Mechanical Engineering Intern at 10x Genomics

Pleasanton, California, United States -

Full Time

Start Date

Immediate

Expiry Date

11 Apr, 26

Salary

35.0

Posted On

11 Jan, 26

Experience

0 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

Skills

Mechanical Engineering, CAD Software, SolidWorks, Thermal Dynamics, Fluid Dynamics, Stress Analysis, Data Analysis, Python, MATLAB, Test Fixture Design, Documentation, Collaboration, Experimental Execution, Electro-Mechanical Components, Fluidic Systems, Laboratory Automation

Industry

Biotechnology Research

Description

About the Role: The Mechanical Engineering Intern assists in the design and analysis of mechanical systems and test fixtures specifically for biotechnology and life sciences instrumentation. Conducts feasibility testing and data collection on new and modified designs. Supports the R&D engineering team in the preparation of detailed design of test equipment, test setups, data analysis, and documentation. We are seeking a proactive and detail-oriented Mechanical Engineering Intern to join the Hardware Engineering group for a 3-month term over the summer of 2026. This role will primarily support critical product testing and validation efforts for our ultra-precision life sciences instrumentation, including components for automation and fluid handling. The ideal candidate will have a foundational understanding of Mechanical Engineering principles and a strong desire for hands-on experience in testing, small-scale fixture design and data analysis. What You Will Be Doing: Test Fixture Design and Modeling: Assist in the design and modeling of small mechanical test fixtures using CAD software (SolidWorks) required for specific component or system validation in life science instruments. Experimental Execution: Execute mechanical, thermal, or functional tests on prototypes and existing designs, often involving precise control of movement or fluids. Data Acquisition and Light Coding: Support the setup of data logging and instrumentation. Perform light coding tasks (e.g., in Python or MATLAB) for data acquisition, reduction, or basic control of test sequences involving sensors and actuators. Data Analysis: Process, analyze, and interpret collected test data to identify performance metrics and potential areas for improvement, especially concerning precision, repeatability, and reliability. Design Support: Collaborate with senior engineers to review test results and propose minor design updates or modifications based on findings, with an emphasis on Design for Reliability and Design for Manufacturing (DFM). Documentation: Assist in preparing detailed documentation, including test procedures, results summaries, and contributing to documentation. System Understanding: Support testing related to electro-mechanical components, fluidic systems (pneumatic or microfluidic), and structural elements common in laboratory automation. To Be Successful, You Will Need: Currently pursuing a B.S. or M.S. degree in Mechanical Engineering; preference for candidates who have completed their Junior year or higher. Technical Skills: Familiarity with at least one CAD software package (e.g., SolidWorks). Foundational knowledge of thermal dynamics, fluid dynamics, and stress analysis relevant to small, precise mechanisms. Working knowledge of a programming language suitable for data analysis and/or test automation (e.g., Python or MATLAB) is a strong plus. Professional Aptitude: Desire to gain hands-on experience in mechanical testing and validation within a technical R&D environment. Ability to follow detailed instructions and accurately document work. Strong communication skills and a willingness to collaborate within a multidisciplinary team (Assay, Optical, Electrical). Interest in life science instrumentation and automation. Below is the base pay range for this position. The actual base pay will depend on several factors unique to each candidate, including one's skills, qualifications, and experience. Unless otherwise required by law, this role is not eligible for 10x's health benefit program. During the hiring process, your 10x recruiter can share more information about the Company's compensation and benefits. Pay Range $33--$35 USD About 10x Genomics At 10x Genomics, accelerating our understanding of biology is more than a mission for us. It is a commitment. This is the century of biology, and the breakthroughs we make now have the potential to change the world. We enable scientists to advance their research, allowing them to address scientific questions they did not even know they could ask. Our tools have enabled fundamental discoveries across biology including cancer, immunology, and neuroscience. Our teams are empowered and encouraged to follow their passions, pursue new ideas, and perform at their best in an inclusive and dynamic environment. We know that behind every scientific breakthrough, there is a deep infrastructure of talented people driving the life sciences industry and making it possible for scientists and clinicians to make new strides. We are dedicated to finding the very best person for every aspect of our work because the innovations and discoveries that we enable together will lead to better technologies, better treatments, and a better future. Find out how you can make a 10x difference. Individuals seeking employment at 10x Genomics are considered without regards to race, color, religion, national origin, age, sex, marital status, ancestry, physical or mental disability, veteran status, gender identity, or sexual orientation, or any other characteristic protected by applicable law. 10x does not accept unsolicited applicants submitted by third-party recruiters or agencies. Any resume or application submitted to 10x without a vendor agreement in place will be considered unsolicited and property of 10x, and 10x will not pay a placement fee.

Responsibilities

The Mechanical Engineering Intern will assist in the design and analysis of mechanical systems and test fixtures for biotechnology and life sciences instrumentation. Responsibilities include conducting feasibility testing, supporting R&D efforts, and collaborating with senior engineers on design updates.