Software Developer II (Powerflow)

As a Software Developer II (Powerflow) at NISC, you'll engage in various key responsibilities such as designing and building responsive desktop applications catered to electrical engineering needs, developing and maintaining RESTful web services, and implementing container-driven development with technologies like Kubernetes. You'll also collaborate with diverse teams to research and develop new features, while troubleshooting and resolving customer issues related to electrical engineering applications.

To be considered for the Software Developer II (Powerflow) role at NISC, you should have at least 5 years of experience in software development with a strong focus on technical fields, particularly electrical engineering. Proficiency in programming languages such as C++ and C# is essential, while experience with Java and relational databases like PostgresSQL is also advantageous. A bachelor’s degree in Computer Science, Computer Engineering, or a related field is preferred.

Yes, NISC does offer remote working options for the Software Developer II (Powerflow) position. While the role is hybrid with a minimum requirement to work from one of our office locations a few days a week, fully remote candidates will be considered, especially those with backgrounds in developing software within the utility and electrical engineering sectors.

At NISC, you will be expected to adhere to established software development methodologies and continuously seek to improve your development practices. You will engage in unit and integration testing to ensure high-quality software delivery and collaborate with your peers to maintain robust coding standards while implementing asynchronous workflows and patterns.

NISC offers a comprehensive benefits package for the Software Developer II (Powerflow) role, including medical, dental, and vision insurance, a Health Savings Account (HSA) with monthly contributions, and life insurance. You'll also benefit from a generous 401(k) plan, educational assistance programs, as well as wellness programs and PTO accruals that reflect your years of service.

In my experience, C++ has been pivotal for developing high-performance applications, particularly where memory management is essential. I utilize C# for building responsive and scalable desktop applications, especially in .NET environments. I'd discuss specific projects I've completed using these languages and how I addressed challenges such as performance optimization and debugging.

I start by reproducing the error and gathering as much information as possible from logs. I often utilize debugging tools and breakpoints to trace the flow of the application. It's also important to review recent changes to the code. Sharing insights with peers can lead to fresh perspectives that help identify solutions more quickly.

Collaborating with cross-functional teams involves regular communication, so I emphasize understanding the requirements from product management while conveying technical feasibility. I utilize tools like Jira for task management and Confluence for documenting designs. Frequent check-ins with quality assurance and support teams ensure alignment and timely feedback on features.

I understand that RESTful web services enable efficient communication between clients and servers using HTTP methods. In my previous role, I successfully designed and implemented RESTful APIs to streamline data exchange between our apps and databases, ensuring that the services were stateless and properly documented for ease of use by other developers.

My experience with Kubernetes revolves around deploying, managing, and scaling applications in containers. I particularly appreciate how it eases load balancing and service discovery. In my last project, I configured Kubernetes clusters to ensure resilience and facilitated continuous deployment, enabling rapid iteration in our development cycle.

To ensure high-quality software delivery, I implement a practice of rigorous unit testing and continuous integration. I utilize automated testing frameworks to validate functionality during development and regularly review code quality using static code analysis tools. Additionally, I encourage code reviews among team members to catch potential issues early.

One of the major challenges I faced was a significant performance bottleneck in a critical application. I addressed this by profiling the application to identify hotspots, which led me to refactor the data handling logic. By optimizing memory usage and processing, I considerably improved the application's performance.

I regularly read industry publications and follow thought leaders on platforms like LinkedIn and GitHub. Participating in online courses and attending webinars also helps me stay current with new technologies. Additionally, I engage with local tech communities and meetups to exchange insights and experiences with peers.

Asynchronous programming allows operations to run concurrently without waiting for previous tasks to complete, improving the responsiveness of applications. I use patterns like Promises in JavaScript or async/await in C# to handle background tasks, which enhances user experience by allowing the UI to remain active while tasks are processed.

When resolving bugs, I prioritize understanding the issue reported by the customer. I gather relevant information, examine logs, and reproduce the problem if possible. Clear communication is key, so I keep the customer updated throughout the resolution process, and once the bug is fixed, I ensure that it is documented to prevent future occurrences.