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WV
Willamette Valley Company
Automation Project Engineer
Career Insights for Robotics Engineer
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Based on Oregon data
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What they do
A Robotics Engineer designs robots, maintains them, develops new applications for them, and conducts research to expand the potential of robotics. Utilizes a combination of electrical, mechanical, and software engineering. Common coding languages are C++ and Python.
$103,484 / year median in Oregon
+5% projected growth
Job Description
Position SummaryThe Automation Project Engineer leads the full execution of robotic and automation systems from sales handoff through design, build, integration, and customer acceptance. This role is responsible for delivering complete, functional automation solutions that meet customer requirements, schedule, and budget commitments. Building on the technical foundation of Applications Engineering and Mechanical Engineering roles, the Automation Project Engineer owns the transition from sales concept to reality driving system design, coordinating cross-functional teams, and ensuring successful deployment in manufacturing environments. Projects include advanced automation solutions, from custom equipment and robotic cells, to liquid metering and dispensing systems, material handling , and integrated automation solutions involving mechanical design, controls, and manufacturing expertise.
Primary ResponsibilitiesProject Ownership & ExecutionOwn automation projects from sales handoff through Factory Acceptance Testing (FAT) and customer delivery with Site Acceptance Testing (SAT)Define and validate project scope, ensuring alignment with customer requirements and proposal assumptionsDevelop and maintain project schedules, milestones, and deliverablesLead project meetings including kickoff, design reviews, and customer updatesIdentify risks and drive resolutionSystem Design & Engineering LeadershipLead system-level design of automation equipment including robotics and mechanical systemsGenerate and oversee detailed CAD designs and drawing packagesEnsure designs are manufacturable and meet performance requirementsGuide mechanical design work including tooling and fixturingManufacturing & Integration CoordinationWork with machining, fabrication, and assembly teamsTroubleshoot issues during build and integrationDrive Engineering Change Orders (ECO)Support system startup and validationCross-Functional LeadershipLead teams across mechanical, electrical, controls, and applications engineeringCoordinate with Sales and Applications Engineering to maintain scope alignmentWork with Controls Engineering to define architecture and I/OInterface with vendors and customersServe as primary technical contact during executionDrive design reviews across disciplinesResolve build issues with fabrication and assembly teamsLead integration troubleshooting with cross-discipline teamsAlign Sales, Engineering, and Operations on scope changesManage vendor coordination impacting deliveryQualifications & ExperienceBachelors degree in Engineering, Engineering Technology, or a related technical discipline, or equivalent hands on automation experience.
Minimum 5 years of experience in industrial robotics, automation integration, applications engineering and mechanical design.
Strong experience with robotic systems and automated manufacturing cells.
Working knowledge of PLCbased control systems, HMIs, industrial sensing technologies, and system safety concepts.
Experience evaluating manufacturing processes and developing robotic automation concepts.
Proficiency with AutoCAD and/or 3D CAD tools.
Strong written and verbal communication skills, with the ability to explain technical concepts to both internal teams and customers.
Highly organized, selfdriven, and capable of managing multiple concurrent projects at different phases of executionValid drivers license and US Passport requiredAbility to travel Internationally
Primary ResponsibilitiesProject Ownership & ExecutionOwn automation projects from sales handoff through Factory Acceptance Testing (FAT) and customer delivery with Site Acceptance Testing (SAT)Define and validate project scope, ensuring alignment with customer requirements and proposal assumptionsDevelop and maintain project schedules, milestones, and deliverablesLead project meetings including kickoff, design reviews, and customer updatesIdentify risks and drive resolutionSystem Design & Engineering LeadershipLead system-level design of automation equipment including robotics and mechanical systemsGenerate and oversee detailed CAD designs and drawing packagesEnsure designs are manufacturable and meet performance requirementsGuide mechanical design work including tooling and fixturingManufacturing & Integration CoordinationWork with machining, fabrication, and assembly teamsTroubleshoot issues during build and integrationDrive Engineering Change Orders (ECO)Support system startup and validationCross-Functional LeadershipLead teams across mechanical, electrical, controls, and applications engineeringCoordinate with Sales and Applications Engineering to maintain scope alignmentWork with Controls Engineering to define architecture and I/OInterface with vendors and customersServe as primary technical contact during executionDrive design reviews across disciplinesResolve build issues with fabrication and assembly teamsLead integration troubleshooting with cross-discipline teamsAlign Sales, Engineering, and Operations on scope changesManage vendor coordination impacting deliveryQualifications & ExperienceBachelors degree in Engineering, Engineering Technology, or a related technical discipline, or equivalent hands on automation experience.
Minimum 5 years of experience in industrial robotics, automation integration, applications engineering and mechanical design.
Strong experience with robotic systems and automated manufacturing cells.
Working knowledge of PLCbased control systems, HMIs, industrial sensing technologies, and system safety concepts.
Experience evaluating manufacturing processes and developing robotic automation concepts.
Proficiency with AutoCAD and/or 3D CAD tools.
Strong written and verbal communication skills, with the ability to explain technical concepts to both internal teams and customers.
Highly organized, selfdriven, and capable of managing multiple concurrent projects at different phases of executionValid drivers license and US Passport requiredAbility to travel Internationally