System Physical Modelling Engineer
Pubblicato il 13-09-2026 - BWI GROUP in Lazio
System Physical Modelling Engineer
BWI 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.
Do you have experience in Automotive Electronic/Electromechanical/Electrohydraulic component development?
Do you have knowledge on advanced controls & Artificial Intelligence for functions development in model base and C Code?
Are you keen to contribute to the design of complex vehicle component and systems?
We are looking for a
Technical Expert in physical modelling and system simulation
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
braking systems
.
The ideal candidate combines strong expertise in physical modelling, system dynamics, and automotive braking systems with hands-on experience using both the
Amesim
and
MathWorks Simscape
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.
Turin, IT
exciting and diversified projects an inside view into innovative technologies of the automotive industry big amount of self-reliance Lavoro da remoto environment individual professional education for continuous learning and improvements International working environment and collaboration with advanced High Technology R&D; team from different region
Develop and maintain
high-fidelity physical models
of mechanical, hydraulic, and electro-mechanical automotive systems, particularly braking systems.
Model and simulate braking system components and architectures, including hydraulic circuits, valves,
actuators, pumps, accumulators, calipers, master cylinders, brake boosters, and related mechanical elements.
Develop 1D system-level models
to investigate system performance, dynamic behavior, component interactions, and failure modes.
Use
Siemens Simcenter Amesim
and
MathWorks Simscape/Simulink
to create, calibrate, and validate physical models.
Establish modelling methodologies and best practices across the different simulation toolchains.
Translate physical requirements and engineering specifications into appropriate mathematical and physical representations.
Correlate simulation models against
test-bench, component, and vehicle-level measurements
.
Perform parameter identification, model calibration, sensitivity analysis, and uncertainty assessment.
Support the definition and execution of simulation-based
verification and validation
activities.
Collaborate closely with engineers working on system architecture, controls, hydraulics, mechanics, testing, and vehicle integration.
Provide technical guidance and mentoring to engineers developing physical models.
Evaluate and select appropriate modelling fidelity depending on the engineering application, from concept studies to detailed validation.
Contribute to the development of reusable modelling libraries, simulation workflows, and automated model-validation processes.
Master Engineering Degree in
Mechanical Engineering, Automotive Engineering, Mechatronics,
Control Engineering
, or a related technical discipline.
Significant professional experience in
physical/system modelling and simulation
within the automotive industry.
Strong understanding of
mechanical and hydraulic system dynamics
, including fluid mechanics, pressure/flow relationships, mechanical dynamics, friction, thermal effects, and energy transfer.
Demonstrated experience with
automotive braking systems
, ideally including hydraulic braking, electro-hydraulic braking, brake-by-wire, or related technologies.
Hands-on experience with both: MathWorks Simscape / Simulink Strong understanding of
multi-domain physical modelling
and the principles behind equation-based modelling.
Experience with model calibration and correlation against experimental data.
Ability to assess modelling assumptions, numerical behavior, model stability, and simulation accuracy.
Good understanding of simulation workflows covering model development, parameterization, calibration, verification, and validation.
Experience with MATLAB/Simulink scripting or automation is highly desirable.
Knowledge of model-based development and automotive development processes is an advantage.
Experience with
brake-by-wire, ESC/ABS, hydraulic brake control, regenerative braking, or integrated braking systems
.
Experience modelling
electro-hydraulic actuators and mechatronic systems
.
Knowledge of vehicle dynamics and longitudinal vehicle modelling.
Experience integrating physical plant models with
control-system models
.
Experience with automated testing, regression testing, and model-quality assessment.
Knowledge of automotive standards and development processes such as
ISO ***** is a plus.
Experience transferring or correlating models between different simulation environments is particularly valuable