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Job Analysis:
The role of Sr Maximo Asset Management Systems Engineer at Florida Power & Light (FPL) is fundamentally about optimizing and enhancing the asset management operations of one of the largest electric utilities in the U.S. This position involves a detailed understanding of Maximo and asset management principles and includes responsibilities such as overseeing the full lifecycle of the enterprise asset management system, collaborating with business stakeholders, and driving process improvements. A key part of the job is coordinating with various teams to ensure alignment of business processes and system functionality, which suggests that the person in this role will frequently face challenges related to cross-functional coordination and communication. Success in this role will look like the effective implementation of asset management solutions that streamline operations, enhance data-driven decision-making, and ultimately support FPL's goals of reliability and efficiency in delivering clean electricity.
Company Analysis:
Florida Power & Light Company operates at the forefront of the energy sector, recognized for its commitment to reliability and sustainability. As a leading electric utility, FPL's mission extends beyond merely providing electricity—it aims to be a driver of innovation and efficiency in power generation. The company culture likely emphasizes collaboration and a proactive approach to problem-solving, given its reliance on cutting-edge technologies and employee engagement in continuous improvement initiatives. This collaborative environment means the Sr Maximo Asset Management Systems Engineer will have ample opportunity to influence cross-departmental projects and should expect to work closely with senior leadership, as the outcomes of their efforts directly affect FPL's operational capabilities. The role is aligned with FPL's strategic push towards optimized asset management, reinforcing the company's position as a leader in clean and reliable energy delivery while addressing the technical complexities associated with managing extensive assets across diverse power generation portfolios.