Unmanned aerial systems(UAS) play an increasinglyimportant role in our nation’ssafety and security.LETTER FROM THE PRESIDENTAs we begin the year that marks the10th anniversary of 9/11, I take great pridein the important role that <strong>Embry</strong>-<strong>Riddle</strong>is playing to help ensure the safety andsecurity of our nation—and the world.Today, in partnership with federal agencies, corporationsand other institutions of higher learningand research, <strong>Embry</strong>-<strong>Riddle</strong> is preparing studentsfor productive careers and leadership roles in areasvital to national and global security.In this issue of Lift, you’ll discover how ourrapidly growing programs in Global Security andIntelligence Studies and Homeland Security arecreating the intelligence, security and law enforcementprofessionals of tomorrow. Our programschallenge students to turn theory into practiceas they exercise critical thinking skills in globallyfocused “war games.” Further, by using strategicinternships to interact with federal, state and localagencies, we expose students to real-life problemsthat demand solutions.Real solutions for safety and security alsocome in the form of expanded research. In thisissue, you’ll read about how our research partnershipswith federal agencies, corporations andother institutions are helping lead the way inunderstanding how Unmanned Aerial Systems(UAS) and Vehicles (UAV) change the way wefly and protect people from natural and humanmadedisasters.With such great progress happening at ouruniversity, it is no wonder that the subject of ourcover story, former Presidential Pilot Mark Tillman(’95, WW), chose <strong>Embry</strong>-<strong>Riddle</strong> for his advanceddegree. Tillman, who was charged with the safetyand security of the President during some of themost significant events in recent U.S. history, is ashining example of the important role aviationplays in our national and global well-being.Similarly, <strong>Embry</strong>-<strong>Riddle</strong> is committed to ensuringthat aviation and aerospace play a central rolein creating a safer, more secure world for all. Withour powerful combination of innovative programming,leading-edge research, first-rate faculty anda student body second to none, <strong>Embry</strong>-<strong>Riddle</strong> iscertainly up to the task, advancing global securityissues on many fronts and ensuring that ouralumni will be there when needed most.Warmest regards,John P. Johnson, Ph.D.President and CEOLift, Vice President, Institutional Advancement: Director, Development Communications: Anthony BrownOffice of <strong>Alumni</strong> Relations Executive Director: Director, Prescott: Associate Director, Daytona Beach: Associate Director—Outreach: Communications Specialist: Melissa Judy Director, Strategic Content: Design Director: Production Manager: Production Technology Specialist: Account Manager: UAV: Ethan Miller/GettyLIFT SPRING <strong>2011</strong> WWW.ERAUALUMNI.ORG
CHATTERNEWS & NOTES FROM THE WORLD OF EMBRY-RIDDLENew training devicestudies hypoxia andfl ight performanceALTIMETERMore newsand events at<strong>Embry</strong>-<strong>Riddle</strong>:John P. Johnson,president of <strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong><strong>University</strong>, washonored with theJohn K. LauberAward forAviation Safetyby the <strong>University</strong>Aviation Association.The Lauber Awardis granted eachyear to the individualor organizationthat demonstrates aclear advancementin aviation safety.The AccreditationBoard forEngineering andTechnology (ABET)has appointed<strong>Embry</strong>-<strong>Riddle</strong><strong>Aeronautical</strong><strong>University</strong> securityexpert JamesRamsay to itsboard of directors.THE FINALCOUNTDOWNDiscovery’s fi nallaunch includes two<strong>Embry</strong>-<strong>Riddle</strong> alumniSpace Shuttle Discovery’sfinal launch will mark alandmark event for <strong>Embry</strong>-<strong>Riddle</strong>—the first time thattwo of its alumni will servetogether in space. Air ForceCol. B. Alvin Drew Jr. (’95, WW)and Nicole P. Stott (’87, DB) willserve as mission specialists on theSTS-133 flight to the InternationalSpace Station (ISS), the secondspaceflight for both.On this next-to-last mission ofthe space shuttle program, the sixmemberDiscovery crew will deliverto the ISS a prototype human-likeIn preparation for Space Shuttle Discovery’sfinal flight, Nicole Stott (’87, DB) helpsAlvin Drew (’95, WW) (left) don a suit for aspacewalk training session in the pool at theNeutral Buoyancy Lab.robot for long-term testing, apressurized logistics module, criticalspare components, and otherequipment and supplies. Duringthe 11-day mission, Drew and acrewmate will perform two spacewalksto update and repair the ISSwhile Stott coordinates their activitiesfrom inside. In addition, Drewand Stott will operate Discovery’srobotic arm to perform tasks onthe exterior of the space station.“This unique moment in<strong>Embry</strong>-<strong>Riddle</strong> history is a matterof immense pride to everyoneassociated with our university,”says <strong>Embry</strong>-<strong>Riddle</strong> President JohnP. Johnson. “Nicole and Alvin area shining example of the quality ofour alumni and of how far, literally,an <strong>Embry</strong>-<strong>Riddle</strong> educationcan take you. I can’t think of betterrole models for students seekingcareers in aerospace engineeringand sciences.”<strong>Embry</strong>-<strong>Riddle</strong> <strong>Aeronautical</strong> <strong>University</strong>has increased the capabilities of theHigh-Altitude Lab at its DaytonaBeach Campus with the additionof a new Mentor Advanced AircraftTraining Device from Frasca.The Mentor, which is approved bythe Federal Aviation Administration,replicates the cockpit of a Cessna 172aircraft equipped with Garmin G-1000integrated avionics and a Truvisionvisual system, the platform used in<strong>Embry</strong>-<strong>Riddle</strong>’s flight training program.<strong>Embry</strong>-<strong>Riddle</strong> researchers will usethe new device to measure performanceand decision-making by pilotstraining in a hypoxic environment.Investigators have already completedone preliminary study of pilot performanceat altitudes where hypoxia canaffect behavior. With about 1,200 studentsat the campus preparing to beprofessional pilots, researchers havea sizable pool of subjects to study.For the 11th year ina row, the annual“America’s BestColleges” guidepublished by U.S.News Media Grouphas ranked <strong>Embry</strong>-<strong>Riddle</strong>’s aerospaceengineeringprogram No. 1 inthe nation.Student engineers learn from Dassault FalconDassault Falcon has agreed to make data from its Falcon 10 business jet available asan educational resource to <strong>Embry</strong>-<strong>Riddle</strong> student engineers in a collaboration aimedat bringing engineering students and industry closer together.“Dassault Falcon is proud to collaborate with <strong>Embry</strong>-<strong>Riddle</strong> on this unique multiyearproject,” says Lionel De La Sayette, senior vice president, Dassault Aviation. “Thisendeavor is sure to be fulfilling to the future innovators of the aerospace industry.”Working in teams with <strong>Embry</strong>-<strong>Riddle</strong> faculty and Dassault engineers, the studentswill use the data to develop new ideas and improvements for legacy aircraft like theFalcon 10, which has been in service for three decades. They also will conduct studiesto reduce the Falcon 10’s “flight print,” an environmental impact measurement much like a carbon footprint, looking at issuessuch as noise reduction, maintenance costs, and instrumentation and cockpit redesign.WWW.ERAUALUMNI.ORG SPRING <strong>2011</strong> LIFT3