EWIS & Harness Engineering Services
WireWorks Engineering provides specialised EWIS and harness engineering services as part of structured engineering programs and development environments, covering the complete lifecycle from concept design to manufacturing support. Our engineering approach focuses on practical implementation, installation awareness and production-ready deliverables aligned with aerospace development environments.
Core Services
Complete Electrical Wiring Interconnection System design including routing definition, separation rules, installation concepts and integration support.
EWIS Design
Detailed harness design using CATIA, 3Dexperience and Siemens NX, including bundle definition, connector integration and installation optimisation.
3D Harness Design
Manufacturing-ready formboard development including flattening, documentation and build support.
Formboards
Engineering support for production, change incorporation and build issue resolution.
Manufacturing Support
Support for CATIA, 3Dexperience, Siemens NX and Capital workflows including setup optimisation and engineering assistance.
Engineering Tool Support
Engineering Focus
WireWorks Engineering focuses on practical, production-oriented EWIS design aligned with program requirements and engineering maturity levels throughout the development lifecycle.
Design activities are aligned with program development phases, supporting progressive design maturity from early routing studies to production-ready harness definitions.
Design Maturity
Installation & Manufacturability
Harness design considers installation constraints, manufacturing feasibility and maintainability from early design stages onwards.
WireWorks Engineering delivers clear, traceable engineering output supporting design reviews, manufacturing readiness and controlled change implementation.
Engineering Responsibility
Engineering Toolchain Integration
WireWorks Engineering operates within established aerospace engineering environments, supporting seamless integration between electrical definition, 3D harness design and manufacturing deliverables.
Logical system information and connectivity definitions are interpreted and translated into practical harness design input aligned with program requirements.
Electrical Definition
Harness routing and integration are developed within the mechanical environment, ensuring installation feasibility and system integration.
3D Harness Design
Design data is prepared for manufacturing through flattening, formboards and clear production documentation supporting efficient build processes.
Manufacturing Output
How We Work With Customers
WireWorks integrates into customer engineering environments, tools and processes. Design rules, naming conventions and program requirements are aligned before work starts.
Project Integration
Engineering work is performed within the customer tool environment or agreed data exchange workflows. Regular alignment ensures design maturity and schedule adherence.
Engineering Execution
Direct communication with design and manufacturing teams ensures fast issue resolution and efficient engineering decision-making throughout the project.
Communication & Alignment
Deliverables are prepared according to customer release processes, supporting design reviews, manufacturing readiness and change implementation.
Deliverables & Release Support
WireWorks supports design updates, production feedback incorporation and engineering changes during later program phases.
Change & Production Support
Typical Engagement Model
WireWorks Engineering supports customers through structured engineering collaboration aligned with program requirements, delivery milestones and engineering maturity levels.
Project scope, deliverables and engineering interfaces are defined together with the customer to ensure alignment with program objectives and timelines.
Initial Scope Definition
Access to tools, data environments and design rules is established. Engineering work starts with direct alignment to customer processes and technical requirements.
Engineering Kick-Off
Engineering capacity can be scaled depending on program phase, workload and delivery requirements, allowing flexible support without long onboarding cycles.
Scalable Execution
WireWorks remains available for design updates, manufacturing feedback incorporation and engineering changes throughout the program lifecycle.