Functional Safety Consultant
RENAULT
Keywords
Artificial Intelligence
Automotive Industry
Life-Critical Systems
Computer Vision
Electronics
Functional Safety
Project Management
Microelectronics
Risk Analysis
LTE (Telecommunication)
Skills
Functional Safety
Comprehensive knowledge of ISO 26262 and IEC 61508 regulations and standards. Expertise in conducting safety analyses, risk assessments, and implementing safety-critical initiatives.
Project Management
Proven skills in coordinating complex projects, conducting risk analysis, and systems modeling. Effective leadership of multidisciplinary teams and successful execution of safety-critical initiatives.
Software Development
Proficiency in multiple programming languages including Python, C/C++, and Assembly. Experience with various development tools and frameworks for embedded systems and AI applications.
Quality Assurance
Expertise in quality insurance processes, testing and validation methodologies, and requirement engineering for ensuring high standards in software and system development.
Electronics and Microelectronics
Strong background in electronics and microelectronics, applying this knowledge to develop and integrate hardware components in automotive and safety-critical systems.
AI and Computer Vision
Proficiency in AI technologies including deep learning, TensorFlow, Keras, OpenCV, and TensorRT. Experience in developing computer vision solutions for automotive applications.
Automotive Systems
In-depth knowledge of automotive ECUs, including engine control, steering control, and BCM. Experience in developing telecommunication ECUs for integrating Wi-Fi, 4/5G, Bluetooth, and LTE technologies into vehicles.
Comprehensive knowledge of ISO 26262 and IEC 61508 regulations and standards. Expertise in conducting safety analyses, risk assessments, and implementing safety-critical initiatives.
Project Management
Proven skills in coordinating complex projects, conducting risk analysis, and systems modeling. Effective leadership of multidisciplinary teams and successful execution of safety-critical initiatives.
Software Development
Proficiency in multiple programming languages including Python, C/C++, and Assembly. Experience with various development tools and frameworks for embedded systems and AI applications.
Quality Assurance
Expertise in quality insurance processes, testing and validation methodologies, and requirement engineering for ensuring high standards in software and system development.
Electronics and Microelectronics
Strong background in electronics and microelectronics, applying this knowledge to develop and integrate hardware components in automotive and safety-critical systems.
AI and Computer Vision
Proficiency in AI technologies including deep learning, TensorFlow, Keras, OpenCV, and TensorRT. Experience in developing computer vision solutions for automotive applications.
Automotive Systems
In-depth knowledge of automotive ECUs, including engine control, steering control, and BCM. Experience in developing telecommunication ECUs for integrating Wi-Fi, 4/5G, Bluetooth, and LTE technologies into vehicles.
Project history
06/2023
-
03/2024
Contributing as a manager and consultant for functional safety of ADAS software, ensuring proper implementation of safety practices and ISO 26262 standards.
06/2022
-
05/2023
Software Certification Consultant
SEFI
Qualified software for fire detection sensors and safety control panels in nuclear facilities, ensuring compliance with necessary software safety certifications.
09/2020
-
05/2022
Project Manager
FAAR
Managed the development of the company's first telecommunication ECU, integrating Wi-Fi, 4/5G, Bluetooth, and LTE into vehicles.
02/2020
-
08/2020
Lead Software Engineer
FAAR
Led software development for automotive ECUs, focusing on telecommunication integration.
02/2019
-
02/2020
AI Computer Vision Engineer
FAAR
Designed and developed an intelligent perception system for electric bus charging, including obstacle detection and lane recognition.
10/2015
-
01/2019
Functional Safety and Systems Engineer
ASSYSTEM-RENAULT
Monitored and implemented Advanced Driver Assistance Systems, ensuring operational safety and compliance with vehicle safety standards.
03/2015
-
08/2015
Internship and Thesis
RENAULT
Drafted a method for validating the reliability of behavior and decision-making for autonomous vehicles (levels 3, 4, and 5).
Local Availability
Open to travel worldwide
