Fund Total Total<br />
Current assets<br />
Cash and cash equivalents $ 698,570 $ 11,403 $ 721,655 $ 1,431,628 $ 1,409,319<br />
Accounts receivable<br />
Dues 363,812 - - 363,812 375,000<br />
Other 2,750 - - 2,750 26,575<br />
Prepaid expenses 76,597 - - 76,597 58,532<br />
Due from (to) other funds 18,360 (18,360) - - -<br />
Publications inventory 15,864 - - 15,864 15,281<br />
Total current assets 1,175,953 (6,957) 721,655 1,890,651 1,884,707<br />
Long-term investments 3,465,100 88,158 1,329,519 4,882,777 3,889,540<br />
Property and equipment, net 1,024,752 - - 1,024,752 1,013,908<br />
Security deposits 33,713 - - 33,713 33,713<br />
Total assets $ 5,699,518 $ 81,201 $ 2,051,174 $ 7,831,893 $ 6,821,868<br />
Liabilities and Net Assets<br />
Current liabilities<br />
Accounts payable $ 40,643 $ - $ - $ 40,643 $ 66,352<br />
Accrued salaries and benefits 75,072 - - 75,072 50,479<br />
Accrued rent 45,057 - - 45,057 35,977<br />
Other liabilities 6,040 - - 6,040 8,817<br />
Deferred revenues 500,073 - - 500,073 549,090<br />
Total current liabilities 666,885 - - 666,885 710,715<br />
Long-term liabilities<br />
Accrued rent, net of current portion 732,553 - - 732,553 777,610<br />
Other liabilities, net of current portion 3,042 - - 3,042 9,082<br />
Total liabilities 1,402,480 - - 1,402,480 1,497,407<br />
Net assets<br />
Unrestricted 4,297,038 81,201 1,162,468 5,540,707 4,549,468<br />
Temporarily restricted - - 888,706 888,706 774,993<br />
Total net assets 4,297,038 81,201 2,051,174 6,429,413 5,324,461<br />
Total liabilities and net assets $ 5,699,518 $ 81,201 $ 2,051,174 $ 7,831,893 $ 6,821,868<br />
A copy of the audited financial statement is available upon request.<br />
See accompanying notes to financial statements.<br />
<strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong> | 27
<strong>RTCA</strong>, Inc.<br />
Statement of Activities<br />
Statement of Activities<br />
Year Ended December 31, <strong>2012</strong><br />
(With Comparative Totals December for the 31, Year <strong>2012</strong> Ended December 31, 2011)<br />
(With comparative totals for the year ended December 31, 2011)<br />
Working<br />
Capital and<br />
Operating Jackson Reserve <strong>2012</strong> 2011<br />
Funds Fund Fund Total Total<br />
Operating revenues<br />
Member dues $ 2,230,688 $ - $ - $ 2,230,688 $ 1,981,219<br />
Publication sales 759,392 - - 759,392 638,623<br />
Symposium 219,190 - - 219,190 54,729<br />
Training seminars 155,512 - - 155,512 -<br />
Interest and dividend income 313 - - 313 1,026<br />
Conference room sponsors 2,750 - - 2,750 2,750<br />
Total operating revenues 3,367,845 - - 3,367,845 2,678,347<br />
Operating expenses<br />
Program services<br />
Committees and task forces 910,527 - - 910,527 897,966<br />
Symposium 262,052 6,559 - 268,611 91,901<br />
Publications 161,017 - - 161,017 187,393<br />
Membership services 165,018 - - 165,018 149,455<br />
Public education 78,209 - - 78,209 81,566<br />
Training seminars 168,951 - - 168,951 77,903<br />
Supporting services<br />
Management and general 956,402 - - 956,402 865,348<br />
Membership development 37,768 - - 37,768 55,058<br />
Total operating expenses 2,739,944 6,559 - 2,746,503 2,406,590<br />
Excess (deficiency) of operating<br />
revenues over operating expenses 627,901 (6,559) - 621,342 271,757<br />
Other income<br />
Net gain (loss) on long-term<br />
investments 300,172 10,550 172,888 483,610 (174,748)<br />
Change in net assets $ 928,073 $ 3,991 $ 172,888 $ 1,104,952 $ 97,009<br />
A copy of the audited financial statement is available upon request.<br />
28 | <strong>RTCA</strong> | <strong>2012</strong> <strong>Annual</strong> <strong>Report</strong><br />
See accompanying notes to financial statements.<br />
- 4 -
<strong>RTCA</strong>, Inc.<br />
1150 18th St., NW<br />
Suite 910<br />
Washington, DC 20036<br />
202.833.9339<br />
www.rtca.org