Automation Engineer III

As an Automation Engineer III at 10x Genomics, you'll be responsible for designing and troubleshooting liquid handling automation for our Single Cell, Spatial & In-Situ product portfolios. Your role will involve working closely with multi-disciplinary teams to develop engineering solutions, creating testing protocols, and ensuring compliance with product specifications. Additionally, you will maintain the automation systems in the laboratory and serve as the go-to person for troubleshooting issues.

To be considered for the Automation Engineer III role at 10x Genomics, you need a Bachelor’s degree in Engineering or Molecular Biology, along with at least 3 years of experience with liquid handling robots. Proficiency in programming languages such as Python, Java, or C# is also essential. Ideal candidates will have a strong understanding of laboratory practices and the ability to work both independently and collaboratively.

For the Automation Engineer III position at 10x Genomics, strong programming skills in languages such as Python, Java, or C# are necessary. These skills will enable you to optimize control commands for liquid handling robotic systems, ensuring precision in dispensing, mixing, and handling liquids. Your programming expertise will play a crucial role in designing and implementing robust automation solutions.

At 10x Genomics, the work environment for an Automation Engineer III is vibrant and collaborative. You will be part of a multi-disciplinary team that thrives in a fast-paced setting, where innovation and scientific discovery are at the forefront. The company fosters a culture of support and collaboration, encouraging you to bring your ideas and creativity to the table while working towards meaningful advancements in the life sciences.

As an Automation Engineer III at 10x Genomics, you will have various career growth opportunities. The company encourages professional development and supports employees in pursuing new ideas and projects. You will have the chance to collaborate with experts across various fields and enhance your skills, potentially leading to higher-level roles in the future as you contribute to groundbreaking scientific advancements.

When responding, highlight specific robotic systems you've worked with, detailing your responsibilities in programming and maintaining these systems. Discuss how your contributions improved processes or outcomes in your previous roles, demonstrating your hands-on experience.

Explain your systematic approach to troubleshooting automation systems, emphasizing problem-solving strategies and tools you use, such as analyzing error logs and collaborating with team members to isolate issues. Provide an example of a complex problem you solved and its impact.

Detail your proficiency in programming languages like Python, Java, or C#, and describe specific projects where you successfully applied these skills. Discuss how your programming contributed to enhancing automation processes or improving system efficiencies.

Discuss a project where collaboration with different departments was key to success. Emphasize your communication skills, flexibility, and ability to integrate diverse viewpoints to achieve common goals, showcasing your team-oriented mindset.

Outline your approach to documenting processes, including maintaining organized records and adhering to good laboratory practices. Mention any specific tools or methodologies you employ for version control and ensuring compliance within your work.

Explain the importance of quality assurance in automation systems. Discuss methods you employ, such as developing testing protocols and conducting regular checks, to ensure systems meet strict specifications and compliance standards.

Share your time management strategies, like prioritizing tasks and working on projects in manageable segments. Discuss your adaptability in responding to changing requirements while maintaining the quality of the work you deliver.

Detail a specific project where you took the lead, discussing the initial concept, how you engaged with stakeholders, managed the development process, and overcame challenges. Highlight the outcomes and any recognition received for your work.

Articulate your passion for automation and how it can enhance scientific discovery in biotech. Discuss personal experiences or projects that sparked your interest and how you see your contributions furthering innovation in life sciences.

Describe your approach to fostering a positive team culture, including how you support colleagues, share knowledge, and contribute to a collaborative working environment. Mention specific examples of teamwork that led to successful outcomes.