Motion Control Engineer – Equipment, Technology & Innovation

As a Motion Control Engineer at HR Wallingford, your main responsibilities include designing, analyzing, and validating motion control systems for our hydrodynamic modelling laboratories. You will work on equipment such as wave generation systems and tidal generators, while engaging in design reviews and producing electrical schematics using advanced software. Your role will also encompass collaborating with cross-functional teams to ensure project success and providing support to business development efforts.

To qualify for the Motion Control Engineer role at HR Wallingford, you typically need a degree in Electrical Engineering, Mechatronics, or a related field, coupled with experience in the design of motion control systems. Familiarity with PLCs, I/O systems, and experience using electrical schematic software like Zuken E.3 are highly desirable. A strong background in collaborating with multidisciplinary teams is also beneficial.

Yes, HR Wallingford is dedicated to maintaining a healthy work-life balance for its employees. For Motion Control Engineers, there is the option of hybrid working, flexi-time, and even part-time arrangements to suit individual needs, allowing you to manage your professional and personal commitments effectively.

At HR Wallingford, Motion Control Engineers have access to various professional development opportunities. This includes involvement in innovative projects that require new technology exploration, peer collaboration, and the chance to produce technical documentation that enhances your expertise. You'll also have the opportunity to attend training sessions and possibly conferences as the company fosters a culture of continuous learning and development.

The expected salary for a Motion Control Engineer at HR Wallingford starts at £45,000, with the figure being dependent on experience level. Additionally, HR Wallingford promotes a supportive work environment that encompasses various benefits and competitive remuneration packages designed to attract and retain top talent in the field.

When answering questions about your experience with motion control systems, focus on specific instances where you've designed or validated such systems. Highlight your familiarity with using PLCs and any projects where you collaborated with other engineering disciplines, showcasing your technical proficiencies and teamwork skills.

Describe the software tools you are proficient in—specifically mentioning Zuken E.3 if applicable. Discuss how you've used these tools in previous roles to produce and review electrical schematics, emphasizing any particular challenges you overcame with them.

In discussing your approach to design reviews, emphasize your collaborative mindset and willingness to accept feedback. You might mention a specific instance where a design review led to meaningful improvements, showcasing your problem-solving skills and adaptability.

Outline your systematic approach to ensuring functionality and reliability by mentioning your design validation processes, such as testing phases and adherence to industry standards. Providing a specific example of how you resolved functionality issues in a prior position would strengthen your response.

When discussing a technical challenge, be specific about the issue you encountered, the reasons it arose, and the innovative solution you implemented. Highlight the impact of your resolution on the project and how it contributed to team success.

For this question, outline your time management strategies, perhaps mentioning tools or methodologies that help you prioritize tasks effectively. Discuss your ability to adapt when project priorities shift and provide examples when possible.

Share specific details about a successful project, emphasizing your role in the cross-functional team. Highlight how collaboration and communication led to achieving project goals, demonstrating your interpersonal skills and team spirit.

Discuss the importance of innovation in engineering roles, particularly in developing new technologies or improving existing systems. You could exemplify this with a specific aspect of your past work where innovative thinking created notable outcomes.

Explain your familiarity with safety standards relevant to motion control engineering and how you incorporate them into your designs. Provide an example of a project where safety compliance was paramount and how you ensured adherence to standards.

When reflecting on your motivations, consider mentioning what sparked your interest in motion control systems and how your passion for engineering drives you. Share any experiences that reinforce your enthusiasm for the impact of your work on sustainability and innovation.