The engineer will collaborate with cross-functional hardware, software, validation, and systems teams to evaluate technical solutions, analyze risks and benefits, document system designs, and support implementation and validation activities.
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Strong understanding of robotics and autonomous systems fundamentals.
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Experience with autonomous or automated robotic systems.
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Experience working with robotic hardware, electronic systems, and vehicle-level architectures.
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Knowledge of engineering development processes and system integration methodologies.
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Experience with requirements decomposition and solution development.
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Ability to evaluate technical alternatives and perform risk, benefit, and tradeoff analysis.
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Strong system-level troubleshooting and root cause analysis skills.
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Experience creating technical design documentation and engineering specifications.
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Ability to translate system-level solutions into actionable development and delivery work items.
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Strong collaboration skills with multidisciplinary engineering teams.
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Experience with mining, construction, agricultural, or other heavy equipment/machinery systems.
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Experience with autonomous vehicle or industrial technology products.
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Understanding of the product development lifecycle.
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Experience with data analysis, issue investigation, and root cause analysis.
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Familiarity with safety standards and frameworks such as Functional Safety and SOTIF.
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Experience with simulation tools used for development, testing, or validation.
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Working knowledge of C++ and Python.
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Experience developing or troubleshooting systems in a Linux environment.
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Familiarity with vehicle communication protocols including CAN and Ethernet.
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Contribute to onboard autonomous system architecture, design decisions, and vehicle-level integration.
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Design and support electronic and network architectures for autonomy technology platforms used across autonomous hauling products.
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Work with the System Integration Lead, engineering teams, process partners, and subject matter experts to identify and evaluate potential technical solutions.
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Analyze new requirements and system issues to determine appropriate engineering solutions.
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Perform technical tradeoff, risk, and benefit analysis before recommending system changes.
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Break down system-level requirements and proposed solutions into clearly defined, actionable engineering work items.
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Document selected system designs, technical decisions, interfaces, assumptions, and implementation requirements.
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Coordinate design implementation with hardware, software, component, development, and validation teams.
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Coordinate hardware availability and dependencies across component and engineering teams.
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Support delivery teams throughout implementation and system integration activities.
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Work closely with validation teams during development of test strategies and validation plans.
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Support system testing, issue investigation, and validation activities in laboratory and vehicle environments.
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Triage, troubleshoot, and resolve system-level hardware, software, networking, and integration issues.
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Analyze system data to identify performance issues, design limitations, and potential improvements.
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Support system integration activities throughout the development and product lifecycle.
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Ensure technical solutions align with overall autonomous platform requirements, safety considerations, and product objectives.
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