Embedded Software Engineer

- I will lead the architecture and partitioning design for multicore embedded systems using Wind River Helix Virtualization Platform (HVP) or equivalent type-1 partitioned hypervisors (AMP/BMP). - I will define and validate partition scheduling, resource allocation, and isolation strategies to meet real-time and mixed-criticality requirements. - I will lead performance evaluations, profiling, and mitigate shared resource contention (cache, memory bandwidth, I/O); I will define WCET/WCRT approaches and verification steps suitable for the program. - I will architect hybrid systems that combine safety-certifiable RTOS partitions and containerized Linux applications; I will recommend practical strategies for containerization in embedded contexts. - I will implement and automate evaluation workflows, continuous integration (CI) pipelines, and test harnesses (Python, Bash, CI tooling) to ensure continuous performance regression and reproducibility. - I will produce architecture documentation, design rationale, test plans, benchmarks, and presentations for stakeholders; I will mentor and guide engineering teams on best practices for multicore systems. - I will collaborate with avionics, security, and certification leads; I will oversee ARINC 615 data-loading workflows and CDS integrations with the help of domain specialists or contractors. - I will recommend tools, lab setups, and vendor selections for profiling, hardware-in-the-loop (HIL) testing, and the collection of certification evidence. - I will stay updated with emerging technologies in multicore processing, real-time systems, Wind River HVP, and container orchestration.