Software Engineer Intern - Summer 2025

As a Software Engineer Intern at North Star Imaging, your primary responsibilities will include developing and supporting software for digital radiography and computed tomography systems, working on algorithms related to image processing and data science, and improving software performance through techniques like parallelization and GPU programming. Additionally, you’ll be involved in creating technical documentation, conducting software testing, and assisting with system installations.

To qualify for the Software Engineer Intern position at North Star Imaging, candidates should have completed their junior or senior year in relevant fields such as Computer Science, Software Engineering, or Computer Engineering. Key skills required include proficiency in C++ and C#, familiarity with GUI design using tools like WinForms and WPF, and preferred knowledge of GPU programming, OpenGL, and image analysis.

A Software Engineer Intern at North Star Imaging should be well-versed in C++ and C#. Understanding GPU programming, whether through CUDA or OpenCL, will be extremely beneficial as you will be working on performance optimization for software applications, particularly in imaging.

The pay rate for the Software Engineer Intern position at North Star Imaging ranges from $24 to $27 per hour. This rate is dependent on your education and experience, representing a competitive opportunity for technology students looking to gain experience in a cutting-edge field.

At North Star Imaging, interns can expect a collaborative and engaging work environment where teamwork and innovative thinking are valued. The company fosters professional development and encourages interns to communicate new findings and ideas, ensuring a supportive atmosphere that enhances learning and growth.

When discussing your experience with C++ and C#, use specific examples of projects you've worked on. Talk about the challenges you faced and the solutions you implemented. Highlight any relevant coursework or personal projects that showcase your ability to apply these programming languages effectively.

Share your passion for technology and healthcare when answering this question. You may want to mention specific innovations that have inspired you or any personal experiences that led you to pursue a career in this niche. Convey how you think advancements in these fields can impact patient outcomes positively.

When answering this question, focus on illustrating your problem-solving skills. Describe the steps you took to diagnose the issue, any methodologies you applied for troubleshooting, and how you eventually resolved the problem. Highlight any teamwork involved and the outcome.

Outline your understanding of the algorithm development process, emphasizing the importance of research, testing, and iteration. Discuss any relevant coursework or projects where you have applied these skills and how you ensure your algorithms are efficient and effective.

To answer effectively, explain the benefits of GPU programming in optimizing performance, particularly for processing large data sets or for image processing. Describe specific instances where you’ve utilized technologies like CUDA or OpenCL, showcasing your familiarity with GPU programming techniques.

Discuss any relevant projects where you have been directly involved in GUI design, detailing the frameworks you utilized, such as WinForms or WPF. Share your design philosophy and how you ensure that user experience is a top priority in your development process.

Mention resources such as online courses, tech blogs, forums, or conferences that you engage with to stay informed. Express your commitment to continuous learning and adapting to new technologies to enhance your skill set as a Software Engineer.

Provide a concise example that illustrates your collaborative abilities. Discuss your specific role within the team, the goals you were aiming to achieve, and how effective communication and sharing of responsibilities contributed to the project's success.

Be honest about possible challenges, such as getting up to speed with company-specific software or team dynamics. Discuss your proactive strategies, such as seeking feedback, asking questions, and leveraging your background knowledge to overcome those hurdles.

Emphasize the significance of clear, concise documentation in software development. Talk about your approach to technical documentation, including your goal of ensuring that end-users and other developers can easily understand functionality and use your software effectively.