Adjoint pathways
When gradient efficiency justifies the build for aero design variables.
Custom engineering software · Worldwide industrial delivery
Custom adjoint, gradient-based, and multi-objective aerodynamic shape optimization solvers for aircraft, UAV, and propulsion programmes that need owned design-opt IP wired to their CFD truth.
Built for: aircraft design offices, UAV/eVTOL teams, propulsion desks, and university aero labs needing owned optimization kernels
Optimization without trustworthy aerodynamics solvers is theatre. Flight programmes need optimization products wired to their CFD/FEA/CAD — adjoint when gradients pay off, evolutionary methods when landscapes are rough, multi-objective when leaders trade drag vs weight vs mission.
Hendoi builds custom aerodynamic shape optimization solvers and aero MDO glue: adjoint pathways, gradient and genetic strategies, multi-objective frameworks, and shape/size scopes matched to your design variables.
OEMs and labs get English docs, reproducible studies, and IP that survives procurement and design-review scrutiny.
When gradient efficiency justifies the build for aero design variables.
Algorithm choices productised for aero landscapes.
Executive-ready drag / weight / mission trade studies.
Scoped aero and structural design optimization.
Hooks to Hendoi and existing aero solver stacks.
Teachable aero optimization for university courses.
Optimization architecture and algorithm roadmap
Owned aero shape-opt product with IP terms
English docs and sample aero studies
Integration with CFD / FEA / CAD services
No. We recommend adjoint only when variable count and fidelity make it worthwhile.
Yes — coupling to your stack is common; replacing weak links is optional.
Milestone delivery and English documentation are standard.
US/UK/EU/Canada/Australia aero MDO offices engage under NDA with clear acceptance tests.
Share design variables and solver stack. Hendoi builds aero shape-opt products for flight programmes.