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Siemens Energy
Automation Expert
Career Insights for Robotics Engineer
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Based on Florida data
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What they do
A Robotics Engineer designs robots, maintains them, develops new applications for them, and conducts research to expand the potential of robotics. Utilizes a combination of electrical, mechanical, and software engineering. Common coding languages are C++ and Python.
$99,577 / year median in Florida
+7% projected growth
Job Description
Automation Expert Siemens Energy - 3.9 Orlando, FL Job Details Full-time 1 day ago Benefits Paid holidays Health insurance Paid time off Parental leave 401(k) matching Qualifications Robot troubleshooting Robot maintenance Software deployment Safety regulations Software implementation Mechanical system commissioning projects Robotics engineering Production risk assessment Production safety compliance Technical support System design for system development Regulatory/legal compliance standards in production System development System deployment Commissioning phase involvement Legal compliance Research & development Field commissioning Manufacturing company experience Mechanical troubleshooting Production troubleshooting Engineering manufacturing support Full Job Description A Snapshot of Your Day (position overview) As a subject-matter expert, the position is critical for leading the design, evaluation, and deployment of robust industrial robotic solutions for manufacturing environments, ensuring they are fit-for-purpose, reliable, and scalable. To achieve these objectives, the role will focus on three core areas: Robotic Solution Design & Deployment, which covers the end-to-end creation of automation systems; System Analysis & Optimization, focused on evaluating performance and driving reliability improvements; and Technical Strategy & Leadership, which involves setting operational plans and guiding the organization's automation roadmap. Given the focus on advanced robotics and strategic impact, the ideal candidate will be a recognized master in mechatronics or a related engineering discipline. This individual must possess extensive experience in designing and implementing complex automation systems, proficiency in relevant programming and design software, and the ability to influence technical direction at a leadership level. How You'll Make an Impact (responsibilities) Establish operational plans and technical roadmaps for the adoption of new automation technologies in line with functional objectives. Evaluate existing manufacturing processes to identify and justify opportunities for automation and robotics implementation. Design and evaluate robotic cells, lines, and integrated automation systems. Define robot selection criteria including payload, reach, accuracy, speed, and safety. Specify end-effectors, tooling, vision, and sensing solutions for industrial use cases. Support programming approaches including offline programming and adaptive control. Assess feasibility, risks, and limitations of robotics use cases. Capture lessons learned and contribute to robotics standards and best practices.