• Global Vision of Systems Engineering - Jean-Phillipe Lerat

• Model-Based Systems Engineering: A Primer on What, Why, and How - James Long

• Introduction to Patterns Through Writing Systems Engineering Patterns - Neil Harrison and Cecilia Haskins

• Advanced Requirement Engineering Specification: for control of multiple critical performance, quality and resource attributes (full) - Tom Gilb

• Dealing with Uncertainty in Systems Engineering (full) - Mark A. Powell

• Software as Integrating Technology in Complex Systems (half) - Gerrit Muller

• Architecting and Engineering Systems, Processes and Organizations Using the Design Structure Matrix (DSM) (half) - Tyson R. Browning

• Developing Executable Architectures for Systems of Systems (SoS) using DoDAF (full) - James Long, Steven Dam

• Object Oriented Systems Engineering Methodology (OOSEM) (full) - Abraham Meilich; Sanford Friedenthal; Howard Lykins

• Requirements Reuse (half) - Mike Mannion, Hermann Kaindl

• Standard Approach to Trade Studies for Program/Project Managers and Systems Engineers (half) - Art Felix

• Slash Project Time with Evolutionary Methods: How to deliver the best possible results in the shortest possible time (full) - Niels Malotaux

• A complete picture to model complex systems: what, when how and why model systems (full) - Alain Faisandier, Claude Feliot, Jean-Philippe Lerat

• Continuous Early Validation (CEaVa) (half) - Harry Lewis

• Writing Defect Free Requirements in Government and Industry (half) - Ivy Hooks

• Unified Life Cycle Modeling (half) - Peter Hantos

• How to Establish and Maintain Integrated Teams - CMMI Level 3.5 (half) - Tim Kasse

• ICDM - Conceptual Design Methodology - Amihud HARI, Menachem P. Weiss

• Project Estimation based on Requirements Analysis using UML tools - Jorge R. Buenfil

• Roadmapping - Gerrit Muller

• Introduction of the Systems Engineering Dual Vee Model - Hal Mooz and Kevin Forsberg

• Presenter’s choice:

Competitive Systems Engineering: how to do systems engineering in hot competition. Detailed pragmatic and unconventional techniques

-or-

Systems Engineering Specification Quality Control: the application of the 'inspection' method to the quantified measurement of the degree to which all types of systems engineering specification meet defined standards - Tom Gilb

• Pattern-Based Systems Engineering: An Extension of Model-Based Systems Engineering - Bill Schindel