Systems Process Engineer

The Systems Process Engineer at Mill plays a crucial role in advancing our dry and grind technology by developing analytical process models, conducting proof of concept demonstrations, and collaborating with cross-functional teams. This includes defining system requirements, optimizing component selection, and ensuring energy-efficient designs.

To apply for the Systems Process Engineer role at Mill, candidates should have a BS or MS degree in a related engineering field, typically with a focus on Process, Thermal, or Chemical Engineering. Additionally, at least 5 years of hands-on experience in a similar role, especially working with chemical processes, is essential.

As a Systems Process Engineer at Mill, you will work on developing innovative systems for dehydration and grinding technologies. Your projects will involve creating analytical models, designing systems for pilot-scale demonstrations, and integrating electromechanical components to enhance performance and energy efficiency.

Absolutely! The Systems Process Engineer role at Mill is highly collaborative, requiring you to work closely with Electrical/Mechanical Engineers, firmware teams, and supply chain managers. This cross-functional interaction is key to delivering high-quality and sustainable industrial products.

The estimated base salary for a Systems Process Engineer at Mill ranges from $180k to $235k. This figure excludes benefits and potential equity grants. Compensation may vary based on several factors, including your experience, skills, and market conditions.

When answering this question, emphasize the specific project, outlining the challenges you faced, the design considerations you made, and the results achieved. Make sure to highlight your thought process in optimizing temperature and energy consumption.

Discuss your methodology for validating models, including the experiments you conduct to confirm your predictions. Share any statistical analysis tools you use to assess the reliability of your models.

Focus on a specific project where collaboration was critical. Your answer should detail your communication strategies, how you ensured everyone's contributions were aligned, and how this teamwork positively impacted the project outcome.

Share your experience with specific tools and software relevant to process modeling, such as Aspen or MATLAB. Explain how you've used these tools to improve designs and enhance system performance in your past work.

Provide an example of a process you successfully scaled, outlining the steps you took, the challenges you faced, and how you overcame them. Highlight your hands-on experience with prototyping and testing.

Illustrate your time management skills. Discuss the tools you use to keep track of deadlines and how you assess the urgency and importance of tasks to effectively allocate your time across projects.

Share a specific project where you implemented energy-saving measures. Discuss the approaches you used to analyze energy consumption and the impact your optimizations had on the project.

Highlight your commitment to safety by describing any safety protocols you've implemented in your projects or your philosophy on ensuring safety in design and operation, reflecting on past experiences.

Be honest and reflective. Share the situation, what you learned from it, and how you adapted your approach going forward. Emphasize your resilience and problem-solving skills in the face of challenges.

Express your insights into the future of process engineering, especially within sustainable technologies. Discuss innovations you believe could impact the industry, drawing from recent trends and technologies you're aware of.