Software Developer II (Powerflow)

As a Software Developer II (Powerflow) at NISC, you'll be responsible for designing, building, and maintaining applications specifically for electrical engineering solutions. Your role will include developing RESTful web services, implementing container-driven solutions using Kubernetes, and working with cross-functional teams to create features that meet the needs of electrical engineers. You'll also troubleshoot customer issues, carry out unit and integration testing, and adhere to best practices in software development.

To qualify for the Software Developer II (Powerflow) position at NISC, you should have at least 5 years of experience in software development, focusing on areas relevant to electrical engineering. Proficiency in C++ and C# is essential, along with experience in object-oriented languages like Java, relational databases, and asynchronous programming. A Bachelor’s or Master’s degree in Computer Science or a related field is preferred, and knowledge of electrical engineering concepts will be beneficial.

NISC provides a hybrid work environment for the Software Developer II (Powerflow) role, allowing you the flexibility to work from one of our offices or remotely, depending on your background in utility and electrical engineering. You will be expected to work at least three days a week from an office location, ensuring a collaborative atmosphere while still accommodating your work-life balance.

As a Software Developer II (Powerflow) at NISC, you'll work with several key technologies including C++, C#, and possibly Java. You'll be involved in developing web services and containerizing applications using Kubernetes and micro-services architecture. Familiarity with Git, Jira, and relational databases like PostgreSQL or SQL will also be beneficial in your daily tasks.

NISC is committed to personal development, providing programs and resources for continuous learning and professional growth. Employees in the Software Developer II (Powerflow) position will have access to educational assistance programs, wellness initiatives, and opportunities to engage in meaningful projects that foster skill enhancement and career advancement in a supportive environment.

In your response, highlight specific projects where you designed and implemented desktop applications, focusing on the technology stack used and the outcomes achieved. Mention any unique challenges faced in the domain of electrical engineering and how you approached them.

Explain your systematic approach to debugging, including tools and methodologies you utilize. Provide examples of particularly challenging bugs you resolved and what you learned from those experiences.

Discuss your communication skills and how you adapt your approach when working with diverse teams. Provide examples of successful collaborations and what made them effective, particularly in gathering requirements or resolving issues together.

Detail the practices you implement to maintain high code quality, such as unit testing, code reviews, and integration testing. Share your experiences with automated testing tools or code quality metrics that you consider valuable.

Talk about the resources you use to keep your skills updated, such as online courses, tech blogs, or community involvement. Emphasize your commitment to lifelong learning and how you apply new knowledge in your work.

Provide a detailed overview of the project, the challenges faced, and the solutions you implemented. Highlight the technical skills used and how the project benefitted the team or organization.

Share your insights on both technical and soft skills that you believe contribute to success. Consider attributes like problem-solving abilities, teamwork, adaptability, and continuous improvement in your answer.

Discuss specific projects you've worked on that involved developing or maintaining RESTful web services. Highlight the tools and frameworks you used, and how you approached scalability and performance.

Explain your understanding of containerization and its benefits, particularly in relation to deployed applications. Share your experiences, such as using Docker or Kubernetes, and how they improved efficiency in your work.

Discuss your methodology for understanding stakeholder needs and balancing them against technical constraints and team capacity. Provide examples of when you successfully prioritized features and the impact of those decisions.