Scientist II

As a Scientist II at Katalyst Healthcares & Life Sciences, your main responsibilities include conducting high-throughput quantitative LC-MS/MS analysis on both in vivo and in vitro samples, troubleshooting and problem-solving analytical issues, and performing routine maintenance on AB Sciex LC-MS/MS systems. You'll also mentor junior scientists and maintain detailed documentation of your work, contributing significantly to study reports for regulatory submissions.

To qualify for the Scientist II position at Katalyst Healthcares & Life Sciences, you need a Master's degree with at least two years of experience in analytical chemistry or a Bachelor's degree with a minimum of six years of relevant experience in the pharmaceutical industry. Proven expertise in method development, quantitative bioanalysis of small molecules, and familiarity with operating Agilent HPLCs and AB Sciex mass spectrometers are essential for success in this role.

Success as a Scientist II at Katalyst Healthcares & Life Sciences requires strong analytical skills, attention to detail, and a commitment to high-quality results. Additionally, effective communication and interpersonal skills are essential for collaboration across teams. A knack for troubleshooting complex issues and the ability to work both independently and within a team environment are critical for thriving in this fast-paced role.

At Katalyst Healthcares & Life Sciences, the Scientist II plays a vital role in fostering team collaboration. You'll work closely with teams across Discovery and QTAS, sharing insights and results that support bioanalysis. By building strong relationships with your peers and embracing the ideas of others, you'll contribute to an environment that values innovation and continuous improvement, which ultimately enhances overall job performance.

Katalyst Healthcares & Life Sciences fosters a culture of learning and professional development. As a Scientist II, you'll have the opportunity to mentor junior scientists, hone your analytical skills, and contribute to groundbreaking research in drug development. Given the organization's commitment to innovation and high-performance standards, you’ll find ample opportunities to advance your career in a dynamic and supportive environment.

When answering this question, detail specific projects where you utilized LC-MS/MS for bioanalysis. Highlight your proficiency in method development, troubleshooting, and interpreting data that demonstrates your analytical capabilities and experience with high-throughput environments.

It's important to demonstrate your problem-solving skills. Discuss a specific issue you encountered with an experiment or equipment, explain the steps you took to address it, and describe the positive outcome, showcasing your analytical thinking and ability to handle pressure.

Discuss the techniques you use to maintain quality and accuracy, such as rigorous documentation, routine calibration of equipment, and performing replicate analyses. Emphasize your commitment to adhering to best practices and regulatory standards.

Outline your understanding of various extraction and chromatographic techniques. Provide examples of methodologies you've developed or validated in past roles, emphasizing your ability to adapt techniques to achieve accurate bioanalysis of small molecules.

Focus on your time management skills and ability to assess urgency based on project deadlines. Mention tools or methods you use to keep organized, ensuring that all tasks are completed efficiently without compromising quality.

Share specific instances where you've mentored or trained junior scientists, focusing on your approach to teaching complex concepts and fostering a collaborative learning environment. Highlight successful outcomes that resulted from mentorship.

Discuss how effective communication is essential for collaboration and sharing results with team members. Provide examples where your communication skills led to successful project outcomes and maintained relationships across departments.

Demonstrate your ability to thrive under pressure by sharing strategies for managing workloads, such as prioritizing tasks, delegating where possible, and maintaining focus to ensure high-quality results despite time constraints.

Reflect your knowledge of Katalyst's mission and values in addition to how your own career goals align. Mention your motivation to contribute to advancements in life sciences and your excitement about collaborating on innovative projects.

This is a great opportunity to showcase your commitment to continuous learning. Discuss how you stay informed about industry trends, such as attending conferences, subscribing to relevant journals, or participating in online forums and workshops.