CAD Engineer @ Climate Controlling Systems (CCS)- iPace: product components design; product and process design on HVAC, related components (i.e. air intake ducts) given JLR internal regulations and environment restrictions; product and process check of the HVAC and BOD, BOP compliance. Parts and sub-assys re/design proposals. Geometry analysis and component designs for the supplier. GD&T for both 2D and 3D. In factory program assistance. - Conventional programs: product components design; HVAC product and process design, related components (i.e. air intake ducts) given JLR internal regulations and environment restrictions; product and process check of the HVAC and BOD, BOP compliance. Parts and sub-assys re/design proposals. Geometry analysis and component designs for the supplier. - AVA program (elastic car): HVAC related 3D general model designs. Extensive model parametrisation and automatisation using CATIA scripting language.

Experience with architecture development, geometry analysis, reference plane, product design, conceptual design, 3D CAD model and production drawing, 3D & 2D CAD checking, overall car architecture checking, factory project implementation assistance, team leader as part of the project management.Projects:Renault Clio 4: product and process design check on the PDC and Interior level according to Renault regulations, product and process check of the dashboard and interior design/parts compliance. Parts ordashboard redesign propositions. Geometry analysis. In-factory project implementation and assistance. Renault Logan: product and process design check on the PDC and Interior level according to Renault regulations, product and process check of the dashboard and interior design/parts compliance. Parts or dashboard redesign proposals.

Design and analyze aerospace components.Project management in different research projects. Projects:Clean Sky - Surface and wireframe model preparation for flutter tests.Details: extracting the surfaces and wireframe CATIA model from a specific aircraft and prepare it for a correct Ansys import, in order to perform flutter tests.AeroTaxi - Surface and wireframe model preparation for static tests.Details: extracting the surfaces and wireframe model from the AeroTaxi CATIA model and prepare it for a correct Ansys import, in order to perform static tests.PN2 - Magnetorheological Dumper Research project (3 partners)Details: Parts concept, design & assembly, approximation with a mathematical Bingham model, manufacturing process observations and testings. SOGORA - Acoustic Detection using Beamforming (3 partners)Details: Mathematical modeling for the acoustic field, device concept, design and testing on an helicopter, project responsible for STRAERO TESUPAV - thermochemical treatments (3 partners)Details: design and tests at STRAERO for different aerospace components, project responsible.Other research projects:A. Mathematical calculus in a Composite plate displacementDetails: Finding a numerical method with finite elements to solve a 4'th grade differential equation that described the plate's displacements, for a group of boundary conditions, in order to be compared with an Ansys simulation and with the real testing. B. Design engineer for other research projects.Trainings:Project management with Euro26 OrganizationSoftware tools:- Catia V5- Matlab - Ansys- Excel, Word, PowerPoint

Design and analyze specific aerospace components.Main activities:design: – parts modeling [skins, floor beams, panels, brackets, assemblies ATA 53-92;Projects: DMU A330 & A340, data migration, SKYLANDER;Trainings and detachments:2005 GECI GmbH / Germany ( 3 months)– training (CatiaV5, V4, VPM A340 & VPM A380),– model 3D parts, creates assemblies, harness (ATA 53-92);Project: DMU – AIRBUS A330-340 - Long Range;Software tools:- CATIA V4- CATIA V5- VPM