Industrial Automation Engineer

As an Industrial Automation Engineer at Energy Vault, your primary responsibilities include designing and implementing on-site control programs for gravity energy storage systems, troubleshooting automation codes, and ensuring effective collaboration with other engineering teams. You'll work extensively with PLCs, VFD motor drives, motion control systems, and HMIs to optimize energy performance and reliability, playing an essential role in revolutionizing energy storage solutions worldwide.

To qualify as an Industrial Automation Engineer at Energy Vault, you should have a mix of educational credentials and experience. The ideal candidate will have at least 3 years of engineering experience along with a Master’s degree, or 5 years’ experience with a Bachelor’s degree. Extensive knowledge in Beckhoff automation programming and motion control systems is essential, along with a willingness to spend significant time at our Snyder site.

Energy Vault is committed to fostering the professional growth of its Industrial Automation Engineers by offering various opportunities for training and development. Employees can take advantage of mentorship programs, access to cutting-edge technologies, and collaboration with experienced engineers from multiple disciplines. Additionally, the company encourages attendance at workshops and conferences to expand skills and knowledge within the renewable energy sector.

The work environment for an Industrial Automation Engineer at Energy Vault is dynamic, collaborative, and focused on innovation. You would often be working closely with cross-functional teams in a friendly atmosphere that encourages creativity and problem-solving. With a mix of hands-on site work and potential remote arrangements, Energy Vault promotes a flexible and supportive workplace culture.

Yes, Energy Vault provides a comprehensive benefits package for their Industrial Automation Engineers, which includes an annual bonus plan, Restricted Stock Units (RSUs), 401K employer matching, and extensive medical, dental, and vision plans. Employees also receive generous time off, support for home office expenses, and additional perks that contribute to a fulfilling work-life balance.

When answering this question, focus on specific projects where you've utilized Beckhoff TWINCAT PLC Software. Discuss the types of systems you’ve worked on, any particular challenges you faced, and how you overcame them. Detail the automation codes you developed and the impact they had on overall system performance.

In delivering your response, highlight a systematic approach to troubleshooting. Discuss how you gather data, utilize diagnostic tools, and collaborate with team members to identify and resolve issues effectively. Share any specific examples that showcase your problem-solving skills and determination to maintain operational efficiency.

When discussing a project, outline the goals you aimed to achieve and the specific improvements you implemented. Talk about the design changes, the technologies you integrated, and the measurable results of your enhancements. Demonstrating how your contributions helped optimize energy storage performance is key.

It's essential to emphasize your understanding of safety within automation and industrial environments. Mention any specific safety standards relevant to energy systems, and elaborate on certifications you hold. Discuss your commitment to ensuring safety in design and operation, and how it has influenced your engineering practices.

When tackling this question, focus on your ability to simplify complex concepts. Provide an example where you successfully explained an engineering concept to a non-technical audience. Highlight the techniques you use to ensure clarity, such as visuals, analogies, or interactive demonstrations to engage and educate stakeholders.

Prepare a specific example highlighting your teamwork skills. Discuss the diversity of disciplines within the team, the challenges faced, and how you contributed to achieving project milestones. Emphasize the importance of communication and collaboration in driving project success.

In your answer, emphasize a proactive approach to continuous learning. Mention specific resources you utilize, such as industry publications, online courses, seminars, and professional networks. Share any recent technologies you’ve learned about and how they could apply to your role at Energy Vault.

Detail your time management strategies for handling competing priorities. Discuss how you assess urgency and importance, utilize planning tools, and communicate with stakeholders to ensure deadlines are met. Providing an example of navigating a busy project schedule would add credibility.

Highlight the importance of data in improving engineering processes. Explain how you utilize data collection for performance monitoring, troubleshooting, and decision-making. Provide specific instances where data analysis led to actionable insights and resulted in successful project outcomes.

When answering this question, convey genuine enthusiasm for the company's mission and values. Discuss your alignment with their focus on innovation and sustainability. You may also share what attracts you to the specific role and how you envision contributing to Energy Vault's success.