Senior Software Engineer – Applications/Platform

The Senior Software Engineer – Applications/Platform at Atom Computing is responsible for developing and maintaining user interfaces for running customer jobs on quantum hardware, automating system tuning, and supporting quantum algorithm execution. You will also mentor Quantum Engineers to ensure code quality and product effectiveness, all while collaborating closely with a talented team of engineers and physicists.

To qualify for the Senior Software Engineer – Applications/Platform position at Atom Computing, candidates should hold a BS or MS in Computer Science, Computer Engineering, or equivalent experience. A minimum of 5 years in software engineering, proficiency in Python and SQL, and experience with a compiled language like C++ or Rust are also essential for success in this role.

At Atom Computing, we foster an environment that encourages professional growth. As a Senior Software Engineer – Applications/Platform, you'll have opportunities to mentor others, learn about quantum physics, and develop unique software solutions, all while receiving support and guidance from experienced team members. We value collaboration and continuous learning in our cutting-edge projects.

The Senior Software Engineer – Applications/Platform role at Atom Computing emphasizes proficiency in Python, SQL, and a compiled language like C++ or Rust. Familiarity with Git, automated testing, cloud platforms such as Azure or AWS, and an eagerness to learn about quantum mechanics are also beneficial for candidates. Those with UI/UX design skills will find additional opportunities for contribution.

Join Atom Computing as a Senior Software Engineer – Applications/Platform and you'll be part of a fast-paced, innovative culture that values collaboration, humility, and a willingness to embrace challenges. We offer an engaging work environment with unlimited paid time off, catered lunches, and a strong commitment to work-life balance, making it an exceptional place to develop your career.

When answering this question, focus on your experience with coding standards, documentation processes, and testing protocols. Discuss how you ensure code maintainability and reliability in your projects. Highlight specific instances where you've implemented best practices in your past roles.

It's important to exhibit your organizational skills and effective time management. Discuss strategies that you employ to prioritize tasks and ensure deliverables are met while maintaining quality. Provide examples from past experiences where you successfully navigated tight deadlines.

In your response, share the debugging techniques you find most effective, whether it's using logs, unit tests, or tools like debuggers. Provide a specific example of a challenging bug you resolved, illustrating your analytical skills and persistence.

Detail your mentoring style by discussing how you provide support and foster a collaborative learning environment. Share specific examples where you guided junior engineers and helped them develop their skills. Mention the importance of constructive feedback and patience during the mentoring process.

If applicable, share any relevant experience with quantum computing, explaining the unique challenges and opportunities it presents. Discuss how you believe quantum technologies will shape future software solutions and engineering practices, demonstrating your forward-thinking mindset.

Highlight your ability to collaborate with diverse teams by sharing specific experiences where you've worked with professionals from different backgrounds. Discuss the importance of communication and understanding in achieving successful project outcomes.

Outline the project's goals, your specific contributions, and the team dynamics involved. Highlight challenges faced during development and how your leadership impacted the project's success, showcasing both technical and managerial abilities.

Share your strategies for keeping your skills current, whether it involves attending conferences, taking online courses, or participating in coding communities. Demonstrate your commitment to continuous learning in the ever-evolving field of software development.

Discuss your approach to gathering and analyzing user feedback. Use a specific example to illustrate how you integrated this feedback into a project, resulting in enhancements that positively impacted user experience and satisfaction.

Articulate potential challenges such as rapidly evolving technology or cross-team collaboration. Provide insights into how you would tackle these challenges through proactive communication, continued learning, and fostering a collaborative culture within the team.