Senior Electrochemical Engineer - Data & Test

As the Senior Electrochemical Engineer at Electra, you'll be responsible for creating and executing standard test plans for novel electrochemical cells, analyzing and interpreting research data, and leading cross-functional project teams. Your role includes developing data analysis tools, collaborating with various teams on technical development, and mentoring junior members in the field of electrochemistry.

To apply for the Senior Electrochemical Engineer role at Electra, candidates should possess a Bachelor’s degree in chemistry, materials science, or chemical engineering, alongside 6+ years of industry experience in electrochemistry. Advanced degrees or experience in relevant technologies can be beneficial. Proficiencies in data analysis and electrochemical measurement techniques are also crucial.

Electra prefers candidates for the Senior Electrochemical Engineer role who have hands-on experience in fields like flow batteries, fuel cells, or CO2 electrolysis. Knowledge of handling large datasets and practical skills in electrochemical cell design will significantly enhance your application.

Candidates for the Senior Electrochemical Engineer position at Electra should be proficient in using data science and statistical analysis programs such as Python, MATLAB, or SQL. Familiarity with electrochemical measurement techniques and Microsoft Office is also required.

At Electra, the Senior Electrochemical Engineer has ample opportunities for career advancement by taking on leadership roles, managing innovative projects, and contributing to groundbreaking research that impacts sustainable iron production.

When answering this question, provide specific examples of the systems you've worked with, mentioning the techniques you employed and any outcomes achieved. Highlight any leadership roles in previous projects and demonstrate your analytical skills with data.

Discuss the various electrochemical techniques you’ve utilized, such as potentiometry or cyclic voltammetry. Provide details about how you've applied these methods in real-world research or testing scenarios, emphasizing results and learning experiences.

Describe your approach to maintaining a safe working environment, such as regular safety audits, ongoing training, and adherence to protocols. Communicate your experience in instilling safety awareness within project teams.

Reflect on a specific project challenge and explain how you approached problem-solving by analyzing data, collaborating with teams, or utilizing innovative methods. Make sure to detail your role and the impact your actions had on the project.

Discuss the tools and platforms you rely on for visualizing data, such as Python libraries or specific software. Provide an example of a project where effective data visualization aided in decision-making or project advancement.

Give examples of frameworks or strategies you utilize to manage multiple priorities. Highlight any project management tools you are familiar with and describe how they've helped you remain organized under pressure.

Share your approach to mentoring, giving examples of how you've guided junior staff in their development. Discuss any specific techniques you've used to facilitate their learning and enhance their understanding of electrochemistry.

Demonstrate your analytical skills by providing examples of data analysis tools you've applied, which insights you have drawn from the data, and how you communicated those findings to your team or stakeholders.

Discuss the importance of teamwork, sharing creative ideas, and leveraging diverse expertise in successful projects. Provide examples of how collaboration has enhanced project outcomes in your past experiences.

Outline your step-by-step approach to researching, testing, and scaling up a new technology. Include how you would gather data, analyze it, and collaborate with different teams throughout the project's lifecycle.