Robotics Automation Engineer

To qualify for the Robotics Automation Engineer role at Keystone Powdered Metal Company, candidates should possess a Bachelor’s degree in Mechanical or Electrical Engineering, or hold equivalent experience in the field of robotics. Familiarity with robotics systems such as Fanuc and Epson, along with experience in control equipment and software like PLCs and AutoCAD, is crucial. Additionally, showcasing a positive mindset and strong communication skills will greatly enhance your application.

As a Robotics Automation Engineer at Keystone Powdered Metal Company, your key responsibilities will involve programming and troubleshooting robotic systems, providing technical support for existing automation equipment, and spearheading the development of robotics projects. You’ll utilize advanced technologies for applications such as vision systems and pick-and-place operations, while also innovating new automation concepts that leverage our shop resources effectively.

At Keystone Powdered Metal Company, the work environment for a Robotics Automation Engineer is collaborative and supportive. You’ll be part of a friendly team that values innovation and teamwork. The company encourages new ideas and provides resources for professional development, making it an ideal place for engineers who thrive on challenges and are passionate about robotics and automation.

Robotics Automation Engineers at Keystone Powdered Metal Company will work on various exciting projects focusing on programming and applying robotic systems in production processes. Projects often include implementing vision, palletizing, and pick-and-place applications, where you’ll utilize your creative problem-solving skills. You’ll also have the opportunity to prototype new automation ideas using advanced machining tools like mills and 3D printers.

Keystone Powdered Metal Company is dedicated to the growth of its Robotics Automation Engineers by providing opportunities for ongoing training and professional development. This includes access to the latest technologies, hands-on experience in a well-equipped shop, and mentorship from experienced engineers. The company fosters an environment that prioritizes learning and innovation to keep its engineers ahead in their careers.

Absolutely! Keystone Powdered Metal Company values its employees and offers various career advancement opportunities for Robotics Automation Engineers. As you gain experience and demonstrate your skills, you can progress to higher levels of responsibility within the engineering department or even move into managerial roles, depending on your interests and professional goals.

In the role of Robotics Automation Engineer at Keystone Powdered Metal Company, you will work primarily with Fanuc and Epson robotics systems as well as a variety of control equipment including PLCs, vision systems, and servo systems. Proficiency in AutoCAD and office software such as PowerPoint, Excel, and Word will also be beneficial in completing your tasks effectively.

When answering this question, provide specific examples of projects where you programmed or troubleshot these systems. Discuss how you approached the challenges, the methodologies used, as well as any improvements you achieved in productivity or safety. Be concise but detailed to showcase your familiarity with these technologies.

To address this question effectively, highlight your logical approach to troubleshooting, such as checking electrical connections, reviewing diagnostics, and running simulations. Share an example where your troubleshooting led to efficient problem resolution, which can illustrate both your technical skills and your ability to remain calm under pressure.

In your response, mention industry-specific resources like journals, online courses, and workshops, as well as your active participation in technology forums or groups. This shows that you’re committed to continuous learning and staying updated with the latest industry trends, which is vital for a Robotics Automation Engineer.

Utilize the STAR method to structure your response: Situate the scenario, describe the task at hand, elaborate on the actions you took for the innovation, and highlight the results. If possible, quantify improvements or efficiencies gained to emphasize the impact of your work.

Share your experiences in working collaboratively with different departments such as production or quality assurance. Discuss communication methods, conflict resolution tactics, and how you ensure that all parties are aligned with project goals. This displays your teamwork abilities and adaptability in a dynamic work environment.

Detail the specific software and tools you are proficient in, such as AutoCAD for design, simulation programs for testing, or any robotics programming environments you have worked with. Explain why you favor these tools, focusing on how they improve efficiency and accuracy in projects.

Explain the importance of safety and compliance, referencing established industry standards like OSHA guidelines. Discuss specific safety protocols you implement to ensure that both the equipment and personnel are safe when interacting with automation systems.

In your answer, demonstrate your method for task prioritization, such as using project management software, setting milestones, or assessing project impact versus urgency. Provide an example of a time when effective prioritization led to successful project completion.

Discuss a particular challenge related to robotics, such as an unexpected error in automated processes. Explain the steps you took to diagnose the problem, implement a solution, and what you learned from the experience. This not only highlights your problem-solving skills but also your resilience.

Articulate your vision based on industry trends and innovations you've followed. Discuss areas like AI integration, machine learning applications in robotics, or how evolving technologies could impact the manufacturing landscape. This demonstrates your thought leadership and awareness of where the industry is headed.