Consumables Sustaining Engineer 2 at 10x Genomics
Pleasanton, California, United States -
Full Time


Start Date

Immediate

Expiry Date

12 May, 26

Salary

0.0

Posted On

11 Feb, 26

Experience

2 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

No

Skills

Mechanical Engineering, Biomedical Engineering, Plastics Engineering, High Speed Video Analysis, Microscopy, Metrology Systems, Data Compilation, Statistical Analysis, Wet Lab Skills, Pipetting, Plastics Manufacturing, Custom Experimental Design, Programming, Simulation Skills, Attention to Detail, Organizational Skills

Industry

Biotechnology Research

Description
BS/MS in mechanical engineering, biomedical engineering, plastics engineering, or a related field. Experience with high speed video analysis, microscopy and metrology systems [e.g. Keyence, OGP, CMM, Nikon] to characterize high precision plastic or glass components. Familiarity with data compilation and analysis tools in [e.g. Excel, JMP]; ability to assist in interpreting Gage R&R studies and process capability [Cpk] trends. Fundamental wet lab skills including pipetting, preparing reagents from a detailed worksheet, operation of lab instruments, and the ability to independently follow and execute an experimental procedure. Strong engineering and microscale transport fundamentals. Thorough attention to detail. Strong organizational skills, specifically the ability to accurately record/compile data and observations from several experiments. Curiosity and a drive to constantly learn new things. Experience with plastics manufacturing (e.g. injection molding) Experience with custom experimental design that involves the interaction between consumables and other instrumentation (e.g., automated fluidic control systems, custom chip-instrument connections, thermocyclers). Strong foundation in statistics and statical analysis Programming and simulation skills (e.g., Matlab, Python, COMSOL, OpenCV, C++)
Responsibilities
The Consumables Sustaining Engineer 2 will be responsible for characterizing high precision plastic or glass components using various analysis tools and techniques. They will also assist in interpreting studies related to process capability and contribute to experimental designs involving consumables and instrumentation.
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