Schlagworte
Fahrerassistenzsysteme
Architektur
Ingenieurwesen
Funktionale Sicherheit
Sicherheitstechnik
Iso 26262
Python
Matlab
Softwareanforderungsanalyse
Sicherheitsbestimmungen
Skills
- System Requirements Engineering & Architecture & Tools (ISO 15288, ASPICE)
- Safety Engineering (ISO26262,21448)
- Autonomous Driving Systems
- Python, Matlab
- Leading & Coaching Teams
Projekthistorie
04/2022
-
bis jetzt
Chief Safety Designer
SEDO Engineering GmbH
(< 10 Mitarbeiter)
Automobil und Fahrzeugbau
- ASPICE Process implementation in ongoing project with Tier 1, Strategy Definition, Lead Engineering Consulting, Traceability Concept by using MBSE.
- SAE Level 4 Robotaxi - Safety & Security Concept Engineering for with OEM leading to strong cost reduction and standard compliance by using MBSE.
10/2020
-
03/2022
Senior Safety Engineer, Automated Driving
CARIAD SE
CARIAD SE * Hazard-Centric Safety Concept and Process
for L4 (ISO 26262, ISO FDIS 21448).
* Agile Team Lead of three external teams.
for L4 (ISO 26262, ISO FDIS 21448).
* Agile Team Lead of three external teams.
04/2020
-
09/2020
Functional Safety Expert Autonomous Driving
TÜV Süd
TÜV Süd Prototype Safety Assessment for L4 Use Cases
(ISO 26262, ISO PAS 21448).
(ISO 26262, ISO PAS 21448).
07/2019
-
03/2020
System Lead Engineer ADAS Roadmap
ZF / WABCO
ZF / WABCO * Roadmap definition of ADAS for CV.
* Safety Concept for ALKS System.
* Safety Concept for ALKS System.
11/2016
-
06/2019
System Lead Engineer L2/L3 Functions
Continental
Continental * Consistent Vehicle System Architecture for
Automotive Driving Functions (ISO 26262, ISO PAS 21448, MIL
STD 882-E).
* System engineering and process
(ISO 15288, ASPICE).
Automotive Driving Functions (ISO 26262, ISO PAS 21448, MIL
STD 882-E).
* System engineering and process
(ISO 15288, ASPICE).
Reisebereitschaft
Nur Remote verfügbar
