Senior Robotics Engineer - R&D

As a Senior Robotics Engineer - R&D at HIROTEC America, your primary responsibilities include evaluating and implementing emerging robotic technologies, leading proof-of-concept development projects, and providing support to operations teams as a subject matter expert in robotic integration. You'll also mentor junior engineers, track project timelines and budgets, and present your findings to senior leadership, playing a pivotal role in advancing our production capabilities.

To qualify for the Senior Robotics Engineer - R&D position at HIROTEC America, you'll need a Bachelor’s degree in Robotics, Mechatronics, Mechanical Engineering, or a related field, along with a minimum of 3 years of experience in robotics integration, programming, or R&D development. Experience with Fanuc robots is preferred, and familiarity with simulation tools like RoboGuide is a strong plus. A background in vision systems would be advantageous, but training will be provide.

At HIROTEC America, the work environment for a Senior Robotics Engineer is designed to foster collaboration and innovation. You'll be part of a diverse team that emphasizes the importance of growth and development. The company prides itself on providing a supportive atmosphere where you are encouraged to explore new ideas while having access to advanced technologies that empower you to break new ground in robotics.

Yes, the Senior Robotics Engineer - R&D role at HIROTEC America may involve some travel. You might travel to customer facilities, domestic events, and international locations as needed to ensure successful robotic integration and to showcase innovative solutions. This travel helps to build relationships and solidify partnerships with key stakeholders.

HIROTEC America is dedicated to the professional development of its employees, including those in the Senior Robotics Engineer - R&D position. You'll have opportunities to mentor junior engineers, attend workshops, and participate in training sessions to enhance your skills in robotics and automation. The work culture encourages innovation and supports continuous learning, ensuring that you grow alongside the company.

When answering this question, highlight specific projects where you’ve utilized programming for robotics. Discuss the types of robots you’ve worked with, like Fanuc, and any specific applications you developed. Mention the outcomes and improvements those achieved, showcasing your hands-on experience and problem-solving skills.

To respond effectively, stay informed on current trends in robotics and automation. Discuss technologies like robotic vision systems or AI integration, and frame your answer by highlighting how these innovations could drive operational efficiency and quality enhancements in manufacturing or R&D roles.

Outline a specific project that posed challenges in either timeframe, technology integration, or team dynamics. Emphasize the strategies you used for project management, communication with stakeholders, and any technical leadership you provided. Highlight the successful outcome and lessons learned.

When addressing this, consider discussing your mentorship style. Share your experiences of collaborating with junior engineers, providing them with guidance, resources for learning, and contrasting strategies to solve problems. Emphasize the importance of fostering a supportive learning environment.

Mention specific software tools like RoboGuide or Process Simulate that you are familiar with. Discuss how these tools contribute to planning, testing, and validating robotic systems prior to implementation, which is crucial for minimizing downtime and optimizing processes.

Explain your method for prioritizing tasks—perhaps by evaluating project impact, deadlines, or resource availability. Provide an example of a time when you successfully juggled multiple priorities, underscoring your organization and problem-solving capabilities in dynamic settings.

Detail the evaluation process you follow for new technologies, such as benchmarking against project requirements or testing in proof-of-concept phases. Highlight collaboration with stakeholders and iterative feedback mechanisms to ensure that chosen technologies align with operational goals.

Share a concrete example where you successfully communicated technical concepts to a non-technical audience, such as executives. Discuss your approach to simplifying jargon and using relatable analogies or visuals, demonstrating your ability to bridge the gap between technical and non-technical roles.

Discuss how robotic vision systems can improve accuracy, reduce errors, and increase efficiency in production. Provide examples of industries or applications where you've seen these systems implemented successfully, reinforcing the tangible benefits they bring to automation.

Reflect on your passion for technology and innovation, and share personal stories or experiences that sparked your interest in robotics. Highlight the multifaceted nature of the field and how it aligns with your interests in exploring new technologies to solve real-world challenges.