Temporary Scientist, Chemistry

The responsibilities of the Temporary Scientist at Maravai LifeSciences include independently designing and executing experiments to support nucleic acid research and development initiatives. This role involves close collaboration with senior scientists and cross-functional teams, performing experimental protocols like IVT reactions, mRNA purification, and quality control analysis of mRNA. The scientist will also present findings in weekly meetings and keep thorough documentation of laboratory procedures.

To qualify for the Temporary Scientist position at Maravai LifeSciences, candidates should have a PhD in Chemistry, Biochemistry, Chemical Biology, or a related discipline with up to 2 years of experience, or a master's degree with 6+ years of experience, or a bachelor's degree with 8+ years of relevant experience. Experience with nucleic acid workflows and enzymatic ligation is essential, alongside familiarity with RNA modification and purification methods.

As a Temporary Scientist at Maravai LifeSciences, you will be a vital part of a dynamic R&D team dedicated to scientific advancement. Collaboration is key, as you will work closely with senior scientists and multidisciplinary teams, contributing your insights and expertise. Maravai promotes an inclusive culture where diverse perspectives are celebrated, promoting teamwork and collective problem-solving.

The Temporary Scientist will engage in high-priority R&D projects focused on the development and improvement of mRNA-based products. This entails a variety of tasks, from executing experimental workflows that support nucleic acid chemistry to analyzing data and presenting experimental results. You'll be at the forefront of cutting-edge research that plays a crucial role in biopharma and biotech innovations.

The anticipated salary for the Temporary Scientist position at Maravai LifeSciences ranges from $57 to $62 per hour. However, the final salary offer will depend on various factors, including the candidate's skills, experience, and qualifications, along with the role's location.

In response to this question, you can highlight your understanding of the scientific method, including formulating hypotheses, designing controls, and identifying variables to test. Discuss how you approach the selection of appropriate experimental techniques and how you ensure accuracy and reproducibility in your experimental designs.

When answering this question, emphasize your hands-on experience with various mRNA purification methods, detailing the steps you've taken in past projects. Highlight any specific techniques, such as HPLC, that you have used, demonstrating your technical proficiency and understanding of the underlying science.

Use a specific example from your past to illustrate a challenge during a research project. Explain the context, what actions you took to overcome the challenge, and the outcome. This illustrates your problem-solving abilities and resilience in a scientific setting.

Explain your approach to prioritizing tasks, setting deadlines, and using project management tools or techniques that help you stay organized. You might discuss allocating your time based on project urgency or importance and how you adapt when unexpected issues arise.

Discuss the importance of clear and detailed documentation, including how to maintain lab notebooks, record experimental conditions, and ensure data integrity. Share practices you follow to make your documentation understandable for future reference and reproducibility by other scientists.

Emphasize your collaborative mindset and experience working with diverse teams by discussing specific instances where you have contributed to group projects. Talk about how you facilitate communication, respect differing viewpoints, and work towards shared goals.

In your response, describe the statistical methods or analytical techniques you use to interpret data effectively. Highlight your familiarity with software tools or analytical frameworks that help derive meaningful insights from experimental findings.

Provide an overview of your practical experience with in vitro transcription (IVT) reactions, including any specific protocols you've followed and the role IVT plays in nucleic acid synthesis. Discuss your understanding of the critical variables affecting the reaction and how you troubleshoot challenges.

Mention the sources you find valuable for keeping current with advancements in the field, such as scientific journals, conferences, or professional networks. Highlight any particular research papers or breakthroughs that have influenced your work.

Articulate your passion for contributing to life-saving innovations and the alignment of Maravai’s mission with your personal goals. Emphasize the significance of being part of a pioneering team in the mRNA market and how your skills and background can add value to their research initiatives.