Automation Robotics Engineer

As an Automation Robotics Engineer at DISHER, your main responsibilities will include leading the implementation of automation cells, overseeing mechanical-electrical design, and providing training and ongoing support to the receiving plants. You will also act as a project lead for integrators, guiding teams on aspects of robotics integration and ensuring the smooth operation of robotic systems.

To apply for the Automation Robotics Engineer position at DISHER, candidates should possess a Bachelor's in Engineering along with 3-5 years of relevant experience. Furthermore, familiarity with Fanuc and UR robotic systems is essential, along with experience in programming and troubleshooting these systems. FANUC Certification is a plus, as is proficiency with Allen Bradley PLCs and HMI projects.

Candidates should have a solid background in robotics integration with Fanuc and UR systems, as well as electrical and mechanical troubleshooting skills. Successful applicants will also manage small projects involving safety upgrades and retrofits, analyze information to choose the best solutions, and create performance indicators to enhance reliability and reduce downtime.

Yes, the Automation Robotics Engineer role at DISHER involves travel within North America, which may account for up to 50% of your time. This travel will be necessary to collaborate with various assembly plants and provide hands-on support and training at different sites.

DISHER stands out as a great workplace due to its commitment to fostering an empowering, inventive, and inclusive culture. Employees are encouraged to drive innovation and partake in continued training, all while being part of a cooperative team that values collaboration and excellence. This environment allows engineers to thrive in their careers while contributing to significant advancements in automation technology.

When implementing an automation cell, I start by thoroughly assessing the project requirements and constraints. I establish clear objectives and ensure open communication with all stakeholders. Following that, I draw upon my experience with mechanical-electrical design, integrating robotic systems effectively, and training team members to ensure smooth day-to-day operations.

I have extensive experience with Fanuc robotics systems, including programming, troubleshooting, and maintenance. I have successfully led projects involving the integration of Fanuc robots into manufacturing processes, optimizing workflows and enhancing productivity significantly.

Ensuring safety standards is a crucial part of my approach to automation projects. I conduct thorough assessments, develop risk mitigation strategies, and adhere to both local and industry-specific safety regulations. Additionally, I prioritize training for all personnel involved to foster a culture of safety awareness.

In a previous role, I encountered a significant issue with downtime due to a malfunctioning robotic cell. I systematically analyzed the situation, identified the root cause, and collaboratively developed a solution involving mechanical adjustments and software updates. This hands-on approach not only resolved the immediate issue but also enhanced the system's overall reliability.

I have a strong background in PLC programming, particularly with Allen Bradley systems. My experience includes programming in RSLogix 500, 5000, and Studio 5000 environments, which allows me to efficiently troubleshoot and optimize automation systems.

I stay updated in robotics and automation technology through continuous learning via online courses, attending industry workshops, and participating in webinars. I also follow key publications and industry leaders, ensuring I'm aware of the latest trends, tools, and technologies.

Effective troubleshooting involves a systematic approach where I analyze error codes, review electrical prints, and assess component functionality. Additionally, I leverage my knowledge of mechanical and electrical systems to pinpoint issues quickly and implement effective solutions.

I manage project timelines by setting clear deadlines, establishing milestones, and using project management tools to track progress. Clear communication is key; I ensure regular updates and encourage open discussions within the team to address issues promptly and collaboratively.

Developing performance indicators requires identifying key metrics that align with project objectives, such as uptime, cycle time, and throughput. I work closely with stakeholders to establish benchmarks and use data-driven insights to set realistic and achievable performance goals.

The most rewarding aspect of being an Automation Robotics Engineer is witnessing the tangible impact of my work on enhancing manufacturing processes. Knowing that I contribute to increased efficiency and safety while working with cutting-edge technologies is incredibly fulfilling.