Gothenburg, Västra Götaland County, Sweden
Leader with passion in programming, Linux and automation. Currently working with CI/CD and helping Volvo cars in their software-first transformation. Eager to learn and continuously improve.
Leading the software factory of the core system including the superset stack. Building up the best environment and automation for asoftware driven vehicle.
Technical leader for the SW flow/CI of the core computing platform: - Helping Volvo Cars in their journey towards software driven vehicles by having state of the art CI and software factory. - Bridging needs between program/business owners and teams - Driving solution to complex challenges - Improving processes - Supporting project/business owners with technical input.
Taytech provides CI and DevOps expertise and techincal leadership as a consultancy service
Leading a CI/devops-team that facilitated CI-services for all ECU- and App-teams withon Volvo Trucks-
Part of CI-team that develops and maintains a DevOps environment for developer teams, which enables CI/CD of SW into our trucks. Tools: Git, Jenkins, Azure, Ansible, Terraform, Docker, Linux, Artifactory, Bash, Python, Bitbucket, Gradle, Github, Gitlab, QNX
Continuation of previous role but as Volvo employee. Keywords: SOTIF, ISO26262, Autonomous Drive, ADAS, Verification, Validation, Continuous Integration, Simulation, Driver modelling, OpenScenario, OpenDrive Tools: C++, Python, Linux, Docker, Git, Jenkins
Active safety CAE analysis of AD (Autonomous Driving)/ADAS safety performance and benefits. Simulation, analysis and scenario-based verification of self-driving functions/software and active safety funtions. Working mainly with verification methods and tools and SOTIF for autonomous vehicles and autonomous driving safety benefit estimation. Answering “what is safe enough for AD” with a systematic and technical approach. Software: MATLAB, Simulink Keywords: Self-driving cars, SOTIF ,ADAS, CAE, Method development,Active Safety, vehicle safety, MATLAB, Simulink, Linux Via AFRY/ÅF
Working with real world crash data, use cases and safety analysis in regard of active safety and autonomous vehicles. Worked with national and global crash and near-crash databases. Software: MATLAB Keywords: Real world crashes, use cases, Analysis, MATLAB, autonomous vehicles Via Alten
Docker, kubernetes, Linux, selenium, automation, pfsense