Systems Engineering

Providing optimum solutions to achieve desired results

Providing solutions to today’s complex engineering problems requires a disciplined approach to ensure desired capabilities are delivered on time, within budget, and with acceptable risk. In today’s business environment, budgets are limited, competition is tough, and demands are high. Only sound approaches firmly based on a Systems Engineering process such as Dynetics’ proven method can provide optimum solutions.

Our disciplined Systems Engineering process is the foundation of our technical, management, and quality processes, including Software Engineering Institute (SEI)-Capability Maturity Model Integration (CMMI) and International Organization for Standardization (ISO) 9001: 2008.

Dynetics operates from a Systems Engineering framework to address research or product development projects and programs. Whether new or established and large and complex or small and simple, we adapt the process to the degree and depth required for program and customer needs while maintaining process integrity.

Solutions for Large, Complex Programs

For large, complex programs, Dynetics integrates all necessary management and technical disciplines, specialty groups, manufacturing engineering, interoperability, and supportability into a team executing a structured development process to support the complete program life cycle:

  • Concept development
  • Requirements and architecture development
  • Design and production
  • Integration, test, verification, and validation
  • Operation and maintenance

The Dynetics process focuses on defining customer needs and required functionality early in the development cycle and then documenting requirements, developing the design solution, and validating the completed system.

Solutions for Smaller, Less Complex Projects

For small, simple, established research and product development projects, all of which have limited discretionary budgets, Dynetics emphasizes defining and validating customer and stakeholder requirements. Often, integrated product and process teams conduct projects by implementing the detailed functions typically associated with Systems Engineering organizations and large programs.

Dynetics’ dedication to supplying high-quality products and services makes our Systems Engineering process a priority in the way we do business. Through our internal education program, Dynetics trains employees to apply our Systems Engineering process to their projects.

Dynetics is committed to this consistent, persistent, and disciplined Systems Engineering approach that delivers fully integrated development and realization of products and services that meet our customers’ requirements within cost, schedule, and risk constraints.

Core Elements:

REQUIREMENTS DEVELOPMENT AND MANAGEMENT
FUNCTIONAL ANALYSIS AND ALLOCATION
DESIGN DEVELOPMENT
CONFIGURATION MANAGEMENT
FAILURE MODE AND EFFECTS CRITICALITY ANALYSIS
VERIFICATION AND VALIDATION
METRICS
PLANNING AND SCHEDULE DEVELOPMENT
TECHNICAL REVIEWS AND AUDITS
RISK IDENTIFICATION, HANDLING, AND MANAGEMENT