Algorithms Engineer - HYBRID

To excel as an Algorithms Engineer at RefleXion, a Ph.D. in a related field like Mathematics, Computer Science, or Biomedical Engineering is essential. Applicants should have strong experience in algorithm development, particularly with imaging or control systems, along with proficiency in programming languages such as C and C++. Familiarity with MATLAB or Python is a plus, as is a solid understanding of optimization and probability modeling.

As an Algorithms Engineer at RefleXion, your main responsibilities will include developing software solutions for our BgRT delivery system, designing clinical workflow automation algorithms, and implementing image-based tracking algorithms. You will also conduct system analysis to characterize performance and ensure compliant testing and documentation to support product release.

The Algorithms Engineer position at RefleXion plays a vital role in cancer treatment by developing and optimizing algorithms that enhance the accuracy and efficiency of radiotherapy. By automating treatment delivery and improving imaging techniques, the work done in this role directly contributes to better patient outcomes and advances in cancer care.

At RefleXion, as an Algorithms Engineer, you'll collaborate with a dynamic team of algorithm developers, physicists, clinicians, software engineers, and hardware engineers. This collaborative environment fosters creativity and innovation, enabling you to push the boundaries of technology and make a real difference in the medical field.

Working as an Algorithms Engineer at RefleXion offers numerous benefits, including competitive compensation, pre-IPO stock options, comprehensive medical, dental, and vision plans, and generous PTO of three weeks plus twelve paid holidays. The company also provides a flexible work environment, employee assistance programs, and regular team-building events, creating an enjoyable workplace culture.

In answer to this question, provide specific examples of past projects you've worked on that involved algorithm development for imaging systems. Highlight any technologies or programming languages you used and the results or improvements achieved as a result of your algorithms.

When discussing debugging and optimization, explain your process. This may include profiling the algorithm to identify bottlenecks, reviewing the code for clarity and efficiency, and testing different optimization techniques to enhance performance while maintaining accuracy.

Talk about any relevant experiences with medical device quality systems, including how you've dealt with specification, risk analysis, verification, and validation during previous projects. Highlight your understanding of regulations as they pertain to algorithm development in medical contexts.

When answering this question, give examples of collaborative experiences you've had. Emphasize your communication skills and ability to understand different perspectives, which is crucial when working with professionals from various disciplines like physics, engineering, and medicine.

Be specific about your comfort with languages like C, C++, MATLAB, or Python. Discuss specific projects or tasks completed using these languages, and how they played a role in your algorithm development process. Show that you can effectively apply your programming skills in practical situations.

Use this question to showcase your problem-solving abilities and technical expertise. Select an impactful algorithm you developed, and detail its functionality, the challenges faced, and how it contributed to improved outcomes in diagnostics or treatment delivery.

Demonstrate your commitment to professional development. Share how you stay informed about industry trends and advancements—whether through academic journals, workshops, conferences, or online courses—and how that knowledge informs your work.

Discuss the testing methodologies you incorporate during development to ensure reliability, such as unit tests, integration tests, and validation techniques. Express the importance of rigorous testing and how it mitigates the risk of errors in the final product.

Relate a specific example where you faced a tight deadline. Highlight how you prioritized tasks, managed your time effectively, and collaborated with team members to ensure project completion while maintaining quality.

In answering this question, connect your interests and goals to the mission of RefleXion. Discuss your enthusiasm for working on projects that make a tangible difference in patient care, and express your admiration for the innovative work being done in the cancer treatment space.