System Physical Modelling Engineer
Pubblicato il 22-09-2026 - BWI GROUP in Torino
ppBWI Group is a premier chassis supplier that designs and manufactures brake and suspension systems for the automotive market. We are a fast paced, global organization employing some of the best and brightest minds in the industry. /ppDo you have experience in Automotive Electronic/Electromechanical/Electrohydraulic component development? /ppDo you have knowledge on advanced controls Artificial Intelligence for functions development in model base and C Code? /ppAre you keen to contribute to the design of complex vehicle component and systems? /ppWe are looking for a bTechnical Expert in physical modelling and system simulation /b to join our engineering team and contribute to the development and validation of advanced models for automotive mechanical and hydraulic systems, with a particular focus on bbraking systems /b. /ppThe ideal candidate combines strong expertise in physical modelling, system dynamics, and automotive braking systems with hands‑on experience using both the bAmesim /b and bMathWorks Simscape /b toolchains. The role involves translating physical system behavior into robust, reusable simulation models and supporting their application throughout the product development lifecycle, from concept and design through verification and validation. /ppbLocation /b: Turin, IT /ppbWe offer /b /pulliexciting and diversified projects /lilicollegial environment /lilian inside view into innovative technologies of the automotive industry /liliwide network of research and development parties /lilibig amount of self-reliance /lilimodern leadership culture /liliSmart working environment /lilipromotion of personal development /liliindividual professional education for continuous learning and improvements /liliInternational working environment and collaboration with advanced High Technology RD team from different region /li /ulpbKey Responsibilities /b /pulliDevelop and maintain bhigh-fidelity physical models /b of mechanical, hydraulic, and electro‑mechanical automotive systems, particularly braking systems. /liliModel and simulate braking system components and architectures, including hydraulic circuits, valves,
actuators, pumps, accumulators, calipers, master cylinders, brake boosters, and related mechanical elements. /liliDevelop b1D system-level models /b to investigate system performance, dynamic behavior, component interactions, and failure modes. /liliUse bSiemens Simcenter Amesim /b and bMathWorks Simscape/Simulink /b to create, calibrate, and validate physical models. /liliEstablish modelling methodologies and best practices across the different simulation toolchains. /liliTranslate physical requirements and engineering specifications into appropriate mathematical and physical representations. /liliCorrelate simulation models against btest-bench, component, and vehicle‑level measurements /b. /liliPerform parameter identification, model calibration, sensitivity analysis, and uncertainty assessment. /liliSupport the definition and execution of simulation-based bverification and validation /b activities. /liliCollaborate closely with engineers working on system architecture, controls, hydraulics, mechanics, testing, and vehicle integration. /liliProvide technical guidance and mentoring to engineers developing physical models. /liliEvaluate and select appropriate modelling fidelity depending on the engineering application, from concept studies to detailed validation. /liliContribute to the development of reusable modelling libraries, simulation workflows, and automated model‑validation processes. /liliCommunicate simulation results and technical conclusions clearly to both technical and non‑technical stakeholders. /li /ulpbRequired Skills Qualifications /b /pulliMaster Engineering Degree in bMechanical Engineering, Automotive Engineering, Mechatronics,
Control Engineering /b, or a related technical discipline. /liliSignificant professional experience in bphysical/system modelling and simulation /b within the automotive industry. /liliStrong understanding of bmechanical and hydraulic system dynamics /b, including fluid mechanics, pressure/flow relationships, mechanical dynamics, friction, thermal effects, and energy transfer. /liliDemonstrated experience with bautomotive braking systems /b, ideally including hydraulic braking, electro‑hydraulic braking, brake‑by‑wire, or related technologies. /liliHands‑on experience with both: /lilibMathWorks Simscape / Simulink /b /liliStrong understanding of bmulti‑domain physical modelling /b and the principles behind equation‑based modelling. /liliExperience with model calibration and correlation against experimental data. /liliAbility to assess modelling assumptions, numerical behavior, model stability, and simulation accuracy. /liliGood understanding of simulation workflows covering model development, parameterization, calibration, verification, and validation. /liliExperience with MATLAB/Simulink scripting or automation is highly desirable. /liliKnowledge of model‑based development and automotive development processes is an advantage. /li /ulpbPreferred Skills Qualifications /b /pulliExperience with bbrake‑by‑wire, ESC/ABS, hydraulic brake control, regenerative braking, or integrated braking systems /b. /liliExperience modelling belectro‑hydraulic actuators and mechatronic systems /b. /liliKnowledge of vehicle dynamics and longitudinal vehicle modelling. /liliExperience integrating physical plant models with bcontrol‑system models /b. /liliFamiliarity with bMIL, SIL, and HIL /b simulation environments. /liliExperience with automated testing, regression testing, and model‑quality assessment. /liliKnowledge of automotive standards and development processes such as bISO 26262 /b is a plus. /liliExperience transferring or correlating models between different simulation environments is particularly valuable /li /ul /p #J-18808-Ljbffr