Process Engineer l

As a Process Engineer II at Harsco Environmental, your primary responsibilities will include supporting production by analyzing difficulties, defining optimized manufacturing methods, establishing manufacturing order sequences, and implementing effective line balancing strategies. Additionally, you'll analyze production capacity, collect and document essential data, and drive continuous improvement initiatives across various departments.

To excel as a Process Engineer II at Harsco Environmental, candidates typically need a degree in industrial engineering or a related field, coupled with relevant experience in manufacturing processes. Strong analytical skills, familiarity with process improvement methodologies, and excellent collaboration and communication abilities are also crucial for success in this role.

In the role of Process Engineer II, you will actively participate in Continuous Improvement events, analyzing current workflows and identifying opportunities for enhancement. Your insights will help streamline processes and optimize resource utilization, ultimately improving productivity and supporting Harsco Environmental's commitment to sustainable practices.

Essential skills for a Process Engineer II at Harsco Environmental include advanced analytical thinking, a strong understanding of manufacturing processes, effective communication and leadership skills, and the ability to work collaboratively with diverse teams. Additionally, proficiency in data analysis tools and methodologies will be beneficial in this position.

On your first day as a Process Engineer II at Harsco Environmental, you can expect an engaging introduction to the company culture, safety protocols, and an overview of the production processes. You will likely meet your team and begin familiarizing yourself with ongoing projects and initiatives, setting the stage for a successful career within our dynamic organization.

When discussing your approach to solving production difficulties, emphasize your analytical skills and your ability to gather data. Explain how you would assess the situation, identify root causes, and collaborate with teams to implement effective solutions. Providing a specific example from your previous experience can strengthen your answer.

To answer this, discuss your understanding of line balancing principles and how they relate to cycle times and production rates. Highlight your ability to analyze workloads and resources, and explain how you have successfully implemented line balancing techniques in past roles to enhance efficiency.

Share your experience with data validation techniques and emphasize the importance of maintaining accurate manufacturing documentation. Talk about how you've used data to inform decision-making and improve processes, ensuring to highlight relevant tools or software you’ve utilized in your previous roles.

In answering this question, provide a detailed example of a Continuous Improvement project. Describe your role, the methodologies you applied, the outcomes achieved, and how the project impacted productivity or efficiency. Be sure to illustrate your leadership skills and collaboration with cross-functional teams.

Discuss your approach to integrating ergonomic principles when designing work center layouts. Explain how you assess tasks to minimize strain on employees and improve productivity and safety. If applicable, relate any instances where you have successfully implemented ergonomic solutions in past roles.

Emphasize the importance of collaboration in driving success in engineering. Discuss how you seek input from diverse teams and how teamwork can provide valuable insights that lead to more robust solutions. Provide an example of a collaboration experience that led to a successful project outcome.

In your answer, describe the situation, your approach in guiding the junior engineer, and the positive outcomes that resulted from your mentorship. Highlight the key skills you focused on developing in the mentee and how this experience reinforced your leadership abilities.

Discuss your commitment to continuous learning, such as attending industry conferences, participating in webinars, and engaging with professional networks. Mention any specific technological advancements or trends you have implemented in previous positions, showing your proactive approach to keeping pace with the industry.

Share your strategies for managing stress and prioritizing tasks under pressure while maintaining quality. Discuss your ability to think quickly, reallocate resources, and communicate effectively with your team to ensure deadlines are met even when unforeseeable challenges arise.

Talk about your familiarity with developing and implementing functional test procedures (FTP) and conducting Process Failure Mode and Effects Analysis (PFMEA). If you can, provide specific examples of how these processes have led to improved product quality and reduced risks in your previous work.