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Job Analysis:
The primary aim of the Robotic Field Service Engineer at FANUC America is to ensure the functionality and reliability of FANUC's robotic systems at client sites, enhancing operational efficiency for manufacturers. The responsibilities extend beyond mere repair and maintenance—candidates will need to actively troubleshoot complex issues and possess the technical acumen to program and maintain robotics and associated systems. Given the on-site nature of the job, effective communication is crucial, as engineers will engage with customers to diagnose problems and relay solutions. The expectation of substantial travel (3-4 nights weekly) implies the need for adaptability and customer service skills. Success in this role means not only performing repairs but also offering insights into robotic operations that can prevent future issues, reflecting a proactive approach to customer service. Meeting the operational metrics set by the Service Supervisor through detailed reporting and timely service will be key performance indicators that define success within the first year.
Company Analysis:
FANUC America operates in the highly competitive and innovative industrial automation sector, recognized for its comprehensive offerings in robotics and factory automation. As a company that emphasizes 'Service First,' it strives to enhance manufacturers' efficiency and profitability, underpinning its commitment to customer satisfaction. This environment fosters a culture of integrity and collaboration, crucial for a role that demands constant interaction with customers and the resolution of complex technical challenges. The engineer's position is likely a critical link between FANUC and its clientele, navigating the dual pressures of maintaining high service standards while adapting to diverse manufacturing environments. This role aligns with FANUC's broader strategy to reinforce its market leadership by ensuring client satisfaction, which enhances loyalty and supports revenue growth. The English-speaking workforce in this environment suggests a need for robust communication skills, particularly when managing technical issues and educating clients on the optimal use of advanced robotic systems.