analysis skills (preferably using Catia V5 and Ansys) Good customer and supplier liaison skills Benefits: A competitive

standards for Shock, Noise & Vibration and hazardous areas. Experience using Creo, Creo Simulate and ANSYS Qualifications

techniques using modelling tools like ANSYS and/or Abaqus would be advantageous. Ability to self-manage and work well in a fast

.3). Proficiency in Finite Element Analysis (FEA) for Mechanical Design – Using ANSYS or equivalent. Experience in preparing

in using FEA software tools such as ANSYS, Abaqus, Nastran or similar. Proven track record of successfully delivering complex

in fire conditions. Finite Element Analysis (FEA) experience using software such as Abaqus, ANSYS, or similar platforms

Office and our ERP systems. Experience of SolidWorks CAD, Windchill and ANSYS Workbench would be beneficial. Ontic

knowledge of ANSYS Workbench is desirable. Experienced in non-linear and fatigue FEA: Familiar with DNV and Eurocodes

engineering calculations and use modelling/simulation software like Mathcad or ANSYS. Experience in developing mechanical systems

) experience using software such as Abaqus, ANSYS, or similar platforms. Understanding of ETA-assessed and UKCA/CE-marked products

tools such as ANSYS Experience developing precision mechanical systems and assemblies Experience working on optical

engineering calculations and use modelling/simulation software like Mathcad or ANSYS. Experience in developing mechanical systems

fluid dynamics (CFD) to accurately capture blast wave-structure interaction. Proficiency with ANSYS, AutoDyn, or similar

simulation tools (Cadence, ANSYS, or equivalent). Package reliability/qualification testing (MSL, TC, HAST, HTS, JEDEC standards

fluid dynamics (CFD) to accurately capture blast wave-structure interaction. Proficiency with ANSYS, AutoDyn, or similar

fluid dynamics (CFD) to accurately capture blast wave-structure interaction. Proficiency with ANSYS, AutoDyn, or similar

fluid dynamics (CFD) to accurately capture blast wave-structure interaction. Proficiency with ANSYS, AutoDyn, or similar

fluid dynamics (CFD) to accurately capture blast wave-structure interaction. Proficiency with ANSYS, AutoDyn, or similar

fluid dynamics (CFD) to accurately capture blast wave-structure interaction. Proficiency with ANSYS, AutoDyn, or similar

fluid dynamics (CFD) to accurately capture blast wave-structure interaction. Proficiency with ANSYS, AutoDyn, or similar