Nathaniel Carter Email & Phone Number

St. Louis, Mo, Us

Lead team of established scientists with expertise in cell biology and diverse microscopy technologies in development of quantitative assays as well as mode of action elucidation studies to deliver the Bayer Crop Science R&D pipeline Guide team strategy in adopting new technologies to enable business deliverables and promote team members’ professional development Establish and maintain strong collaborations with internal and external partners to leverage complementary skillsets and capabilities in enabling interdisciplinary R&D efforts

Greater St. Louis Area

Greater St. Louis Area

Greater St. Louis Area

- Lead physi/chemisorption studies of catalysts and other materials to drive product development and process optimization- Perform scanning and transmission electron microscopy analysis of inorganic and biological materials- Serve as technical lead for inductively coupled plasma mass spectrometry studies & method development- Develop analytical methods and techniques as necessary to accommodate wide-ranging customer needs- Mentor junior colleagues in analytical skills and problem solving as relevant to business work- Maintain a safety-oriented role to contribute to a strong safety culture both on and off the job

West Lafayette, In

- Synthesized metal chalcogenide nanocrystals to use as precursors for photovoltaic (PV) cells- Deposited and processed thin films of nanocrystal precursors and subsequent layers to fabricate PV cells - Identified nanocrystal heterogeneities via X-ray diffraction, Raman spectroscopy, and electron microscopy - Investigated nanocrystal sintering mechanism using real-time energy-dispersive X-ray diffraction- Optimized nanocrystal sintering process, contributing to ~30% relative increase in cell efficiencies- Built and optimized spray coating apparatus to offer versatility in coating techniques- Co-authored six articles published in peer-reviewed journals and seven in conference proceedings- Delivered two presentations to international audiences at professional meetings

Lemont, Il

- Designed and conducted preliminary experiments to elucidate the effectiveness of inert metal anodes, wettable cathodes, and low-melting electrolytes in aluminum electrolysis- Calculated theoretical yields of aluminum production for a variety of experimental conditions- Prepared research equipment for first use

Rolla, Mo

Department of Chemistry- Designed and conducted experiments to determine the effect of salt catalysts and electrolysis on intermediates formed in the hydrothermal degradation of glucose- Analyzed nuclear magnetic resonance (NMR) data to identify and quantify reaction intermediatesDepartment of Chemical and Biological Engineering- Collaborated in the development of a novel, photolithographic technique for in situ membrane polymerization in a sealed microfluidic channel- Performed enzyme-linked immunosorbent assay (ELISA) procedure to identify antigens in liquid samples

Tulsa, Ok

- Programmed a calculator using MS Excel for compliance reporting of compressor blowdown volumes- Generated a database for over 150 compressor units in Colorado and New Mexico to support calculations- Created Williams Intern Survival Video to introduce future interns to the Williams culture

Doctor Of Philosophy (Ph.D.), Chemical Engineering

Activities and Societies: Chemical Engineering Graduate Student Organization (President and Outreach Committee Chairman)Research.

Bachelor Of Science (B.S.), Chemical Engineering

Activities and Societies: Omega Chi Epsilon (President), American Institute of Chemical Engineers (Vice President of Safety), Learning.