Péter Tóth

Working as a resident technical team lead / architect, at customer ThyssenKrupp Presta. My duties are to coordinate and support the customer's deliveries on site. Besides I track and supervise of a small team and do software architecture work for safety critical steering application.

AUTOSAR MCAL (Microcontroller Abstraction Layer) development for Renesas electronics RH850/F1K family MCU. Based on the customer requirements the MCAL of RH850/F1K MCU family has to be updated to an AUTOSAR release 4.2 compatible software layer.

Participate in the Siemens electric car powertrain development project's basic and application software development based on the AUTOSAR. Responsible for the design and implementation of basic software components, configuration of the dignostic stack and involved to the implementation of software components for the application software. Also responsible for architectural changes in the software.

Upgrade and improve the features of the AVL flashbootloader firmware and PC side downloader software. The whole development lifecycle has been covered during the activities from the requirement management till the software testing and verification. The development of the Diagnostic Event Manager AUTOSAR software component based on customer feedbacks. The full component development was covered based on the V-model as development workflow.

Involved in the design, implementation and testing of basic software components in the electric power steering module. Taken part of piloting the software module verification via PolySpace. Main tasks: - Preparing software requirements, system plans (DOORS, SYNERGY) - Developing embedded programs in C programming language (GHS compiler) - Developing test programs - Software testing (Parasoft C++ test) - Software validation via PolySpace

Design and implementation of the Diagnostic Even Manager AUTOSAR software component including the module testing. (ANSI-C, Parasoft C++ test) Development of the bootloader firmware for the Tricore 1767 microcontroller and the implementation of the downloader application on the PC side. (ANSI-C, TASKING compiler, Vector CanCardXL, .NET framework C#, Lauterbach Trace32) Integration of the NVRAM manager AUTOSAR module (ANSI-C, Vector CanCardXL, .NET framework C#, Lauterbach Trace32)

Verification of the communication subsystem's state machine in the automatic transmission controller ECU. A test vector generator was used to build up the test vectors. The execution of the test performed on a HIL testbench system. Master thesis has been created based on the experiences on this system. Thesis was: Model based testing of safety critical embedded systems.

Embedded software development, robotics (basics), artifical intelligence. Thesis about safety critical software systems model based testing.