About the RoleThis position involves working within a specialized engineering team supporting manufacturing automation, IT systems integration, project execution, and validation activities in the life sciences sector. The work focuses on designing, implementing, optimizing, and maintaining advanced process automation systems that improve operational efficiency, manufacturing agility, and ensure regulatory compliance.Position: Foxboro Automation EngineerThis role is based on a large manufacturing campus in Cork, featuring multiple high-technology production platforms. The position offers hybrid flexibility, combining on-site presence with remote work.The Foxboro Automation Engineer will contribute to automation initiatives across both production and utility operations, including supporting the implementation of Syncade MES functionality for downstream processing. Ideal candidates will have experience with DCS Batch Automation systems and will have worked on commissioning and qualification of automated systems in regulated production environments.Key ResponsibilitiesParticipate in automation projects within a biopharma process environmentDevelop Functional and Detailed Design SpecificationsConfigure and test automated systems and control logicSupport commissioning, qualification, and system validation activitiesWork closely with process, project, and engineering stakeholdersSupport project execution in line with schedule milestones and KPIsRequirementsBachelor's degree in Engineering, Computer Science, Information Systems, or Life SciencesMinimum of 3+ years of DCS Batch Automation experience with systems such as Foxboro, ABB, or DeltaVStrong understanding of S88 Batch standardsExperience with API or chemical process manufacturingAbility to communicate effectively across multiple engineering functionsWorking knowledge of GAMP guidelinesWhat This Role OffersStrong autonomy and trust in managing technical responsibilitiesOpportunity to build technical depth while working with advanced automation technologiesEngagement in significant automation and capital projects in a high-complexity environmentProfessional development, continuous learning, and exposure to cutting-edge control systems