Title :
Development of a department of defense focused graduate program in systems engineering
Author :
Jacques, David R. ; Walter, Maj Jörg D
Author_Institution :
Air Force Center for Syst. Eng., Air Force Inst. of Technol., Wright-Patterson AFB, OH, USA
Abstract :
The Air Force Institute of Technology has responded to a need for a significant revision of its graduate degree program in systems engineering. The need was brought on by several factors, including a move towards a capability based acquisition system, the emergence of system architecture as a means for insuring interoperability, and the recognition that sound system engineering principles were not being uniformly applied across AF and DoD programs. The first year revision of the program concentrated on a new line-up of core courses to insure a common body of knowledge for all students going through the degree program. These core courses, together with a project application are also offered as a stand alone graduate certificate program. The second year revision continues to fine tune the core courses, but also adds an elective sequence that can take students through the front end systems engineering process for a current AF mission area. This sequence has the students perform a mission area analysis, concept definition, analysis of alternatives, program formulation and the development of test and risk management plans for their concepts. Progress of the program revision is discussed and future initiatives can be mentioned.
Keywords :
educational courses; military systems; risk management; systems engineering; AF mission area; AF program; Air Force Institute of Technology; Air Force program; Department of Defence program; DoD program; analysis of alternatives; capability based acquisition system; concept definition; core courses; defense focused graduate program; elective sequence; front end systems engineering process; graduate certificate program; graduate degree program; interoperability; mission area analysis; program formulation; program revision; project application; risk management; system architecture; test management; Acoustical engineering; Audio systems; Helium; Performance analysis; Performance evaluation; Risk analysis; Risk management; Subspace constraints; Systems engineering and theory; Testing;
Conference_Titel :
Aerospace Conference, 2004. Proceedings. 2004 IEEE
Print_ISBN :
0-7803-8155-6
DOI :
10.1109/AERO.2004.1368240