Software System Designer for ESC control unit of Pneumatic Braking

Job description68 years of experience in automotive system engineering with hands-on experience in software development for commercial vehicle pneumatic braking systems and Brake ECU in configuring sensors actuators wheel speed sensing and vehicle develop and validate braking control algorithms for commercial vehicle brake ECUs using MATLAB/Simulink from concept development to production and maintain system functions for ABS (Anti-lock Braking System) EBS (Electronic Braking System) ESC (Electronic Stability Control) TCS (Traction Control System) HSA (Hill Start Assist) RSC (Roll Stability Control) and brake blending requirements engineering feature allocation and traceability across system and software vehicle dynamics braking performance diagnostic concepts fault reactions and fail-safe/fail-operational system validation HIL/SIL/MIL testing vehicle testing and issue resolution throughout the development and apply AI/ML-based solutions for predictive braking anomaly detection driver behavior analysis and advanced diagnostic with global cross-functional teams customers and suppliers on technical discussions reviews and project and review technical documentation safety work products and engineering reports in compliance with automotive experience in commercial vehicle ESC / EBS control units is highly preferrable   Tools MATLAB/Simulink ASCET INCA IBM DOORS/DNG Vector CANoe/CANalyzer HIL/SIL environments and automotive communication protocols (CAN J1939 UDS). Educational qualificationBachelors or Masters degree in Electronics Electrical & Electronics Mechatronics Automotive Engineering Control Systems Embedded Systems or a related engineering disciplineProfessional experienceStrong hands-on experience with MATLAB/Simulink model-based development and auto-code generation in development of Brake ECU features such as ABS EBS ESC TCS HSA RSC Brake Assist or related vehicle control with embedded software development using C debugging and integration knowledge of Functional Safety (ISO 26262) including safety analysis diagnostics fault handling and ASIL with automotive communication protocols such as CAN J1939 UDS and analytical and problem-solving skills with the ability to work independently in complex system development skillsExposure to AUTOSAR architecture and ECU software with HIL/SIL/MIL testing environments and vehicle validation of cybersecurity concepts relevant to automotive with requirements management tools (DOORS) configuration management and traceability working with global teams and customer-facing technical discussions.

Qualifications :

B.E ECE/EEE or

Additional Information :

6 t0 8 yrs

Remote Work :

No

Employment Type :

Full-time