R&D Senior CFD Engineer
bOverview /b pIn this role you will collaborate with international, interdisciplinary teams to design, develop, and optimize ABB’s electrification products. You perform multiparty simulations (multibody, stress, structural, tolerance) on 2D/3D CAD models and communicate results to drive improvements. You contribute to defining best practices and advancing simulation methodologies. This is a hands-on, high-velocity environment where you help evolve the team and solutions while aligning with ABB’s sustainability and energy-efficiency goals. /p bRetribuzione / Benefits /bulliFlexible working hours /liliHybrid work options /liliWellbeing support for employees and families /liliCanteen or meal vouchers /liliWelfare plan with personalized services /li /ul bResponsabilità /bulliCollaborate with international teams on design, development, and optimization of ABB electrification products (ACB, MCCB, switches) /liliConduct multibody, stress and strain, structural, and tolerance analyses using 2D/3D CAD models /liliDocument, present simulation results,
and provide actionable insights for improvements /liliIdentify common methodologies and help define best practices /liliDrive ongoing enhancement of simulation methodologies and disseminate knowledge /li /ul bRequisiti fondamentali /bulliMaster’s degree in Mechanical Engineering /liliAt least 5 years of relevant experience /liliProficient in 3D CAD tools, notably Creo /liliExperience with multibody, stress strain, structural, and tolerance analyses and simulations /liliActive, collaborative mindset with ability to work independently and in a fast-moving team /liliEnglish communication skills /liliKnowledge of electric arc modeling and simulation is a plus /li /ululliActive and collaborative mindset /liliAdaptability under pressure /liliIndependent work capability and teamwork in a nimble, high-velocity environment /liliCreo 3D CAD /liliMultibody analysis /liliStress strain analysis /li /ul
and provide actionable insights for improvements /liliIdentify common methodologies and help define best practices /liliDrive ongoing enhancement of simulation methodologies and disseminate knowledge /li /ul bRequisiti fondamentali /bulliMaster’s degree in Mechanical Engineering /liliAt least 5 years of relevant experience /liliProficient in 3D CAD tools, notably Creo /liliExperience with multibody, stress strain, structural, and tolerance analyses and simulations /liliActive, collaborative mindset with ability to work independently and in a fast-moving team /liliEnglish communication skills /liliKnowledge of electric arc modeling and simulation is a plus /li /ululliActive and collaborative mindset /liliAdaptability under pressure /liliIndependent work capability and teamwork in a nimble, high-velocity environment /liliCreo 3D CAD /liliMultibody analysis /liliStress strain analysis /li /ul