MBCD through to system implementation
Wylie, ASEW, Sydney, NSW
Four tenets of Systems Engineering from a Model-Based perspective
French, Harvey, Liddy & Waite, ASEW, Canberra, ACT
Model Based Systems Engineering – a methodology for collaborative requirements engineering
Aluwihare, Waite & French, ADEC, Melbourne, VIC
Considerations for the safe controlled targeted de-orbit of large space vehicles
Brett, Bateup, Butt & Wilson, 65th International Astronautical Congress, Toronto, Canada
Skills audit of the Australian space sector
Brett, Leeson & Wilson, 65th International Astronautical Congress, Toronto, Canada
Architecting the problem space: model-based user needs analysis
Harvey & Liddy, INCOSE International Symposium, Nevada, USA
Modelling requirements for mission success prediction
Tetlow, Broderick, Waite & Harvey, ADORR
Architecting the problem space: model-based user needs analysis
Harvey, SETE, Canberra, ACT
Model-Based Systems Engineering (MBSE) for a university nanosatellite
Tetlow & Cook, GLAC, Paris
Determining appropriate FRM probabilities for new commercial spaceflight vehicles
Butt, Padilha, Brett, Tisato & Wilson, 64th International Astronautical Congress, China
Integration risk analysis in an MBSE environment
Tramoundanis, Power & Spencer, SETE, Canberra, ACT
MBSE metamodel: roadmap for effective SE process
Logan, Morris, Lindsay & Harvey, SETE, Canberra, ACT
The Australian approach to ground population modelling and risk assessment
Padilha, Butt, Tisato & Wilson, IAASS, VA, USA
Creation of debris catalogs using fractal fragmentation
Butt, Padilha, Tisato & Wilson, IAASS, VA, USA
Determining appropriate failure response mode probabilities for high-altitude sounding rockets
Butt, Padilha, Tisato & Wilson, IAASS, VA, USA