Software Architect

6/2023 – 5/2024

• FPGA controlled video fame processing.
• Safety management, degradation concept and error handling
 (ASIL, FMEA).
• Video Control Unit: State Machine, transitions and
 synchronization.
• Embedded system architecture : Distribution, Deployment,
 communication.
• Software architecture design and requirements specification.

Software Architecture, Automotive functional safety expert (AFSE), Requirements Management

12/2022 – 5/2023

• ADCU State Machine, transitions and synchronization between
 SoCs.
• Degradation and health management. Deployment on SoCs.
• Hysteresis for permanent fault transition and hybrid error
 handling.
• DTC-debouncing (over-temperature emergency shutdown, FAST
 POFF).
• Requirements for UART, SAIL and USS.
• SEV-handling.
• Message / protocol / sequence review in agreement to FUSA.
• Systems architecture modelling & specification (functional,
 logical, physical).

System Architektur, Automotive functional safety expert (AFSE), Requirements Management

10/2021 – 10/2022

• Systems requirements elicitation and specification (L2R, L2D,
 L3R).
• Systems architecture creation & specification (functional,
 logical, physical).
• System architecture modelling (IBM Harmony Process, IBM
 Rhapsody).
• Partitioning (Safety, Performance) and distribution, deployment
 of functions.
• Variant management (model-based).

System Architektur, Requirements Management

2/2021 – 10/2021

• Systems, safety and software requirements elicitation and
 specification.
• Definition of functional safety concept (ISO 26262).
• Modelling of system architecture.
• Derivation of an AUTOSAR compliant software architecture.
• Modelling of an embedded BMS architecture.

Software Architecture, Requirements Management, Product Owner

4/2020 – 12/2020

• Consultation in the discipline of ASIL compliant software
 architecture framework (ISO 26262, ISO/PAS 21448, ISO/SAE
 21434).
• Software construction methodology. Model scope and
 transformation.
• Degradation in context of software architecture as a product.
• Functional as well as technical safety concepts. Hazard, Risk
 and Operability.
• ISO 26262 compliant determination and allocation.

Automotive functional safety professional (AFSP)

12/2019 – 3/2020

• Analysis and measurement FMEA, FMEDA, FTA, FMEAD, FDA.
• Safety Goals: Requirements matrix, traceability.
• System - Hardware – Software interoperability under Safety
 viewpoint.
• ISO 26262 compliant ASIL determination, decomposition, and
 allocation.

Automotive functional safety expert (AFSE)

2/2019 – 10/2019

• Platform vision in line with a DevOps architecture.
• Adaptive AUTOSAR compliant software architecture (based on
 Ethernet).
• System-wide ISO 26262, ISO 21434, ISO TR 4804 cross webbed
 functionality.
• Virtualization (bare metal hypervisor).

Software Architecture

5/2018 – 12/2018

• Requirements analysis and design of an AUTOSAR & ISO 26262
 compliant system architecture
• Holistic software systems architecture development process (&
 offshore).
• Optimizing resource consumption on multicore processors.
• E/E design ISO 26262 ABS / EBS (redundancy, partitioning, and
 decomposition).
• Traceability to requirements and to safety analysis.

Software Architecture, System Architektur, Automotive functional safety professional (AFSP), Requirements Management

11/2017 – 4/2018

Embedded electronic systems, Wireless charging

• Development, configuration and integration of an AUTOSAR
 compliant software systems architecture.
• Definition of an embedded architecture comprising of
 interfaces, detailed design specification and signals
 processing.
• Vehicle wide network technologies (V2X/SysV).
• Over the air (OTA) technologies.

Software Architecture

7/2016 – 9/2017

Embedded electronic system

• Leading the software architecture modelling and realization of
 PSO 2.0.
• Integration of AUTOSAR Body & Comfort Domain Specification.

Software Architecture

7/2015 – 6/2016

Embedded electronic system, AUTOSAR 4.2 Body and Comfort

• Leading the specification of AUTORAR ECU application
 architecture.
• ECAL I/O - Abstraction.
• Requesting, tracing, updating vehicle-wide signal messages &
 processing.
• Holistic software systems architecture development process (&
 Offshore).

Software Architecture, Software engineering / -technik, Requirements Engineer

7/2014 – 6/2015

Projektinhalte: Embedded systems, electronics & motors, pump systems

• Team leadership establishing an architecture based methodology.
• Conception of architectures for multi-controller systems.
• Object dictionary (data point, matrix) specification (CAN).
• Feature-release management in coordination with stakeholders
 and suppliers.

Embedded Systems, Software Architecture, System Architektur

7/2013 – 6/2014

Embedded systems, automotive, infotainment, AUTOSAR

• Composing an architecture for an infotainment system (VW MLB,
 MQB).
• DevOps concept to be established.
• Establishing an AUTOSAR compliant basis software.
• Coordination of change requests.
• ASPICE (ENG1 – ENG 6).

Software Architecture

1/2013 – 6/2013

Embedded systems, automotive, steering, AUTOSAR

• Modelling the state machine of electrical steering systems
 (ECU).
• Configuration of AUTOSAR BSW architecture.

Software Architecture

6/2011 – 12/2012

• Software systems development and architecture decisions for
 ECU applications and core partitioning.
• Development compliant levels regarding BMW stages.
• ISO 26262: Functional safety software design (ASIL –C).

Software Architecture

7/2010 – 5/2011

• Requirements elicitation and functional allocation.
• Software architecture HMI.
• Vehicle-wide signal analysis and processing (bus
 communication).
• Test specification.
• Preparing of homologation.

Systems Engineering