Length: 1 Day
Systems Engineering Management Course
Systems Engineering Management Course is a 1-day Systems Engineering Management Training Course covers the integration of management and engineering. Participants will master the engineering, management and leadership principles needed to develop innovative complex systems and system of systems solutions.
Systems Engineering Management course is a practical training approach covering methodologies, tools and techniques used in the systems engineering field. Using a “total systems management” approach, this course covers everything from planning and initial establishment to system retirement, including analysis, design and development, testing, verification, production, validation, operations, maintenance, and support and retirement.
Participants will learn about the latest tools and best practices, and includes rich discussion on agile, modeling, simulation and hardware and software systems integration.
System Engineering Management integrates fundamentals of systems engineering, agile, industrial engineering, project management, risk management, leadership skills, and systems engineering management framework.
Successful systems engineering managers shall be capable of leading teams to produce systems that are reliable, safe, robust, high-quality, supportable, cost effective, and responsive.
Topics covered include:
- Introduction to System Engineering
- Fundamentals of Systems Engineering
- System Engineering Program Planning
- System Engineering Program Evaluation
- Project Management of Complex Systems
- RFI, RFP, RFI, IFB, Design Build Projects
- Specifications Writing and Management
- The System Engineering Process
- System Design Requirements
- Engineering Design Methods and Tools
- Organization for System Engineering
- Functional Analysis
- Cost Process and Models
- Selected Case Studies
- Design Review Checklist
- Supplier Evaluation Checklist
- Advanced Human Factors
- Applied Systems Thinking
- Modeling and Simulation for Systems Engineering
- Fundamentals of Systems Architecting
- Systems Integration
- Ethics in Systems Engineering
- Total systems lifecycle with real-world applications
- Design Methods and technology
- Software and hardware integration and management
- Program Management of Complex Systems
- Project Earned Value, Procurement, and Cost Management
- Project Execution and Control
- Project Leadership and Building High-Performing Teams
- Project Portfolio Management/Leadership
- Project Time and Cost Management for Scientists and Engineers
- Risk Analysis and Project Management
- Program Management of Complex Systems
- Agile Management: Principles and Practices