Sustainable Aviation and Transportation Operations A new Area of Concentration within the Aviation Technology Master’s Degree Program Over the last five years, the Aviation Technology Master’s degree program has grown substantially, both in enrollment and in terms of mature course offerings. However, as Aviation graduate student numbers have increased, so has interest in additional courses with focus on technical and sustainability topics. Four Aviation Technology faculty members who share common interests in these areas collaborated to develop a four-course Area of Concentration within the existing Aviation graduate program that answers to these challenges. Also supporting this initiative is the Air Transport Institute for Environmental Sustainability (AirTIES), a Purdue University Research Center, which has as part of its mission the establishment of a curriculum that will inform students on these subjects and prepare them for positions of leadership in the Aviation and Aerospace industries. These new courses, all of which are included for this Area of Concentration, are: AT 54000 Aviation and Aerospace Sustainability (Dr. Johnson) AT 54200 Aviation Fuels and Exhaust Emissions (Prof. Stanley / Dr. Kilaz) AT 54400 Aircraft Lifecycle Management Innovations (Prof. Ropp) AT 54600 Aviation Financial Instruments and Operations (Prof. Lopp) The graduate studies for Sustainable Aviation and Transportation Operations will focus on research outcomes relating to sustainability challenges facing the aviation and aerospace industries, specifically including operations, new aviation fuels, exhaust emissions, maintenance and support, and finance. Alternative aviation fuels and exhaust emissions will be an emphasis of the Area of Concentration. Studies of current aviation fuels and alternative aviation fuels under development, including exhaust emissions and fit-for-purpose considerations, implementation, transportation, storage, and handling issues will be important topics for the overarching focus of sustainable aviation. Aviation finance and advanced technical and lifecycle management studies as they relate to matters of economic sustainability and efficient operations are centerpiece elements of this area of concentration, as well. Program Outcomes expected for graduates upon completion of MS AAM with an Area of Concentration in Sustainable Aviation and Transportation Operations are as follows. Graduates will be able to: 1. Lead sustainability projects in public and private aviation or aerospace organizations that consider the interaction of environmental, economic, and social systems. 2. Understand how fuels, technologies, and sustainability issues relate to design, assessment, maintenance, and operations of complex systems in aviation and aerospace. 3. Define problems and develop creative and adaptive solutions to sustainability and fuels challenges using a systems perspective. 4. Develop and apply tools to perform needs assessment and impact statements to assess the impact of technologies in a specific application in aviation and aerospace design, service, and supply chains. Sustainable Aviation and Transportation Operations Participating faculty Denver Lopp, Professor, Aviation Technology Mary Johnson, Ph.D., Associate Professor, Aviation Technology Timothy Ropp, Associate Professor, Aviation Technology David L. Stanley, Associate Professor, Aviation Technology Additional Courses The Masters of Science Aviation and Aerospace Management (MSAAM) requires a minimum of 33 semester credit hours. Students pursuing this Area of Concentration must enroll in and satisfactorily complete the requirements of the MSAAM and the required courses for the area of concentration. As additional, relevant courses are offered, the requirements for this Concentration should be expected to change, with MS AAM graduate committee approval, as required. Students will develop a plan of study with their committee chair that includes additional courses beyond those specified above, some examples of which are given below. It should be noted that these are example courses only, and other options for additional studies may be approved in consultation with the student’s graduate committee. AT 52000 Operational Assessment and Improvement AT 52400 Managerial Economic Decision Making ECET 53500 Energy Management CGT 51400 Product Lifecycle Management AGEC 52500 Environmental Policy Analysis See example plans of study on following pages: Sustainable Aviation and Transportation Operations Example Plans of Study Under this new Area of Concentration, the general guidelines and policies of the existing Masters of Science in Aviation and Aerospace Management will continue to apply. Thesis (6 credits) This requirement consists 33 hours, including a threecredit hour research proposal course followed by a three-credit course during which the research thesis is completed and the results are formally defended. OR Coursework only This requirement consists of 33 credit hours, which includes a three-credit hour capstone project. Sample Thesis Plan of Study (33 credit hours) Semester 1 (9 credit hours) Course No. and Title AT 55000 Systems Theory STAT 50100 Experimental Statistics I AT 54000 Aviation and Aerospace Sustainability Total Cr. 3 3 3 Semester 2 (9 credit hours) Course No. and Title TECH 64600 Analysis of Research in Industry And Technology AT 54200 Aviation Fuels and Exhaust Emissions AT 54400 Aircraft Lifecycle Management Innovations Cr. 3 3 3 Semester 3 (9 credit hours) Course No. and Title CGT 51400 Product Lifecycle Management AT 54600 Aviation Financial Instruments and Operations AT 69800 Research MS Thesis Cr. 3 3 3 Semester 4 (6 credit hours) Course No. and Title AT 52000 Operational Assessment and Improvement AT 69800 Research MS Thesis Total Cr. 3 3 33 Sample Coursework-only Plan of Study (33 credit hours) Semester 1 (9 hours) Total Sustainable Aviation and Transportation Operations Course No. and Title AT 550 Systems Theory STAT 501 Experimental Statistics I AT 540 Aviation and Aerospace Sustainability Cr. 3 3 3 Semester 2 (9 hours) Course No. and Title AT 52000 Operational Assessment and Improvement AT 54200 Aviation Fuels and Exhaust Emissions AT 54400 Aircraft Lifecycle Management Innovations Cr. 3 3 3 Semester 3 (9 credit hours) Course No. and Title AT 50500 Research Methods in Aviation CGT 51400 Product Lifecycle Management AT 54600 Aviation Financial Instruments and Operations Cr. 3 3 3 Semester 4 (6 credit hours) Course No. and Title ECET 53500 Energy Management AT 59000 Capstone Research Project Total Cr. 3 3 33 Sustainable Aviation and Transportation Operations