Robotics Programmer

A Robotics Programmer at Steven Douglas Corp is responsible for developing, programming, and integrating robotic systems into custom automated machinery. Key responsibilities include programming and configuring robotic arms from brands like Fanuc and Epson, optimizing robotic cells in motion planning software, and ensuring seamless interaction with PLCs and vision systems. Additionally, you will design safety protocols and troubleshoot any programming challenges throughout the project lifecycle.

To be a successful Robotics Programmer at Steven Douglas Corp, you should have a Bachelor’s degree in Robotics, Electrical Engineering, Mechanical Engineering, or a related field. A minimum of 5 years of hands-on experience in robotic programming is required, along with proficiency in robot programming languages. Familiarity with industrial automation systems, strong troubleshooting skills, and the ability to work collaboratively in cross-functional teams are also essential.

At Steven Douglas Corp, Robotics Programmers work with a variety of robotic systems, specifically including manufacturers such as Fanuc, Epson, Yaskawa, and Mecademic. The role involves programming robotic arms and integrating them into automated machinery, making it crucial to have expertise in these specific systems to drive our automation projects effectively.

As a Robotics Programmer at Steven Douglas Corp, you will enjoy a competitive salary and performance-based incentives, along with excellent benefits including 100% employer-covered medical, dental, and vision insurance. Additional perks include paid vacation, a 401(k) plan with generous employer matching, and opportunities for continuous learning and professional growth in a collaborative workplace.

Collaboration is a cornerstone of success at Steven Douglas Corp. Robotics Programmers work closely with mechanical and electrical engineers to ensure proper hardware selection and integration of robotic components. This teamwork is crucial not only for the programming and troubleshooting of robotic systems but also for ensuring seamless operations and project success across multiple disciplines.

When responding, be specific about the types of robotic systems you've worked with, such as Fanuc or Epson, and the programming languages you've used. It’s great to include examples of projects where you handled complex programming challenges and integrated these systems into automated machinery.

Discuss your systematic approach to diagnosing problems, emphasizing your analytical skills and experience with common issues in robotic integration. Providing a specific example will illustrate your method effectively.

Talk about the importance of robotic safety protocols in your work. Mention specific measures you have taken, such as conducting risk assessments and implementing guarding solutions, to ensure a safe working environment during robotic operations.

Highlight your communication skills and your experiences working with teams such as mechanical and electrical engineers. Explain how you foster open dialogue and align objectives to ensure everyone is on the same page during projects.

Detail your familiarity with motion planning software and give examples of how you've utilized it to create or optimize motion paths for pick-and-place or other automated processes.

Share a specific project that posed challenges, what you did to overcome them, and the positive outcomes of your efforts. This will demonstrate your problem-solving capabilities.

List the robotic programming languages you've used, such as Python or specific robot vendor languages. Describe how you applied these languages in real-world projects to demonstrate your practical knowledge.

Discuss your commitment to continuous learning in the robotics field. Mention resources you use, such as webinars, industry magazines, or courses that keep you abreast of advancements in robotics technology.

Have examples ready of how you’ve used CAD software to design robotic cells. Highlight any challenges faced and your approach in these layout designs, demonstrating both technical ability and creativity.

Explain your planning methods when approaching projects, such as setting milestones, prioritizing tasks, and leveraging tools for tracking progress to ensure you meet deadlines efficiently.