Functional Safety Management Consultant ISO26262 IEC61508 /Functional Safety Expert

2/2022 – 3/2024

Consult ASIL-B/C projects to reach required goals according to Functional Safety ISO26262:2018.

Detailed Tasks:
• Develop System/ software architecture
• Check complicance according to ISO26262:2018
• Review and evaluate documents like Safety Analysis, Safety Concept, Safety Plan, Test Cases etc.
• Mapping IEC61508:2010 to ISO26262:2018
• Perfrm safety-synchronisation with Assessors and recommend a L4 Release recommendation for two projects

Automotive functional safety expert (AFSE)

10/2019 – 12/2022

Develop new and adapt existing ASIL-B/MISRA qualified Functional Safety monitors for various ADAS platforms and projects.
Detailed Tasks:

● Design, integrate and test new FuSa monitors
● Adapt requirements
● Create software architecture for several modules
● Take main responsibility for several modules of component
► Voltage monitoring
► Task monitoring
► Inter-Core communicatio
● Analyse and integrate new features to improve safety mechanism
● Implement unit-test (Google Test)
● Setup environment for projects (CMake, BRICKS)
● Do Realtime analysis, flash and debugging with Lauterbach/TRACE32
● Setup OS environment with DaVinci configurator
● Manage git repositories, pull-requests and releases
● Stay in contact with costumer for fast adaption

Automotive functional safety professional (AFSP)

10/2016 – 9/2019

Develop QM-based Human Machine Interface to visualize detected objects and evironment from sensorics
Detailed Tasks:

● Use pre-processed envoronment data from Radar, Camera and Lidar
● Setup Python-based visualisation interface for HMI with detected objects
● Design and generate objects with Cinema4D
● Use Kalman Filter to stabilize and predict position and speed of detected objects (Longitudinal and Lateral)
● Generate and adapt MTS (Measuring Testing Simulation) objects

Requirement based full automated crash scenario simulation and calculation
Detailed Tasks:
● Automated read of IBM DOORS requirements
● Filter necessary requirements and categorize based on scenario (rear-end, front-end, side and turn collision)
● Generate CarMaker projects for further analysis
● Simulate crash scenario within Python script and do numeral calculation of (Time-To-Collision, -Brake and -Steer)
● Save output results in HTML file and update Requirements with calculated values
● A Video and Picture of each scenario will be add to output for further analysis

Softwareentwickler