Kacper Stańczyk

Experienced Test Architect and Test Lead with over 11 years of expertise in the design, development, and deployment of test strategies and systems across the full V-model and ASPICE environments, specifically within the automotive domain. Specialized in the complete lifecycle of HIL and SIL test system design—covering requirement specification, system architecture, hardware/software procurement, and physical commissioning in laboratory environments. Adept at translating concept-level ideas into operational test benches, including cost estimation and supplier management. Recognized for defining and implementing robust test strategies tailored to the needs of complex ECU projects and ensuring compliance with industry standards such as ISO 26262 and ASPICE. Demonstrated leadership in building and managing cross-functional test teams of up to 30 engineers.

• Designed and implemented a cost-optimized automated test system for automotive lighting projects, featuring a custom made visual monitoring system.
• Implemented a test methodology aligned with ASPICE Level 2 and ISO 26262 standards, including preparation and documentation of all process, defining inputs and outputs, which successfully passed a comprehensive external audits.
• Defined a comprehensive testing strategy for a highly complex system based on QNX, featuring multiple components operating under a hypervisor in virtualized machines, along with an IVI system on AAOS 14 and BSW modules. Determined optimal testing scope and responsibilities for each testing level to prevent overlaps and maximize cost-effectiveness. Configured the test environment for both target hardware and virtual setups, defined all required APIs for testing, and integrated the complete solution with CI/CD pipelines.