DESIGN ENGINEERING
Craig provides quality in-house Design Engineering services from up-front analysis to integration, assembly and test. Our ISO9001:2015/AS9100D Certified multi-disciplinary engineering capabilities include the ability to perform initial design concepts and requirements definition or value-add engineering change recommendations to existing engineering. Craig’s model-based systems engineering approach includes 3D CAD & 2D engineering release to include design for life cycle cost & manufacturability and thorough product analysis.
Requirements Definition – Product development and process optimization
Verification/Validation (multiple checks and balance)
Model Based Systems Engineering
Model Based Data Control
3D CAD & 2D Engineering Release
Test Procedure Development and Performance
Operations/Maintenance Manuals
System Integration
Design for Life Cycle Cost & Manufacturing
Finite Element and Failure Mode & Effects Analysis
Design for Manufacturability
Requirements Definition – Product development and process optimization
Craig Technologies has a diverse team of Engineers, Technicians, Project Management Support Professionals, and Scientists of various disciplines. Craig designs, builds and maintains systems for propellants, electrical power, cryogenics, pneumatics, hydraulics, and life science programs. In addition, we provide products and services for prototypes, mock-ups, test articles, training systems, test equipment and research instruments.
| • Military training systems | • Space flight systems | • Ground support and launch systems |
Systems Engineering and Integration
| • Propellants | • Electrical power | • Cryogenics |
| • Pneumatics | • Hydraulics | • Life science programs |
Ground Support Systems Engineering Support
| • Propellants | • Electrical power | • Cryogenics |
| • Pneumatics | • Hydraulics | • Life science programs |
Hardware Engineering
|
• Engineering support for Level V (internal) hardware requirements, Hardware Configurable Item support, prototyping
support, hardware test tools and Commercial Off-The-Shelf (COTS) hardware
|
| • Hardware / software integration & test |
Technical Analysis and Investigation
| • Concept development / systems analysis | • Thermal calculation |
| • Safety analysis of specific tasks | • Statistical analysis |
Reverse Engineering
| • Full range deconstruction to reveal design, architecture and material composition analysis |
Fluids & Propulsion design engineering
| • Cryogenic Systems | • Hydraulic Systems |
| • High Pressure Gaseous System | • Hypergolic Systems |
| • Environmental Control Systems | • Ground Coolant Systems |
| • Ammonia Systems |
DISCIPLINES SUPPORTED:
| • Mechanical | • Fluid | • Industrial |
| • Electrical | • Aerospace | • Software |
| • Structure | • Systems | • Civil |