Lead HPC Platform - System Debug Engineer
Description
PROJECT INFORMATION:
Industry: Automotive
Work model: Onsite
Project language: English
Business trips: 10-20%
Project length: 12 months
Start: ASAP
Assignment type: B2B
The Lead HPC Platform System Debug Engineer plays a critical role in troubleshooting and debugging issues across HPC and Cabin ZCU platforms within a multi-domain, cross-functional team focused on vehicle software validation and quality assurance.
Main Responsibilities:
To ensure the stability and functionality of systems through rigorous validation processes.
Reproduce and debug software issues during bench, HIL/ViL, vehicle, and program-validation activities; perform initial root cause analysis and triage.
Integrate software components from internal teams and external vendors; conduct sanity and smoke tests to ensure build stability.
Reflash builds, execute updates, and assist FOTA investigations; implement small configuration changes to verify hypotheses and fixes.
Identify issue ownership with specialists and domain teams; facilitate agreement on corrective actions and release strategies.
Document root causes, workarounds, and next steps; communicate findings to both technical and non-technical stakeholders.
Maintain and adapt validation setups, including minor bench wiring or hardware modifications to isolate issues.
Key Requirements:
Bachelor's or Master's degree in Computer Engineering, Electrical/Electronic Engineering, Embedded Systems, Automotive Engineering, or a comparable field.
5+ years of experience in embedded software debugging, platform integration, system validation, or root cause analysis.
Strong understanding of automotive E&E architecture, vehicle subsystem interactions, and HPC software architectures.
Hands-on experience with system-level debugging, issue reproduction, root cause analysis, and technical triage.
Practical experience with hypervisor-based platforms and proficiency in QNX and Linux/Android; familiarity with bootloaders (U-Boot, ABL) and debugging tools (JTAG, Lauterbach, GDB, etc.).
Knowledge of software flashing, updates, and FOTA concepts; familiarity with diagnostics and communication protocols (UDS, DoIP, OBD-II, CAN, etc.).
Strong communication skills for articulating technical findings and preparing technical reports.
Experience with benches, HIL/VHIL environments, and/or vehicle testing.
Willingness to work on-site in Turin and travel occasionally (10-20%).
Nice to Have:
Experience with Qualcomm 7255/8255 or equivalent HPC-class SoCs (NVIDIA, Intel, etc.).
Previous work in cross-functional issue-resolution teams or vehicle-integration projects.
Familiarity with infotainment domains such as displays, cameras, or vehicle networking.
Exposure to issue-tracking, software release, and quality management processes.
Understanding of AUTOSAR BSW / Adaptive AUTOSAR and ASPICE-compliant workflows.