Software Developer II (Powerflow - Electrical Engineering Software)

As a Software Developer II at NISC, your primary responsibilities will include designing and building responsive desktop and server-based applications for electrical engineering, developing and maintaining RESTful web services, and implementing container-driven development using technologies like Kubernetes. You'll work alongside teams to research, design, and roll out innovative features, while also addressing customer issues related to electrical applications.

To qualify for the Software Developer II role at NISC, candidates should have 5+ years of experience in software development, particularly in technical fields such as electrical engineering. Proficiency in languages like C++ and C#, along with knowledge of relational databases such as PostgreSQL, is necessary. A Bachelor’s or Master’s degree in Computer Science or a related field is preferred.

NISC follows established software development methodologies, emphasizing continuous improvement in development practices. As a Software Developer II, you’ll be involved in unit and integration testing to ensure the delivery of high-quality software while adhering to best practices and leveraging tools like Git for version control.

Yes, NISC offers a hybrid work schedule for the Software Developer II position. While candidates are required to work from an office a minimum of three days a week, fully remote candidates with relevant experience in utility or electrical engineering software may also be considered.

NISC provides an array of benefits for its Software Developer II team members, including medical, dental, and vision insurance, a 401(k) plan with matching contributions, fully funded life and disability insurance, and a generous educational assistance program. Additionally, employees can receive HSA contributions and engage in wellness programs.

When answering this question, highlight specific projects where you've utilized C++ to develop applications related to electrical engineering. Discuss the challenges faced and how you overcame them to meet the needs of engineers. Emphasize your understanding of how these applications function within the electrical systems and the real-world implications of your work.

To effectively answer this, describe your approach to testing, including unit and integration testing practices. Mention the importance of code reviews and how you incorporate feedback from peers. Emphasizing a commitment to continuous learning and improvement in coding standards will also demonstrate professionalism.

Share a specific problem that required critical thinking and creativity. Outline the steps you took to analyze the situation, any technical solutions you implemented, and the positive outcomes that arose from your approach. This will showcase both your problem-solving skills and your ability to innovate.

Discuss your belief in open communication and idea-sharing within teams. Share examples of projects where you effectively collaborated with cross-functional team members. Highlight the importance of understanding differing perspectives and how it contributed to the success of the project.

In your response, summarize your familiarity with containerization, mentioning any specific projects where you’ve implemented it. Explain how using Kubernetes has improved your workflows or the stability of deployed applications, showcasing your technical understanding and its relevance to the Software Developer II role.

Answer this by detailing the resources you use, such as online courses, forums, and industry conferences. Highlighting your proactive approach to learning signifies your commitment to professional development and keeping your skills relevant in a rapidly evolving tech landscape.

List methodologies you’ve worked with, such as Agile or Scrum, and explain how they’ve shaped your workflow. Provide examples of how you applied these methodologies in previous projects to enhance efficiency and collaboration.

Share specifics about your experience designing and developing APIs, including the technologies used and the overall architecture. Highlight any RESTful services you've created and how they improved application functionality, showcasing your understanding of interoperability in software solutions.

Describe the context of the bug, your methods for diagnosing the issue, and the steps you took to resolve it. Emphasize critical thinking and determination, which reflects your ability to tackle challenges effectively.

Discuss strategies like using project management software or prioritization frameworks. Provide an example of a time you effectively managed competing deadlines, illustrating your ability to maintain productivity without compromising quality.