Senior Chemical Process Engineer

The Senior Chemical Process Engineer at KoBold Metals is responsible for identifying and evaluating emerging mineral processing technologies suited for the company’s ores. This includes developing technoeconomic models, collaborating with exploration and metallurgy teams, and designing lab tests to process ores efficiently. The role also involves sourcing and managing partnerships with vendors to address chemical processing needs, enabling KoBold to exceed industry standards.

To become a Senior Chemical Process Engineer at KoBold Metals, candidates should possess an advanced degree in the physical sciences or engineering and have post-degree experience as a chemist or process engineer. A successful track record of scaling chemical processes, along with strong skills in technoeconomic modeling and experimental design, is essential. Excellent communication abilities are also crucial for collaboration in this interdisciplinary role.

The Senior Chemical Process Engineer plays a pivotal role in advancing KoBold Metals' mission to revolutionize mineral exploration and processing. By evaluating and implementing cutting-edge processing technologies, the engineer ensures efficient and environmentally responsible extraction of key minerals, thus facilitating the energy transition and supporting sustainable practices in the mining industry.

Essential skills for a successful Senior Chemical Process Engineer at KoBold include a strong foundation in first principle thinking, expertise in technoeconomic modeling, and proficiency in laboratory analytical methods. Candidates should also have experience with experimental design, be able to communicate complex technical problems effectively, and possess a passion for ongoing learning and innovation within the field.

The work environment for a Senior Chemical Process Engineer at KoBold Metals is remote-first and highly collaborative. With a focus on innovation and adaptability, the team is comprised of diverse experts who thrive in a dynamic setting. The company fosters a culture of continuous learning and provides opportunities to take ownership of impactful projects, encouraging engineers to explore new ideas and drive the company’s goals forward.

In addressing this question, candidates should describe specific projects where they successfully scaled a process, highlighting challenges encountered and solutions implemented. Effective communication of technical details in terms understandable to non-experts is key.

Candidates should explain their methods for keeping abreast of industry trends, including attending conferences, reading relevant journals, and participating in professional networks. Emphasizing a proactive approach demonstrates initiative and commitment to continuous learning.

When answering, outline specific modeling tools you've used, such as Aspen HYSYS or similar software. Describe how you approached modeling tasks and the results produced, emphasizing clarity and relevance to mineral processing.

Candidates should describe their communication strategies, emphasizing the importance of understanding different perspectives. Sharing examples of previous successful collaborations can illustrate strong interpersonal skills and effectiveness in a team setting.

Provide specific examples of methods used in past roles, describing how they contributed to project success. Detailing your understanding of both theoretical and practical applications showcases your expertise in chemical processing.

Provide a structured example using the STAR (Situation, Task, Action, Result) method. Elaborate on how you identified the problem, the steps taken to resolve it, and the outcomes achieved, demonstrating your problem-solving abilities.

Discuss your time management techniques, possibly detailing tools or methodologies like the Eisenhower Matrix or time blocking. Sharing how you've successfully managed multiple projects in the past can reinforce your organizational skills.

Outline specific criteria you use in your evaluation process, such as cost, efficiency, environmental impact, and suitability for the ore composition. This demonstrates a comprehensive understanding of the decision-making process in mineral processing.

Explain your approach to maintaining safety protocols, including training, compliance with regulations, and active participation in safety audits. This reflects your awareness of the importance of safety in engineering practice.

Express your enthusiasm for innovation and the potential to make a significant impact in mineral exploration and processing. Sharing a personal connection to the company’s mission can authentically convey your passion for the role.