Process Development Intern (P-4492)

As a Process Development Intern at 10x Genomics, your main responsibilities will include assisting in the development, optimization, and implementation of chemistry-based production processes. You will support the integration of these processes into various microarray and fluidic handling devices, conduct experiments to understand reaction mechanisms, and utilize statistical analysis to interpret data effectively. This hands-on role is perfect for someone looking to make a tangible contribution to scientific advancements.

To apply for the Process Development Intern position at 10x Genomics, you should be currently pursuing a bachelor's degree in Chemical Engineering, Chemistry, or a related field. We’re looking for candidates with demonstrated laboratory skills, a collaborative mindset, and the ability to design meaningful experiments. Familiarity with statistical tools like JMP and Design of Experiments methodologies will strengthen your application.

Success as a Process Development Intern at 10x Genomics relies heavily on strong problem-solving abilities and analytical thinking. You should possess good communication skills to effectively convey experimental results, as well as the ability to manage multiple tasks in a fast-paced environment. A proactive personality, combined with a genuine interest in chemistry and engineering principles, will also set you apart in this role.

As a Process Development Intern at 10x Genomics, you’ll have a wealth of learning opportunities, from hands-on laboratory experiments to collaborating with seasoned professionals in the field. You will gain experience in the practical application of chemical engineering concepts, and you can expect mentorship and guidance throughout your internship. Joining our team means being part of an empowering culture that encourages intellectual curiosity and innovation.

The hourly pay range for the Process Development Intern position at 10x Genomics is between $33 and $40. This competitive compensation reflects our commitment to attracting talents who will contribute to our mission and thrive in a dynamic work environment.

When responding to this question, focus on a specific experiment that highlights your understanding of chemistry principles and your hands-on skills. Detail the objectives, methodology, results, and what you learned from the experience. Make sure to discuss any challenges you faced and how you overcame them, as this shows problem-solving capabilities.

To answer this question, emphasize your organizational skills and methods for prioritization. Discuss utilizing tools like to-do lists or project management software. Provide examples from your previous experiences where effective prioritization led to successful project outcomes.

In your response, mention any specific statistical analysis tools you have used, such as JMP or R. Detail how you have applied these tools in experimental settings, discussing any results or insights you derived that impacted project decisions. Be sure to illustrate your understanding of the importance of accurate data interpretation.

Discuss various strategies you employ for troubleshooting, such as systematically checking each step of a process, reviewing data for anomalies, and consulting literature or colleagues for alternative approaches. Share an anecdote of a troubleshooting experience where your method led to a successful outcome.

Articulate the interplay between chemistry and engineering by discussing specific examples or concepts. You might explain how chemical properties influence material choices in device design or how engineering principles can optimize reaction conditions in lab experiments.

Showcase your knowledge of 10x Genomics and why their mission resonates with you. Discuss your enthusiasms for biotechnology, advancements in biology, and the specific contributions you hope to make during your internship. Personal connections to the company’s vision can also leave a positive impression.

Emphasize the importance of meticulousness in laboratory settings. Discuss practices you've developed to support accuracy, such as maintaining comprehensive lab notebooks, double-checking your work, and adhering to protocols rigorously. Illustrate this with an example.

When providing your answer, frame it around a relevant group project or lab experience. Highlight your role, the dynamics of the team, how everyone contributed, and any challenges faced. Focus on communication and collaboration to overcome obstacles successfully.

Express your eagerness to expand your technical skills in process development and chemical engineering. Specify areas of interest, such as working with microfluidics or data analysis, and how you believe this internship will contribute to your long-term career goals.

Discuss potential challenges related to working in a fast-paced environment with evolving projects. Emphasize your adaptability and problem-solving skills, detailing strategies such as maintaining open lines of communication with teammates and being willing to learn and adjust as needed.