Manufacturing / Industrial Engineering Intern, Material Flow (P-4478)

As a Manufacturing / Industrial Engineering Intern at 10x Genomics, your primary responsibilities will include studying the material flow and handling of various parts involved in the Xenium instrument production process. You'll be tasked with identifying areas for improvement and executing strategies to enhance manufacturing efficiency. Collaborating with warehouse teams and other departments will be crucial, allowing you to apply the 5S methodology and gain practical experience in drafting work instructions and utilizing CAD software like AutoCAD.

To qualify for the Manufacturing / Industrial Engineering Intern position at 10x Genomics, applicants must be current students who have completed at least their second year in undergraduate studies, ideally in Manufacturing, Industrial, or Mechanical Engineering. Strong written and verbal communication skills, along with an eagerness to learn and take on challenges, are essential for success in this role.

The Manufacturing / Industrial Engineering Internship at 10x Genomics is designed for a duration of 10 to 12 weeks during the summer of 2025. This timeframe provides interns with immersive, hands-on experience in the field while allowing them to contribute meaningfully to ongoing projects during their internship.

The internship at 10x Genomics will significantly support your career development in manufacturing engineering by providing hands-on experience in optimizing material flow and manufacturing processes. You'll gain practical knowledge of industry tools, methodologies like 5S, and CAD software, along with the opportunity to collaborate with experts in various departments, enhancing your understanding of real-world applications in the field.

The hourly pay range for the Manufacturing / Industrial Engineering Intern position at 10x Genomics is competitive, ranging from $33 to $40. This compensation reflects the value and expertise that interns bring to our organization, as well as our commitment to attracting talented individuals eager to learn and grow in the manufacturing engineering sector.

Certainly! The 5S methodology is a lean management tool that focuses on organizing and standardizing the workplace to improve efficiency. It involves five steps: Sort, Set in order, Shine, Standardize, and Sustain. When answering this question, highlight how each component contributes to a cleaner, safer, and more productive manufacturing environment and relate it to your understanding of its application during the internship.

To identify bottlenecks in a manufacturing process, I would analyze workflow, conduct time studies, and utilize tools like value stream mapping. These methods help pinpoint areas where delays occur and allow for targeted improvements. Be sure to provide specific examples or experiences where you've applied such techniques in past projects or coursework.

Prioritizing tasks effectively requires organization and clarity on deadlines and project importance. I would create a task list, assess the urgency and significance of each item, and allocate my time accordingly. Highlight any tools or methodologies you've used in the past to manage your tasks efficiently.

In a challenging engineering project, I encountered issues related to material flow that disrupted productivity. I approached this by conducting thorough research, collaborating with classmates for diverse perspectives, and drafting a revised workflow plan. Emphasize the techniques you used and the outcome, showcasing your problem-solving abilities.

I am quite familiar with CAD software, particularly AutoCAD, which I've used extensively in my coursework to create detailed engineering drawings and models. I find it essential for visualizing designs and ensuring accurate specifications. Share specific experiences or projects where you've applied CAD skills to demonstrate your proficiency.

My motivation stems from a fascination with optimizing processes and improving efficiency in manufacturing settings. Seeing how effective engineering can lead to tangible improvements in product output and quality drives my passion. When answering, reflect on specific experiences or projects that fueled your interest.

Clear communication is critical in team projects, and I ensure this by conducting regular check-ins, utilizing team collaboration tools, and being open to feedback. I also encourage an environment where everyone feels comfortable sharing ideas. Share specific tools or methods you've used to facilitate communication with team members.

I've had experience drafting work instructions and standard operating procedures during my academic projects. These documents help ensure consistency and quality in tasks performed by team members. Provide an example of how you've created or followed such documents in past experiences to highlight your understanding.

Collaboration is fundamental to successful manufacturing because it allows diverse expertise to come together to optimize processes and solve problems more effectively. I believe that teamwork enhances creativity and innovation. Share specific instances where you've collaborated successfully in academic or extracurricular settings.

I stay updated with the latest trends in manufacturing and industrial engineering by regularly reading industry publications, participating in workshops, and following relevant online forums. I also network with professionals in the field to gain insights into emerging technologies and methodologies. Reflect on any specific sources or events that have influenced your knowledge in this area.