Fluidics Engineering Intern, Spatial

• Design & Innovation: Brainstorm and design novel methods to partition and load microliter-scale volumes of single-cell suspensions onto microscope slides
• Prototyping: Utilize rapid prototyping techniques (including 3D printing) to build functional prototypes for testing
• Experiments: Design and execute rigorous experiments to validate concepts, primarily using microscopy-based tools image analysis
• Data Analysis: Collect, process, and analyze experimental data to derive actionable conclusions and determine necessary design iterations
• Communication: Synthesize findings and present results, technical challenges, and proposed next steps to the Fluidics engineering team

• Current enrollment in a graduate program (MS or PhD) in Chemical Engineering, Biomedical Engineering, or a closely related field
• General lab experience: Previous training in how to use standard equipment (e.g., pipettes) and work safely in a lab
• Microscopy & Imaging: Familiarity with optical microscopy and image analysis software (e.g., ImageJ, Fiji)
• Fabrication: Hands-on experience with 3D printing, rapid prototyping, or microfabrication techniques
• Programming: Proficiency in Python for data analysis or scripting
• Fluidics: A strong grasp of fluid dynamics and mass transport phenomena
• Problem Solving: Demonstrated ability to design experiments independently and troubleshoot technical issues
• Communication: Strong verbal and written communication skills, with the ability to distill complex information for presenting to interdisciplinary audiences
• Mission-first: A "we before me" attitude with a proven ability to work effectively on teams to solve complex problems

Experience with microfluidics is a plus

• Generous Time Off
• Health Package
• Easy-to-use Benefits
• Family oriented policies like parental leave