Short Courses (weekday) (Systems Engineering) |
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Advanced Problem Solving Methods (DEF 4506P) Develop the skills to perform targeted research and solutions architecting. Participants will learn advanced problem solving methods for eliciting useful information about the problem, and structuring a logical approach for identifying solution alternatives. Defense Technology, Defense Technology:Systems Engineering, Systems Engineering 1 open section 3/2/2010-3/4/2010 |
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Military Power and Energy Needs for the Future (DEF 0100P) Gain an overview of global energy supplies, environmental concerns, and political forces as they relate to uses of energy within the military. These will be identified by branch, categories, fuels, and technologies, and compared/contrasted with commercial uses of energy. Explore alternative technologies, focusing on their level of technology readiness, technology roadmaps, and their potential to impact the Department of Defense. Defense Technology, Defense Technology:Systems Engineering, Systems Engineering 1 open section 3/9/2010-3/11/2010 |
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Systems Thinking Tools and Methods (DEF 4507P) Discover how to use systems thinking concepts to perform capability gap analyses, design tradeoffs, analysis of alternatives, definition of requirements, or resource allocation. Learn to create quick-turn trade study tools and leverage advanced visualization techniques to foster effective communication between various stakeholders. Defense Technology, Defense Technology:Systems Engineering, Systems Engineering 1 open section 4/6/2010-4/8/2010 |
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Fundamentals of Modern Systems Engineering (DEF 4501P) Address modern systems engineering principles through systems definition and requirements engineering to systems analysis and the design, implementation, operation, and technical management of systems projects, designed with substantial industry input. Explore a wide range of systems engineering principles and development methodologies. Become familiar with the financial and management issues associated with the development of complex engineering systems. Defense Technology, Defense Technology:Systems Engineering, Systems Engineering 2 open sections 4/12/2010-4/16/2010, 9/13/2010-9/17/2010 |
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Model-Based Engineering Using SysML: Essentials for Understanding SysML Models (DEF 4508P) Gain practical knowledge and skills to apply SysML essentials in your day-to-day work. Form a foundation to help define and realize the model-based engineering (MBE)/model-based systems engineering (MBSE) vision in your organization. Defense Technology, Defense Technology:Systems Engineering, Systems Engineering 1 open section 4/27/2010 |
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Model-Based Engineering Using SysML: Hands-On Essentials for Creating SysML Models (DEF 4509P) This course takes participants beyond the comprehension skills they acquired in SysML 101. Participants will learn how to implement essential concepts through hands-on sessions and exercises with a representative SysML tool. The difference between SysML 102 and 101 is analogous to speaking and writing in a natural language vs. just knowing how to read it. Defense Technology, Defense Technology:Systems Engineering, Systems Engineering 1 open section 4/28/2010-4/30/2010 |
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Systems Design and Analysis (DEF 4502P) Get an overview of systems design and analysis and its implementation through integrated product and process development. The methods, techniques, and examples will be implemented by student integrated product teams in the Systems Engineering Laboratory Course, PSE 6006 Defense Technology, Defense Technology:Systems Engineering, Systems Engineering 1 open section 5/11/2010-5/13/2010 |
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Leading Systems Engineering Teams (DEF 4503P) Learn how to apply concepts to your organization and how you manage and lead. The systems engineering process also provides a model for successfully managing complex systems. Learn to apply management and development techniques that have been used for many successful commercial and government programs. Defense Technology, Defense Technology:Systems Engineering, Systems Engineering 1 open section 5/11/2010-5/13/2010 |
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Modeling & Simulation for Systems Engineering (DEF 4003P) Simulation is the process of designing a model of a system and conducting experiments to understand the behavior of the system and/or evaluate various strategies for the operation of the system. The modeling & simulation life cycle refers to steps that take place during the course of a simulation study, which include problem formulation, conceptual model development, and output data analysis. Defense Technology:Modeling & Simulation, Modeling & Simulation, Defense Technology, Defense Technology:Systems Engineering, Systems Engineering 1 open section 11/1/2010-11/4/2010 |
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