Production Engineer

As a Production Engineer at Hydraquip Inc., you'll be responsible for overseeing production processes and ensuring optimal shop throughput. This includes identifying and estimating costs for various projects, managing inventory, and controlling shop costs linked to production requirements. You'll also be involved in researching, developing, and testing electrical components while assisting in designing customized electrical panels according to customer specifications.

To qualify for the Production Engineer position at Hydraquip Inc., candidates must hold a bachelor's degree in mechanical engineering or a related field. Additionally, a minimum of 12 months of training in calibration procedures and control of nonconforming products is essential, alongside 12 months of experience working with hydraulic and other industrial systems. This background ensures you'll have the skills needed to thrive in this role.

Hydraquip Inc. offers a comprehensive benefits package for Production Engineers, which includes competitive salaries, medical, dental, and vision insurance, life and disability insurance, as well as a 401(k) plan with company match. A standout benefit is our employee stock ownership plan (ESOP), enabling you to invest in the company's success while securing your financial future.

The employee stock ownership plan (ESOP) at Hydraquip Inc. is a fantastic opportunity for employees to become part-owners of the company, fostering a sense of unity and common purpose. When you become an employee of EOHI, you automatically invest in the ESOP, which contributes to both your retirement savings and the overall growth of the company without requiring you to purchase shares.

At Hydraquip Inc., we are committed to the personal and professional development of our employees. As a Production Engineer, you’ll have access to various training programs aimed at developing your skills, along with clear pathways for advancement within the company. Our culture encourages growth, ensuring that as you evolve in your role, you'll also be advancing your career with us.

When discussing your experience with hydraulic systems, focus on specific projects where you applied your knowledge. Share details about the types of systems you've worked on, your role in troubleshooting or design, and the impact of your work on overall production efficiency. Demonstrating both technical expertise and problem-solving skills will make a strong impression.

When tackling this question, highlight specific strategies you’ve implemented in past roles. Discuss your approach to continuous improvement, such as utilizing Lean manufacturing principles or the Kaizen method. Provide examples where your strategies led to measurable improvements in efficiency, cost savings, or quality.

Explain your approach to time management and prioritization. Use examples such as creating timelines, setting clear milestones, and utilizing project management tools. Discuss how you assess urgency and importance when determining your focus to ensure that all projects remain on track.

Discuss your collaborative style when working with teammates. Emphasize communication, active listening, and seeking feedback from others. Provide examples of successful teamwork, such as how you collectively solved an issue or reached a major production milestone.

Select a specific project that showcases your problem-solving skills. Describe the challenges you faced—whether technical, budgetary, or timeline-related—and explain the steps you took to navigate these obstacles. Highlight how your solutions led to a successful project completion.

Demonstrate your knowledge of relevant industry regulations by referencing specific standards you have worked with, such as ISO or ANSI guidelines. Discuss your experience ensuring compliance in past roles, highlighting the importance of adherence for safety and quality.

Finance your answer by discussing how data analysis informs decision-making in production. Reference specific tools or methods you’ve used to analyze production data, draw conclusions, and implement changes that lead to improved outcomes in efficiency or cost reduction.

Detail your experience managing nonconforming products by explaining the procedures you typically follow. This could involve identifying the issue, performing root cause analysis, and implementing corrective actions while adhering to calibration control standards, ensuring minimal impact on production.

Your response should illustrate your design process, from gathering customer requirements to creating and testing prototypes. Mention relevant software tools you use for design and how you ensure that the final product meets or exceeds customer expectations.

Convey your commitment to continuous learning by discussing the methods you use to stay informed, such as attending industry conferences, enrolling in relevant training programs, or engaging in professional networks. Highlighting specific resources shows passion and dedication to the field.