Lead Brain Platform System Debug Engineer

Kpit; Lazio; In loco; EUR 85.000 - 120.000; Tempo pieno

Descrizione del lavoro

Kpit is seeking a Lead Brain Platform System Debug War Room Engineer to investigate, reproduce, and debug issues in Brain Core ECUs, including HPC and Cabin ZCU platforms. You will perform system-level debugging, triage, and coordinate cross-functional investigations.

Responsibilities include validating fixes across QNX, Android 14, and hypervisor environments, analyzing diagnostics (UDS/DoIP/CAN), and contributing to FOTA and software update activities.

Competenze

• Bachelor's or Master's in a related engineering field.
• 5+ years in embedded software debugging and validation.
• Strong automotive EE architecture knowledge.
• Experience with BSW, software integration, and system debugging.
• Familiar with QNX, Android, and hypervisor platforms.

Mansioni

• Investigate software and system issues identified during validation.
• Reproduce failures in bench, HIL/VHIL, and vehicle tests.
• Perform system-level debugging and root cause analysis.
• Analyze interactions between Brain Core, Cockpit, ADAS, and networks.
• Coordinate investigations and escalate issues.
• Prepare technical reports and status updates.

Conoscenze

Embedded debugging

Platform integration

System validation

Root cause analysis

Automotive architecture

QNX

Android

Hypervisor platforms

BSW

CAN/CAN-FD

UDS/DoIP

HIL/VHIL

Formazione

Bachelor's or Master's in Computer Engineering/Electrical/Electronic/Embedded/Automotive

Strumenti

Logcat

DLT

CAN analysis tools

Wireshark

HIL/VHIL tooling

Descrizione del lavoro

We are seeking a Lead Brain Platform System Debug War Room Engineer to support software issue investigation, root cause analysis, validation, and technical triage activities for Brain Core ECUs, including High-Performance Computing (HPC) and Cabin Zone Control Unit (Cabin ZCU) platforms. As part of a Brain War Room environment, you will investigate issues identified during validation activities, reproduce failures on available systems, perform system-level debugging, collaborate with cross-functional teams, and support corrective actions and solution releases.

Key Responsibilities

• Investigate software and system issues identified during validation activities.
• Reproduce failures in bench, HIL/VHIL, vehicle, and validation environments.
• Perform system-level debugging, technical triage, and root cause analysis.
• Analyze interactions between Brain Core, Cockpit, ADAS software, and vehicle networks.
• Collaborate with specialist engineering teams to identify ownership and corrective actions.

Platform Debugging Validation

• Debug software on Qualcomm-based HPC and Cabin ZCU platforms.
• Analyze issues across QNX, Android 14, and hypervisor-based environments.
• Support software flashing, updates, and FOTA investigations.
• Verify fixes and confirm issue resolution.

Diagnostics Analysis

• Perform diagnostics using UDS, DoIP, CAN, CAN-FD, and Automotive Ethernet.
• Capture and analyze logs and traces using tools such as Logcat, DLT, CAN analysis tools, and Wireshark.
• Document findings, root causes, workarounds, and recommendations.

Technical Coordination

• Work closely with software, BSW, testing, quality, integration, and program teams.
• Coordinate technical investigations and support issue escalation activities.
• Prepare technical reports, presentations, status updates, and progress tracking.

Required Qualifications

• Bachelor's or Master's degree in Computer Engineering, Electrical/Electronic Engineering, Embedded Systems, Automotive Engineering, or a related field.
• 5+ years of experience in embedded software debugging, platform integration, system validation, vehicle software troubleshooting, or root cause analysis.
• Strong understanding of automotive EE architecture and embedded software systems.
• Experience with BSW, software integration, and system-level debugging.
• Working knowledge of QNX, Android, and hypervisor-based platforms.
• Experience with software flashing, updates, and FOTA concepts.
• Knowledge of UDS, DoIP, CAN, CAN-FD, and Ethernet communications.
• Experience with HIL/VHIL, validation benches, and/or vehicle testing environments.

Preferred Experience

• Qualcomm 7255 and/or 8255 automotive SoCs.
• AUTOSAR BSW and/or Adaptive AUTOSAR.
• Automotive war room or vehicle integration programs.
• Infotainment, displays, cameras, audio, connectivity, driver monitoring, or vehicle networking domains.