Marco Geßler

As solutions architect, I am ultimately responsible for the vision that underlies the solution and the execution of that vision into the solution, how technology can be used to solve a given business problem, which framework, platform, or tech-stack can be used to create a solution and how the solution will look, what the modules will be, and how they interact with each other. I would also examine the current systems' architecture, and work with business and technical customers staff to recommend solutions that result in more effective systems. Furthermore, my main focus is the technical decisions being made regarding the solution and how they impact the business outcomes, as well as plan and effort estimations. I am involved in the integration of the software and hardware that will best meet the purpose defined by projects stakeholders. My day-to-day activities are: Manage architecture activities, which are related to roadmap and priorities. Decide about priorities in the backlog of architecture activities. Determining how software developers can support organization's business needs Manage communication between Team Leaders, Software Engineers and Stakeholders to develop technical solutions and process improvements To provide instructions and guidelines how the architecture in the solution shall be specified to assure a consistent architecture specification Review and evaluate the requirements Identify cross-cutting concept and solutions.

AUTOSAR AP, QNX RTOS, Linux Embedded.

As an RTOS & Low-Level Development Technical Leader I am responsible

for leading the development, integration, and optimisation of QNX Hypervisor

2.2 for Safety ensuring compliance with functional safety standards and real-time system requirements.

I oversee the hardware for bring-up all devices on the Qualcomm SA8295PS

and 8775P Reference Boards managing the enablement of peripherals such

interfaces as I²C, SPI, QSPI, UART, PCIe, USB, Ethernet, and multimedia.

This includes debugging low-level drivers, analysing boot-loader sequences, and configuring the BSP to achieve full hardware functionality.