Braking Systems Architect - Electro-Hydraulic & BY-Wire

BWI GROUP; Piemonte; On-site; EUR 85,000 - 125,000; Full time

Benefits offered by this job

Smart working opportunities

Global collaboration with R&D teams

Professional development and training

Job summary

BWI Group is seeking an Automotive Controlled Brakes System Architect to lead the definition and development of system architectures for next-generation braking products, including ESC, brake-by-wire concepts, and modular architectures.

You will coordinate across hardware, software, hydraulic, and validation teams, translate vehicle requirements into architecture, and ensure safety conformity per ISO 26262 while supporting global projects.

Qualifications

• Master's degree in Automotive, Electronics, Mechatronics, Mechanical Engineering, Control Engineering, or related discipline.

Responsibilities

• Define and maintain system architectures for Controlled Brakes products.
• Translate customer and vehicle requirements into robust system interfaces.
• Define allocation of braking functions across ECUs and hydraulics.
• Lead architecture reviews and ensure cross-project consistency.
• Collaborate with Functional Safety, Cybersecurity, and Validation teams.
• Support verification activities including HIL/SIL and vehicle testing.

Skills

System architecture

Brake-by-wire

ISO 26262

Electrical engineering

Vehicle dynamics

HIL/SIL

Matlab/Simulink

SysML

Enterprise Architect

Problem solving

Education

Master's degree in Automotive, Electronics, Mechatronics, Mechanical Engineering, Control Engineering, or related discipline

Tools

MATLAB/Simulink

SysML

Enterprise Architect

ASPICE

Job description

BWI Group is seeking an Automotive Controlled Brakes System Architect to lead the definition and development of system architectures for next-generation braking products, including ESC, brake-by-wire concepts, and modular architectures.

You will coordinate across hardware, software, hydraulic, and validation teams, translate vehicle requirements into architecture, and ensure safety conformity per ISO 26262 while supporting global projects.