Process Scientist I

As a Process Scientist I at Electra, you'll focus on developing flowsheets for converting iron feedstocks into purified solutions suitable for electroplating. Your responsibilities include setting up and performing bench-scale experiments, conducting routine chemical analyses, analyzing lab data, summing up and presenting experimental findings, and supporting general lab maintenance.

To qualify for the Process Scientist I position at Electra, candidates should possess a Bachelor’s degree in chemical engineering, chemistry, mining, or metallurgical engineering. Additionally, experience in testing chemical processes in a laboratory environment is essential, along with basic calculation skills, critical thinking, and strong communication abilities.

Advancing your career as a Process Scientist I at Electra involves developing your skills, contributing innovative ideas, and demonstrating your ability to analyze experimental data effectively. Engaging in ongoing learning and collaborating with more senior scientists will also support your professional growth in this dynamic environment.

In the role of Process Scientist I at Electra, you will conduct bench-scale experiments designed to test and define new process steps for purifying iron from feedstocks. These experiments will involve characterizing various raw materials and products through standardized chemical analysis procedures.

Electra offers an attractive benefits package for Process Scientist I employees, including 100% paid premiums for health plans, generous paid parental leave, contributions to health savings accounts, and a 401k plan with matching contributions, which vest on day one.

When answering this question, discuss your hands-on experience with specific experiments or analysis techniques you've used. Highlight how you approached problem-solving during experiments and any successful outcomes you achieved.

Emphasize your safety-first mindset by discussing the protocols you follow, the importance of communication regarding potential risks, and any specific training or experiences that have equipped you to maintain a safe laboratory environment.

In your response, narrate a specific challenge, the method you used to overcome it, and the positive outcome. This illustrates your critical thinking skills and adaptability—both key traits for a Process Scientist I at Electra.

Share the analytical methods and software tools you are familiar with, such as Excel for data management or specific chemical analysis techniques. Demonstrating your data interpretation skills will be critical in this role.

Explain your organizational skills and how you prioritize tasks effectively. Discuss any tools or strategies you use to stay on top of your responsibilities while ensuring quality and safety are never compromised.

Convey your commitment to continuous learning by mentioning sources such as scientific journals, professional organizations, and conferences. Keeping abreast of advancements ensures you can employ cutting-edge techniques at Electra.

Discuss your collaborative spirit, providing examples of how you've worked effectively with colleagues to achieve common goals. Highlight your communication skills and openness to feedback, which foster a positive team environment.

Articulate how critical thinking shapes your approach to experiments and problem-solving. Provide examples of how you've analyzed problems, explored solutions, and drawn conclusions from experimental data.

Emphasize your proactive attitude by describing how you assess potential risks before beginning work. Mention specific safety protocols you follow to minimize hazards and ensure a safe environment for yourself and your colleagues.

Share your passion for sustainability and innovation in iron production. Also, mention Electra's commitment to reducing carbon emissions and how the company's vision aligns with your own professional goals, making it an exciting opportunity for you.