Antonio Casado

Design of single parts, assembly and installation for aerospace industry Assembly and installation of Hi-Lift Systems, A350XWB, including tolerance analysis Structural Optimization for 3D printing, both plastic and metallic

- On-site engineering support to manufacturing: NC, Concessions and Query Notes on ATA53, pre-FAL A350XWB - Focal point between all the stakeholders (engineering, manufacturing, installation…) in order to find design solutions to production issues

Installation of Floor Panels, A350XWB – Airbus design environment Outsourced at customer’s facilities

Composite Design Team Leader for Airbus Tier 2 supplier: - established the tools and procedures for Composite Parts Design - trained and supervised a team of 6 designers of composite parts - 3D General Design for Critical Design Review – A350XWB Belly Fairing Panels

Different projects and environments, high adaptability: - 2D/3D Design: rail transport, scientific instruments; Stress Calculations; Technical translations Sp-Eng - Adaptability to different softwares: CATIA, I-DEAS, ProEngineer, Nastran-Patran, ANSYS

SimSAC project: Simulating Aircraft Stability And Control Characteristics for Use in Conceptual Design. Programming and debugging in-house developed software: GUIs, data hubs, data and folder structures. MATLAB.

SimSAC project: Simulating Aircraft Stability And Control Characteristics for Use in Conceptual Design. Programming and debugging in-house developed software: GUIs, data hubs, data and folder structures. MATLAB.

Aeronaves y Vehículos Espaciales