Nate Schlueter Email & Phone Number

Medford, MA, US

Madison, Wisconsin, United States

- Conducted process development as primary SME of a filling system for a molybdenum-99 API; drove development runs and C&Q to completion- Led cross-functional team to design a waste disposal system for hazardous radioactive byproducts of an actinium-225 production process- Selected equipment and developed a process for dissolving, sampling, and storing.

Madison, Wisconsin, United States

- Research was focused establishing CRISPRi and CRISPRa lines in human iPSCs to build a cellular model of neurovascular tissue and study the physiology of Alzheimer’s Disease- Designed dox-inducible CRISPRi and CRISPRa plasmids in SnapGene and then created the plasmids in lab with digestion-ligation protocols and then amplified and isolated them via PCR.

Madison, Wisconsin, United States

- Installed, tuned, and calibrated microwave-guided continuous level sensors; dug deep into documentation, collaborated with vendor, and independently conducted tests on process-critical sensors to achieve as high an accuracy and repeatability as possible- Quantified holdup of liquid product in the tubing between filling cycles of the automatic filling.

Quad Cities, Iowa Metropolitan Area

- Oversaw and executed a transition of valve testing and inspection data from obsolete databases to a standardized database used company-wide, allowing other engineers to enhance their workflows- Wrote a script that enabled rapid population of spreadsheets and facilitated a faster transition to a standard database for multiple sites- Improved trending of.

Madison, Wisconsin, United States

- Conducted within the Department of Chemistry of UW-Madison- Research was focused on created new materials for high efficiency, low pressure drop air filters for use in commercial and residential HVAC systems- Generated nanofiber filtration sheets via electrospinning and studied their structure and composition by analyzing scanning electron microscopy.

Green Bay, Wisconsin Area

- Worked as a bicycle mechanica and salesman- Repaired old bikes and assembled new ones in a fast-paced, variable environment

Madison, Wisconsin, United States

- Conducted within the Department of Materials Science and Engineering of UW-Madison- Research was focused on studying the unusual bulk photovoltaic effects of ferroelectric-dielectric superlattices to gain insight into the fundamental phenomena that cause them- Measured the linear coefficient of thermal expansion of a ferroelectric-dielectric thin film at.