INCOSE defines the certification for a Professional Systems Engineer. These include:
- Requirements Engineering: analyze customer and stakeholder needs, generate/develop requirements, perform functional analyses, derive requirements, ensure requirements quality, allocate requirements, control requirements, maintain requirements database, develop and implement Requirements Management Plans, develop measures of effectiveness and performance
- Risk and Opportunity Management: develop and implement Risk and Opportunity Management Plans, identify risk issues and opportunities, assess risk issues and opportunities, prioritize risks and opportunities, develop and implement risk mitigation and opportunity achievement plans, track risk reduction and opportunity achievement activities
- Baseline Control: develop and implement Configuration Management Plans, establish and update baselines for requirements and evolving configurations/products, establish and implement change control processes, maintain traceability of configurations, participate in Configuration Control Boards, participate in configuration item identification and status accounting, participate in functional and physical configuration audits
- Technical Planning: identify program objectives and technical development strategy; prepare Systems Engineering Management Plans, Product Breakdown Structures, program Work Breakdown Structures, Integrated Master Plans, and Integrated Master Schedules; identify program metrics including product technical performance measures and key performance parameters, identify program resource needs in terms of equipment, facilities, and personnel capabilities
- Technical Effort Assessment: collect, analyze, track, and report program metrics including product technical performance measures and key performance parameters; conduct audits and reviews; assess process and tool usage compliance; conduct capability assessments; recommend and implement process and product improvements
- Architecture/Design Development: identify baseline and alternate candidate concepts and architectures, prepare Trade Study Plans, conduct and document trade studies, evaluate and optimize candidate concepts and architectures, prepare system/solution description documents
- Qualification, Verification, and Validation: develop and implement Qualification, Verification, and Validation Plans; develop verification requirements and pass/fail criteria; conduct and record results of qualification, verification, and validation efforts, and corrective actions; prepare requirements verification matrix and qualification certificates
- Process Definition: define enterprise processes and best practices, tailor enterprise processes for program/project applications
- Tool Support: specify requirements for, evaluate, select, acquire, and install SE computer programs/tools
- Training: develop and implement Training Plans, develop and give training courses on processes and tools
- Systems Integration: define technical integration strategy, develop Integration Plans, develop integration test scripts, develop and implement integration test scenarios, conduct and document integration tests, track integration test results and retest status
- Quality Assurance: develop and implement a Quality Assurance Plan, perform quality audits, report quality audits, define and track quality corrective actions
- Specialty Engineering: develop and implement Specialty Plans as part of, or an addendum to, the Systems Engineering Management Plan to cover such specialties as reliability, maintainability, supportability, survivability, logistics support, security, safety, electromagnetic environmental effects, environmental engineering, packaging and handling, etc.
Notice many of these topics can be found in Project Management paradigms. The idea that Systems Engineering is a super-set of Project Management is well known in the aerospace and IPPD (Integrated Product and Process Development) domain.
The connection between Systems Engineering and Agile Project Management is also developing.
