Software Engineer

As a Software Engineer at Rockwell Automation, your primary responsibilities will include collecting and documenting software requirements, developing and enhancing tools to meet technical specifications, and ensuring the integrity of software subsystems. You’ll be instrumental in collaborating with stakeholders to prioritize tasks and create innovative solutions that are aligned with both business needs and customer expectations.

To qualify for the Software Engineer role at Rockwell Automation, a Bachelor's Degree in Computer Science, Computer Engineering, Applied Mathematics, or a relevant field is typically required. In addition, having at least two years of experience in software data acquisition and management, along with proficiency in SQL, Python, and data modeling tools, will set you apart as a candidate.

Software Engineers at Rockwell Automation commonly use tools such as SQL, Python, Databricks, Visual Studio, and various modeling applications. Proficiency in Excel formulas for data manipulation as well as experience with Lean Six Sigma methodologies are also beneficial, enabling you to drive efficient data acquisition and modeling processes effectively.

Rockwell Automation is committed to the professional growth of its Software Engineers by offering a collaborative environment where you can gain diverse experiences through innovative projects. You'll have opportunities for training in the latest technologies, access to mentorship from seasoned professionals, and the chance to work in cross-functional teams that broaden your skill set and industry knowledge.

At Rockwell Automation, Software Engineers enjoy a comprehensive benefits package that includes health insurance for medical, dental, and vision, a 401k plan, paid time off, flexible work schedules, and parental leave. We also foster a dynamic work environment where diversity, inclusion, and collaborative spirit are celebrated, making it a great place to thrive in your career.

When responding to this question, share specific projects where you utilized SQL for data management. Focus on how you designed database queries and transactions to improve data retrieval times or enhance operational efficiency, demonstrating your capability to apply SQL in a practical context.

To tackle this question, discuss your approach to gathering requirements, such as conducting interviews with stakeholders, holding brainstorming sessions, or using user stories. Emphasize the importance of clear communication to verify requirements and ensure alignment with both business goals and technical feasibility.

When asked this question, outline a specific challenge, detailing your thought process, the methodologies you employed, and the ultimate solution. Highlight how your analytical skills and technical knowledge aided in resolving the issue, and how this experience contributes to your readiness for the Software Engineer role.

Express your commitment to continuous learning by mentioning resources you regularly use, such as industry blogs, online courses, webinars, and tech meetups. Discuss how you apply learned technologies in practical scenarios and how this habit of staying informed contributes to innovative problem-solving in your work.

When addressing this question, share a detailed account of a collaborative project. Focus on your role within the team, how you managed communication, and how your contributions aided project outcomes. Mention any tools you used for coordination, such as Agile methodologies or project management software.

To effectively answer this question, explain your background with data acquisition techniques, including any tools you’ve used for modeling data. Discuss specific projects where you implemented such techniques and how they added value to the final outcomes, demonstrating your technical skill set in handling data.

In your answer, outline your systematic approach to troubleshooting, starting from analyzing the problem, checking error logs, to isolating issues with code. Emphasize critical thinking and problem-solving in identifying root causes and implementing effective fixes while ensuring minimal downtime.

Highlight the importance of documentation in your development process by discussing how it ensures clarity and continuity. Discuss how you document requirements, designs, and processes, and how this practice facilitates better communication within teams and aids future projects.

Focus on a specific instance where you successfully picked up a new language or technology. Explain your learning process and how you applied your new skills in a relevant project, showcasing your adaptability and commitment to growth as a Software Engineer.

In answering this question, describe your methods, such as prioritization matrices or Agile sprint planning. Illustrate how you ensure that deadlines are met while maintaining quality, handling stakeholder expectations, and leveraging team collaboration to achieve project goals.