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Scout Motors

Manufactures all-electric trucks and rugged SUVs

Lead Engineer - Integration

Hardware Validation & Testing +1Confirmed live in the last 24 hours
Full-timeNovi, MI, USA

About the Job

Requirements

  • A master's degree in Electrical/Electronics Engineering, Computer Science, or a related field, with 12 or more years of experience.
  • Strong understanding of vehicle electrical/electronic architecture, ECU-level software stacks, automotive communication protocols (CAN, LIN, FlexRay, and Ethernet), UDS diagnostics (ISO 14229), and diagnostic communication tools.
  • Expert knowledge of Jira, GitHub or GitLab, Jenkins, and Artifactory; proficiency in ALM/PLM tools such as Siemens Polarion, IBM DOORS Next Gen, or PTC Windchill.
  • Strong understanding of the development and verification of plant and control models in MATLAB/Simulink for execution in a hardware-in-the-loop test environment, using dSpace ControlDesk and AutomationDesk.
  • Strong understanding of engineering first principles and a results- and solution-oriented approach.
  • Familiarity with software for embedded systems, electrical/electronic systems, and architecture.
  • Familiarity with A2B, CAN, Automotive Ethernet, LIN, and LVDS communication protocols, and vehicle network tools such as CANalyzer and CANoe.
  • Expertise in complex problem solving and data analysis, and ability to access, interpret, and drive results with extended teams.
  • Knowledge of automotive design and development processes, system requirements, and general engineering best practices.

Responsibilities

  • Own integration of all domain controllers and distributed ECUs into the vehicle electrical/electronic architecture.
  • Own software integration and validation according to vehicle software maturity, performance, and release gates, and approve vehicle integration builds at milestones.
  • Ensure alignment with OEM-defined zonal or domain-based architectures.
  • Validate network topology, gateway routing strategies, signal database integrity (DBC and ARXML), bandwidth utilization, and bus loading.
  • Validate and manage vehicle communication across CAN, CAN-FD, LIN, Automotive Ethernet (100/1000BASE-T1), and FlexRay network frameworks.
  • Validate and release bootloader compatibility, flashing and partitioning strategies (AUTOSAR Classic/Adaptive), and memory and CPU utilization budgets.
  • Coordinate integration across powertrain and electrification (BMS, inverter, and charging), body and comfort, ADAS and AD compute platforms, infotainment and connectivity, and central compute and zonal controllers.
  • Validate that system behavior meets system requirement specifications under nominal and boundary conditions, fault-injection scenarios, high bus load, low voltage, and cold-crank conditions.
  • Ensure feature-level integration synchronization and robust power-mode management and wake-up/sleep strategies.
  • Own system-level regression test planning, drive root-cause analysis of cross-domain issues, and support integration war-room activities during DV/PV builds.
  • Release and validate functional KPIs such as defect leakage rate, integration maturity index, build stability metrics, bus-load margins, and software flash success rate.
  • Validate wake-up/sleep strategies across ECUs; ensure there is no unintended current draw or parasitic drain and that power-state transitions are correct during vehicle power cycles, start/stop/sleep, and OTA updates or events.
  • Validate UDS/DoIP response timing, ensure diagnostic sessions do not degrade functional performance, and validate DTC accuracy, freeze-frame integrity, and robustness.
  • Own vehicle- and system-level electrical and software integration strategy, execution, and release readiness across multiple vehicle domains.
  • Ensure electrical and software systems deliver intended vehicle-level functional performance, including feature behavior, timing performance, system robustness, drivability impact, and cross-domain interaction quality.
  • Own system-level validation and readiness of vehicle behavior under real-world conditions, including transient events, edge cases, environmental stress, and feature concurrency.
  • Work directly with MSTs, software engineers, systems engineers, validation teams, and suppliers to ensure robust delivery.
  • Take ownership of program milestones and operate in high-pressure launch environments.

About the Company

Scout Motors

Manufactures all-electric trucks and rugged SUVs

Scout Motors designs and manufactures all-electric trucks and rugged SUVs, reviving the classic Scout brand with US-based operations. Vehicles are built on a purpose-built body-on-frame electric platform developed in-house to deliver credible off-road performance, with manufacturing in Blythewood, South Carolina and an innovation center in Michigan handling design and engineering. The company uses a direct-to-consumer model with online reservations to sell its EVs. What sets Scout Motors apart is its in-house, rugged EV platform tailored for off-road use, combined with the heritage of the Scout name and support from the Volkswagen Group, allowing it to focus on outdoor recreation enthusiasts and a strong community while showcasing American manufacturing. The goal is to bring authentic, capable electric off-road vehicles to market and grow a dedicated community around the revived Scout brand.

Company size
1,001-5,000
Company stage
Not listed
Total funding
Not listed
Headquarters
Detroit, MI
Founded
2022

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