Systems Engineering
Systems engineering is a critical process that enables the successful development and operation of technology systems. It focuses on the design and management of complex systems over their life cycles.
Unlike traditional engineering disciplines, which are defined through their physical attributes such as electrical or mechanical engineering, systems engineering goes beyond the physical nature of what is designed and provides insights into the interacting components performing within a system.
Cogoto has extensive experience with the systems engineering process – from system architecture to system of systems analysis and optimization.
Our interdisciplinary, methodical approach involves modeling, designing feedback loops and controllers, dealing with risk, and optimizing system performance. This enables us to provide cost-effective solutions to our customers’ problems, capture all user and customer requirements, assure proper consideration of alternatives, verify and validate proposed solutions, and create a robust system
- Concept evaluation, trade studies, and program risk management
- Requirements, verification & validation plans
- System design and product development support
- System interface analysis
Experienced Core Engineer Personnel in the following areas of expertise:
Systems Engineering
mechanical and energy systems engineering
Instrumentation Technology
instrumentation, controls, condition and health monitoring, prognostics
Process Technology
process engineering, product development
Project Engineering
technology proof-of-concept for thermal energy storage, Brayton turbo-generator, supercritical carbon dioxide cycle
Product Engineering
combustion devices development, fluid mechanics, thermal and structural analyses, development of high energy density hardware, structural, thermal and fluid modeling and analysis
Software Engineering
electrical engineering, software engineering and improvement, Capability Maturity Model Integration (CMMI) audits, Scrum
Reliability, Availability, Maintainability, and Safety (RAMS)
reliability, maintainability and risk analyses; mechanical and nuclear engineering
Project Management
project development and management, risk management and front-end planning
Program Management
aerospace programs including propulsion development and production
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