Fleet Support Engineer
LanceSoft, San Mateo, CA, United States
Job Description
Job Title:
Fleet Support Engineer
Job Location Foster City, CA 94404
Est pay rate: $85.00/Hour on w2
Contract Duration: 6+ months
Fleet Support Engineer - Sensors
Onsite in Foster City, CA | 5 days in office
Minimal domestic travel will be required
The Fleet Support Engineer on the Vehicle Development team serves as the highest level (Tier 3) of field technical support, focused on systemic reliability of fleet vehicles. You will be a subject matter expert in sensor systems, supporting our Tier 2 (Regional) Fleet Support Engineers on their most complex escalations. Through fleet-wide analysis of diagnostics and metrics, you will identify reliability gaps, drive down mean repair and escalation times through improved tooling/documentation, and feed critical design changes back to Hardware Engineering.
Responsibilities:
Serve as the primary point of contact for Tier 3 escalations on sensor-related fleet issues, including LiDAR, cameras, and radar.
Diagnose and resolve complex hardware, software, tooling, or process failures related to sensors and perception systems using comprehensive log review and data analysis
Develop thorough troubleshooting guides for Tier 1 and Tier 2 escalations, enabling consistent and holistic diagnosis across all service depots.
Lead deep-dive investigations into novel failure modes using root cause analysis methodologies like 7-Step or 8D (8 Disciplines) problem solving techniques.
Develop engineering solutions as short term mitigations and long term correction actions to improve vehicle safety and reliability, preventing recurring issues.
Perform hardware bring-up and validation procedures for new vehicle components.
Monitor fleet-wide telemetry to identify emerging trends in hardware degradation or firmware/software regression before they become critical failures.
Drive closed-loop feedback by translating field failure data into engineering change requests to improve sub-system design.
Qualifications:
Minimum 6+ years of relevant experience in automotive, autonomous vehicles, transportation, or aerospace.
Bachelor's degree in Mechanical Engineering, Electrical Engineering, or Automotive Engineering.
Deep understanding of LiDAR, cameras, and radar hardware including calibration, integration, and field troubleshooting.
Familiarity with data formats and pipelines used by perception systems (e.G., point clouds, image streams, radar returns).
Proficiency with network analysis tools (e.G., Wireshark, Vector tools) for Automotive Ethernet debugging
Proficiency with interpreting electrical schematics, harness diagrams, and state machine diagrams.
Ability to perform system-level root cause analysis down to the component level.
A proactive self-starter who can build strong relationships and communicate efficiently and effectively across various teams and in real-time service operation settings.
Bonus Qualifications:
Experience with electric vehicle technology.
Experience with remotely supporting vehicle troubleshooting.
Experience with Automotive Ethernet (100BASE-T1, 1000BASE-T1) for high-bandwidth sensor data transport
Knowledge of vehicle systems, diagnostic tools, Unified Diagnostic Services (UDS) and Ethernet-based diagnostics (DoIP).
Experience with Linux & Python for fleet-level data processing
Meet Your Recruiter
Rijo Reji
Job Title:
Fleet Support Engineer
Job Location Foster City, CA 94404
Est pay rate: $85.00/Hour on w2
Contract Duration: 6+ months
Fleet Support Engineer - Sensors
Onsite in Foster City, CA | 5 days in office
Minimal domestic travel will be required
The Fleet Support Engineer on the Vehicle Development team serves as the highest level (Tier 3) of field technical support, focused on systemic reliability of fleet vehicles. You will be a subject matter expert in sensor systems, supporting our Tier 2 (Regional) Fleet Support Engineers on their most complex escalations. Through fleet-wide analysis of diagnostics and metrics, you will identify reliability gaps, drive down mean repair and escalation times through improved tooling/documentation, and feed critical design changes back to Hardware Engineering.
Responsibilities:
Serve as the primary point of contact for Tier 3 escalations on sensor-related fleet issues, including LiDAR, cameras, and radar.
Diagnose and resolve complex hardware, software, tooling, or process failures related to sensors and perception systems using comprehensive log review and data analysis
Develop thorough troubleshooting guides for Tier 1 and Tier 2 escalations, enabling consistent and holistic diagnosis across all service depots.
Lead deep-dive investigations into novel failure modes using root cause analysis methodologies like 7-Step or 8D (8 Disciplines) problem solving techniques.
Develop engineering solutions as short term mitigations and long term correction actions to improve vehicle safety and reliability, preventing recurring issues.
Perform hardware bring-up and validation procedures for new vehicle components.
Monitor fleet-wide telemetry to identify emerging trends in hardware degradation or firmware/software regression before they become critical failures.
Drive closed-loop feedback by translating field failure data into engineering change requests to improve sub-system design.
Qualifications:
Minimum 6+ years of relevant experience in automotive, autonomous vehicles, transportation, or aerospace.
Bachelor's degree in Mechanical Engineering, Electrical Engineering, or Automotive Engineering.
Deep understanding of LiDAR, cameras, and radar hardware including calibration, integration, and field troubleshooting.
Familiarity with data formats and pipelines used by perception systems (e.G., point clouds, image streams, radar returns).
Proficiency with network analysis tools (e.G., Wireshark, Vector tools) for Automotive Ethernet debugging
Proficiency with interpreting electrical schematics, harness diagrams, and state machine diagrams.
Ability to perform system-level root cause analysis down to the component level.
A proactive self-starter who can build strong relationships and communicate efficiently and effectively across various teams and in real-time service operation settings.
Bonus Qualifications:
Experience with electric vehicle technology.
Experience with remotely supporting vehicle troubleshooting.
Experience with Automotive Ethernet (100BASE-T1, 1000BASE-T1) for high-bandwidth sensor data transport
Knowledge of vehicle systems, diagnostic tools, Unified Diagnostic Services (UDS) and Ethernet-based diagnostics (DoIP).
Experience with Linux & Python for fleet-level data processing
Meet Your Recruiter
Rijo Reji