Senior Software Engineer, Kernel

As a Senior Software Engineer at Asimov, you will be responsible for designing, building, and maintaining software tools utilized by bioengineers for advancing biologics and gene therapies. Your role includes shaping the software architecture, developing data models, and working with a modern backend stack such as Python 3 and SQLAlchemy. You'll also be part of an on-call rotation to support the software infrastructure you develop and interface directly with the synthetic biology team to ensure software systems meet operational needs.

To apply for the Senior Software Engineer role at Asimov, you should have at least 6 years of software development experience, technical expertise in Python 3, Strawberry, SQLAlchemy, GraphQL, and Docker, and experience scaling systems to production-level workloads. Familiarity with scientific software applications and a passion for innovative technology in the life sciences are also strong assets. A collaborative mindset is essential as you will work closely with both technical and scientific teams.

The work culture at Asimov is vibrant and dynamic, with a strong emphasis on collaboration and diversity. We value interdisciplinary approaches and believe that creativity flourishes when you bring together people with varied backgrounds and perspectives. As a Senior Software Engineer, you'll enjoy an environment that promotes autonomy, innovation, and the passion for learning, all while working towards the greater mission of transforming biological engineering into an advanced engineering discipline.

As a Senior Software Engineer at Asimov, you will work with a modern technology stack including Python 3, Strawberry, SQLAlchemy, GraphQL, Elasticsearch, and Docker. Your role involves developing complex data models suited for the biological domain and navigating the intricacies of bioengineering software systems, providing a chance to utilize and enhance your technical skills in a cutting-edge field.

The Senior Software Engineer role is pivotal in advancing Asimov's mission of enabling innovative biotechnologies. By developing and refining the Kernel platform, you will empower bioengineers to design and manufacture next-generation therapeutics. Your contributions will help shape the future of living systems, ensuring that the tools you build can drive meaningful advancements in synthetic biology for the benefit of society.

In interviews, clearly articulate your experience with Python, especially in the context of developing scalable systems. Discuss specific projects you've worked on, the challenges you faced, and how you leveraged Python's capabilities to overcome them. Showing your ability to create efficient code and handle complex data structures will demonstrate your suitability for the Senior Software Engineer role.

Talk about practices like code reviews, writing unit tests, and using static analysis tools. Explain how you prioritize maintainability and scalability while developing software. Emphasizing your commitment to quality assurance reflects your understanding of the software development process, crucial for a Senior Software Engineer at Asimov.

Share your past experiences in interdisciplinary teams, focusing on how you ensure effective communication between technical and scientific perspectives. Discuss specific techniques you use, like regular meetings or collaborative tools, to bridge knowledge gaps and facilitate innovation in projects, showcasing your readiness for teamwork at Asimov.

Provide a clear and structured answer about a specific challenge, emphasizing the steps you took to identify the issue, develop a solution, and implement it. Highlighting problem-solving skills and technical ingenuity will be essential for a Senior Software Engineer position at Asimov.

Discuss your familiarity with version control systems like Git, explaining their importance in collaborative coding environments. Share specific examples of how you've used version control to manage project workflows and maintain code integrity, showing you understand essential engineering practices.

Explain your thought process for prioritizing features based on user needs, technical feasibility, and alignment with Asimov’s mission. Discuss how you might use input from bioengineers to understand what improvements would have the most significant impact on their work, emphasizing user-centered design.

Share your debugging methods, such as rubber duck debugging, logging strategically, or utilizing debugging tools. Give examples of how you have effectively monitored and resolved bugs, reinforcing your technical competency and experience required for handling software at Asimov.

Convey your commitment to continuous learning through attending workshops, reading relevant literature, or taking courses. Highlight how this aligns with the ever-evolving field of biotechnology and your drive to stay updated with new technologies, demonstrating your passion and suitability for the dynamic environment at Asimov.

Discuss your strategies for managing stress, such as time management, prioritization, and maintaining open communication with your team. Share any relevant experiences that highlight your ability to deliver quality work on time, which is essential for high-stakes projects at Asimov.

Reflect on Asimov’s mission and your enthusiasm for contributing to the field of synthetic biology. Discuss how your values align with the company culture and your desire to work on groundbreaking technologies, showcasing your motivation for joining the team and making a meaningful impact.