Maintainance Engineer (Sustainability)

Perform hands-on troubleshooting, repair, and maintenance of automation systems and semiconductor equipment. Diagnose and resolve issues related to PLCs, robotics systems, SCADA, vision systems, and data connectivity. Execute preventive and corrective maintenance to ensure maximum uptime and reliability of automation equipment. Develop, modify, and optimize PLC programs and robotic control logic for automation systems. Design and validate robotic structures and end effectors for automated assembly and material handling. Manage calibration of parts, sensors, and components to maintain accuracy and compliance with specifications. Update and maintain engineering specifications, drawings, and documentation for sustaining projects. Collaborate with cross-functional teams (Manufacturing, Quality, Vendors) to implement improvements and resolve technical issues. Drive continuous improvement initiatives to enhance equipment performance and reduce downtime. Support spare parts management and coordinate with suppliers for retrofits and technical assistance. Maintain a positive, proactive, and “can-do” attitude when addressing challenges. Diagnose and resolve complex automation system issues quickly to minimize downtime. Develop innovative solutions for equipment reliability and process optimization. Improve system reliability and reduce unplanned downtime through proactive sustaining strategies. Support long-term sustainability of automation solutions through robust maintenance and calibration practices. Expert-level PLC programming (Siemens, Allen-Bradley, or equivalent) for automation control systems. Strong hands-on experience in robotics programming (Fanuc, ABB, KUKA, or similar platforms). Knowledge of robotic structure design, kinematics, and end effector integration for semiconductor applications. Proficiency in troubleshooting automation hardware and control systems. Familiarity with SCADA systems and industrial networking concepts. Knowledge of vision systems and automated assembly processes. Understanding of Industry 4.0 technologies (IoT, AI, machine learning, cyber-physical systems). Mechanical knowledge: assembly processes, alignment, and structural requirements for equipment installation. Ability to interpret and update engineering specifications and technical documentation. Skilled in using diagnostic tools and test equipment for troubleshooting. Calibration expertise for sensors, actuators, and precision components. Align sustaining activities with operational priorities and business goals. Analyze equipment performance data to identify cost-saving opportunities and justify upgrades. Ensure compliance with industry-specific regulations and customer requirements. Manage spare parts inventory and cost control for sustaining operations. Provide technical guidance to technicians and junior engineers during troubleshooting and maintenance. Communicate effectively with stakeholders across engineering, operations, and supplier teams. Promote best practices in sustaining engineering and continuous improvement. Excellent communication skills for interaction with technical and non-technical stakeholders. Ability to work collaboratively in a team environment. Strong organizational and time management skills. Adaptability to changing priorities and operational needs. Maintain a positive and solution-oriented approach in all interactions.