Mechanical Automation R&D Engineer

A Mechanical Automation R&D Engineer at Oribi Manufacturing LLC is tasked with leading research and development projects aimed at improving manufacturing processes and automation technologies. This includes gathering requirements, analyzing complex challenges, and proposing innovative engineering solutions that drive efficiency and quality.

To qualify for the Mechanical Automation R&D Engineer position at Oribi Manufacturing LLC, candidates must hold a Master’s degree in Mechanical Engineering, Industrial Engineering, or a related field, accompanied by six months of experience with pneumatics and hydraulics. Alternatively, a Bachelor's degree with five years of relevant experience is acceptable.

Key technical skills required for this position include experience in CFD and FEA, proficiency with programming languages such as C, C++, C#, and Python, robotic system design, PLC and HMI programming, and machine vision system design, among others, ensuring a solid foundation in automation technologies.

The average salary for a Mechanical Automation R&D Engineer at Oribi Manufacturing LLC is $121,264 per year, reflecting the advanced skills and experience required for this vital position within the company.

At Oribi Manufacturing LLC, a Mechanical Automation R&D Engineer will work on diverse projects to enhance automation technologies, which may include designing robust control systems, developing advanced machine vision systems, and innovating processes for thermoplastic composite part design.

When addressing problem-solving in mechanical automation projects, it’s crucial to analyze the problem systematically, breaking it down into manageable components. Use your technical knowledge and past experiences to craft potential solutions. Sharing real-world examples during your interview can demonstrate your analytical skills effectively.

In your response, outline your specific experiences with CFD and FEA, including the tools you've used and the projects you've worked on. Discuss how these skills contributed to solving engineering challenges and optimizing project outcomes.

Detail your proficiency with languages like C, C++, C#, and Python, and provide examples of projects where you've utilized these languages for automation tasks. This could include writing algorithms for control systems or software development for machines.

Explaining your approach to quality assurance in design and implementation is key. Discuss methodologies you use, such as design reviews, testing protocols, or continuous improvement measures that align with industry standards.

Reflect on a specific project that posed significant challenges, detailing your role, strategies for overcoming obstacles, and the results achieved. This allows you to showcase your leadership and problem-resolution capabilities in real-world scenarios.

Highlight specific projects or experiences where you were involved in robotic system design. Discuss the roles you played, technologies used, and how those projects contributed to automation efficiency.

Talk about the resources you utilize to stay informed, such as industry journals, online courses, and networking groups. Highlight how this commitment to continual learning influences your work and problem-solving in projects.

Describe your hands-on experiences with thermoplastic processes, emphasizing the techniques, tools, and design principles you've employed, as well as the impact of these experiences on your engineering approach.

Discuss methods you utilize to prioritize tasks, such as project management frameworks or tools, and your approach to balancing multiple responsibilities while ensuring project deadlines are met.

Craft a personal response that reflects your awareness of Oribi Manufacturing LLC’s mission and values. Connect your career aspirations with the company’s focus on innovation in automation, demonstrating a genuine interest in contributing to their goals.