Final Exam: Principal Systems Engineer
Final Exam: Principal Systems Engineer will test your knowledge and application of the topics presented throughout the Principal Systems Engineer track.
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Final Exam: Principal Systems Engineer
describe how system life cycle processes can meet specific project needs
describe configuration management practices used to control changes in system requirements, design, and documentation, including version control and baselining
describe risk analysis and its importance, including probabilistic risk analysis and decision-making under uncertainty
use advanced risk analysis techniques to assess and quantify risks in a complex system engineering project
outline the main phases of the of system development life cycle
describe comprehensive project plans and schedules that align with the system life cycle
customize and tailor system life cycle processes to meet specific project needs
provide an overview of system governance and how it facilitates effective systems engineering and project success
outline key aspects of roles and responsibilities in the system governance framework
outline risk management principles and how they relate to the system governance framework
describe real-world system governance challenges where lack of alignment and collaboration among stakeholders led to project delays or failures
outline system governance challenges and case studies to identify lessons learned and best practices
outline the use of technical planning in systems engineering, including process, scope, and integration
outline the purpose of project plans and how to create an effective project plan
provide an overview of how to estimate project resources and costs
outline how to conduct technical risk management, including the basic components of risk and important risk management concepts
outline known methods and best practices for identifying risks
outline the risk management process
identify the purpose of risk analysis, risk analysis techniques, and limitations
outline the role of supply chain management in systems engineering
describe the activities involved in the acquisition and supply process
provide an overview of risks associated with supply chain management and how to mitigate risk
outline key considerations for cost management in procurement
apply contract negotiation techniques, such as win-win negotiations or alternative dispute resolution methods
provide an overview of enterprise data integration, management, and governance
describe common techniques for building an enterprise data strategy
define data analysis and visualization and outline useful data analysis and visualization techniques
outline data security and privacy considerations and best practices for protecting sensitive information in the enterprise
outline useful data analytics methods and techniques
provide an overview of the role of leadership in systems engineering
discuss key leadership skills needed for successful team management
describe various leadership approaches for managing diverse teams
outline various approaches for effective communication in systems engineering
outline various strategies for engaging and communicating with stakeholders effectively
outline key principles of evolutionary development in systems engineering
provide an overview of continuous improvement and how it can influence the success of systems engineering projects
outline Model-Based Systems Engineering (MBSE) and the role it plays in systems engineering strategies
describe strategies for transitioning to Model-Based Systems Engineering (MBSE)
provide an overview of the principles and frameworks of Agile engineering methodologies and best practices
outline benefits and challenges associated with Agile engineering
outline key considerations for security in systems engineering
provide an overview of key system safety considerations
describe various aspects of threat modeling and how it can be used to enhance cybersecurity in systems engineering
provide an overview of software security testing and various best practices
describe cloud security principles and how it’s used to protect systems
discuss virtualization security principles and how it’s used to protect systems
outline key principles in the design of unmanned aerial vehicles (UAVs)
Describe a scenario in the design and verification of integration of avionics systems for an aerospace platform, including safety analysis and compliance with industry standards
provide an overview of trends and technologies in aerospace and defense system engineering
discuss system architecture design and trade-off analysis in aerospace and defense systems
outline considerations for configuration management and change control processes in aerospace systems engineering
describe key considerations for system integration and verification in aerospace and defence systems
describe patient safety principles in healthcare
discuss healthcare regulatory and compliance requirements for healthcare
outline emerging technology trends in healthcare
outline the role of healthcare informatics and data analysis
provide an overview of the aspects and complexities of systems engineering in healthcare
provide an overview of the role of systems engineering in the development of smart mobility solutions
provide an overview of regulatory and policy frameworks relating to smart mobility
outline systems engineering principles and methodologies specific to the automotive industry
describe Intelligent Transportation Systems (ITS) and Advanced Driver Assistance Systems (ADAS) and the role they play in smart cities
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