Automation and Assay Research Scientist

As an Automation and Assay Research Scientist at Culmen International, you will focus on implementing and validating automated assay platforms, programming liquid handling instruments, and assisting in the transition from manual to automated systems for high-throughput screening. You'll analyze data outputs, troubleshoot protocols, and contribute to quality control documentation.

To apply for the Automation and Assay Research Scientist role at Culmen International, candidates must have a Bachelor’s degree in biotechnology, engineering, or biological sciences. Additionally, at least 2 years of experience in assay development or automation engineering is required, along with familiarity with robotics platforms and basic scripting knowledge.

Culmen International supports its Automation and Assay Research Scientists by offering comprehensive medical, dental, and vision coverage at no cost to employees. Furthermore, the company provides a 401k plan that includes an immediate vesting schedule and 4% matching, ensuring a stable financial future for its team.

Culmen International fosters a collaborative and supportive work environment for Automation and Assay Research Scientists, promoting teamwork and innovation. The company emphasizes ongoing training and education, allowing employees to enhance their skills while contributing to vital projects in various locations globally.

Automation and Assay Research Scientists at Culmen International can look forward to various career advancement opportunities. The company encourages professional growth through training and continuing education, allowing employees to develop specialized skills or move into leadership roles within the organization.

Certainly! Describe specific platforms you've worked with, such as Tecan or Hamilton, detailing your role in implementing and validating these systems. Highlight how you transitioned protocols to high-throughput settings, emphasizing your understanding of assay optimization.

In troubleshooting laboratory automation, I follow a systematic approach: first, I review the data outputs to identify discrepancies, then I evaluate the protocols for potential issues, and finally, I work collaboratively with the team to implement fixes, documenting the process thoroughly for future reference.

Quality control in automated assays involves regular calibration of instruments, routine checks on assay performance metrics, and comprehensive documentation of both successful results and anomalies. I believe in maintaining an open line of communication with team members to address potential quality issues promptly.

I stay updated on advancements in assay automation by attending industry conferences, participating in relevant online forums, and reading scientific journals. Networking with peers also helps share insights and foster innovative ideas that can be implemented in my work.

In a previous project, I was tasked with optimizing a manual assay for automation. The challenge involved several iterations of the protocol adjustment and extensive validation to meet the desired high-throughput outcomes, which ultimately improved efficiency and data accuracy.

I have experience with various scripting languages, including Python and R, which I utilize for programming liquid handling instruments. Familiarity with these tools has allowed me to streamline automated processes and enhance assay workflows effectively.

I am drawn to Culmen International because of its commitment to safety and security on a global scale, and I see an opportunity to contribute to meaningful projects that enhance these missions. The company's dedication to employee welfare also resonates with my values, making it an ideal workplace for me.

I manage multiple tasks by prioritizing based on urgency and impact, using planning tools to keep track of progress across projects. Effective communication with my team is key to ensuring everyone is aligned, especially when adjustments need to be made to meet shared goals.

The most important skills for an Automation and Assay Research Scientist include a solid understanding of both automation technologies and biological assays, strong problem-solving abilities, effective communication skills, and meticulous attention to detail, especially when documenting processes.

I view feedback as an essential part of professional growth. For instance, in a previous role, I received constructive feedback about my documentation process which led me to refine my approach. I proactively sought guidance from peers, turning that feedback into actionable improvements.