TravelRegular across Europe (customer sites, partners, internal facilities)Role OverviewWe are seeking a skilled Mechatronics Engineer to design and deliver robot‑integrated automation solutions across Europe, with a focus on integrating UR and FANUC robots into industrial machine environments.This role is centered on building robust, standardised, and scalable automation systems while ensuring safety, performance, and alignment with European requirements.ResponsibilitiesDevelop and support UR and FANUC robot integration with industrial machineryDesign robot‑to‑machine interfaces including I/O, safety signals, and sequencingImplement industrial communication protocols (Modbus, Profinet, EtherCAT)Create and maintain standardised automation cell conceptsEnsure compliance with CE marking and EU machine safety standardsSupport installation, commissioning, and troubleshooting at customer sitesCollaborate with global engineering teams to align integration strategiesSupport MES/data connectivity and industrial communication where requiredContribute to documentation, standards, and best practice developmentCandidate ProfileDegree in Mechatronics, Robotics, Electrical Engineering, Automation, or related fieldProven experience integrating industrial or collaborative robots (UR and/or FANUC)Strong hands‑on experience with robot‑to‑machine integration and sequencingGood understanding of industrial communication protocols (OPC UA, Modbus, Profinet)PLC or C# experience is advantageous (CODESYS a plus)Strong knowledge of EU machinery safety standards and CE complianceExperience supporting or conducting risk assessmentsExposure to MES / industrial connectivity systems is beneficialExperience in multi‑site or multi‑country projects is an advantageStrong analytical and structured problem‑solving abilityExcellent communication and cross‑functional collaboration skillsWillingness to travel across EuropeBy applying to this job post you agree that Sterling Engineering may process your personal data for recruitment purposes.For more information and a confidential chat please contact Gerard Cunniffe on +353861908885
#J-18808-Ljbffr