GoEngineer helps A&D teams shorten the path from concept to qualified hardware, and keep it traceable the whole way.
trusted by leading Aerospace & Defense organizations
The programs winning contracts today are the ones compressing timelines while strengthening compliance.
Average first-article qualification timelines run 14–18 months while OEM contract windows shrink to 12. Programs that can't close that gap lose positions on the next platform.
DFARS 252.204-7012, ITAR, and CMMC 2.0 Level 2 require end-to-end traceability from design intent through delivered hardware. A single audit finding can freeze a contract.
Metal AM is moving from R&D curiosity to flight-qualified production. But qualifying an LPBF process for a structural bracket is a 9–14 month effort when simulation, build parameters, and inspection are disconnected.
DoD programs increasingly mandate MBSE as a contractual deliverable. But 70%+ of A&D organizations still run document-centric processes: requirements in Word, architecture in PowerPoint, and verification in spreadsheets.
GoEngineer addresses these pressures through an integrated platform spanning eight capability domains, supported by certified specialists, not just software licenses.
Concept through detailed design spanning mechanical, electrical, generative, and automated workflows, with full associativity across domains.
Connect requirements to architecture to verification with a model-based approach that keeps multi-disciplinary programs aligned.
Predict structural, thermal, and flow behavior early, reducing physical test cycles and accelerating certification evidence.
Single source of truth from MBOM through EBOM with revision control, access management, and ITAR/CMMC-ready workflows.
Program, simulate, and validate manufacturing processes digitally before committing to the shop floor.
Connect planning to the shop floor, with scheduling, execution, quality, and compliance in real time.
From prototype to end-use part, both polymer and metal additive manufacturing often exceeds the demands for flight-qualified production parts.
Capture as-built geometry for reverse engineering, first-article inspection, and in-process quality validation.
One partner across the entire product lifecycle — software, hardware, services, and support. Eight stages, one accountable team.
CAD, EDA, systems engineering
Take products from first concept to detailed design with SOLIDWORKS, CATIA, Cadence, and CATIA Magic MBSE, backed by certified application engineers.
Analysis, validation, optimization
Predict structural, thermal, and flow behavior before physical testing with SIMULIA, SOLIDWORKS Simulation, and SimScale, cutting prototype cycles and building certification evidence early.
PDM, PLM, SLM, single source of truth
Keep every revision, BOM, and change order in one controlled environment, scaling from SOLIDWORKS PDM to enterprise ENOVIA with ITAR/CMMC-ready configuration.
MRP, MES, planning, scheduling
Connect the shop floor to the controlled design baseline with DELMIA Apriso and DELMIAWorks, from quoting and scheduling through execution and quality.
Additive, CAM, robotics, factory planning
Validate manufacturing processes digitally before committing hardware, spanning additive production, CAM programming, robotics simulation, and factory planning.
Workflow intelligence, automation
Put AI to work across engineering workflows, from AI-assisted simulation to rules-based design automation and connected data across the enterprise.
Implementation, training, consulting
Get running and stay productive with implementation, training, data migration, custom development, and embedded mentoring from certified specialists.
Adoption, support, realized value
Realize the value after the sale with local support, a 30,000-member community, an 85,000-user knowledge portal, and specialists on call.
We'll map your current toolchain, identify the gaps, and scope what it takes to close them.