Sterling Sweningson, Ph.D.

Dr. Sterling Sweningson is an expert in organic and polymer chemistry with over 8 years of experience in scientific research. His doctoral research focused on the specialized hydrocarbon Bullvalene and its placement in polymer backbones. This training in combination with his government and industry experience provided him with a unique skillset for solving scientific problems in chemistry and materials science.

As the Founder and Managing Member of Sweningson Technologies, Dr. Sweningson is equipped to discuss research, technology, and your scientific needs.

Modern laboratory research team working together

Work Experience

Patent Examiner, USPTO

Reviewed and analyzed a set number of patent applications for compliance with legal and technical standards, conducting thorough prior art searches to assess the novelty and nonobviousness of inventions, and preparing detailed reports and recommendations for patent approval or rejection.

Communicated with applicants and attorneys to clarify application details and resolve issues.

Scientist, Exponent Inc.

Performed root cause investigations on failing or underperforming materials/components by scientifically examining the development, manufacturing or end-use environment of products specified for use in industries such as construction, consumer electronic, government regulation, and pharmaceutical.

Analyzed information and conveyed technical conclusions to individuals in engineering, business, law, and industry, as well as communicated testing rationale in the context of product development, product defect claims, and other litigious disputes.

Multidisciplinary project experiences including PFAS remediation, PCB inspection, and marine fuel troubleshooting.

Graduate Student, Georgia Institute of Technology

Worked on a synthetic organic/polymer research project for ‘Synthesis and Characterization of Bullvalene Materials.’



Generated new derivatives and demonstrated viability of various chemical transformations for bullvalene, a complex hydrocarbon. Research project required over 1200 individual synthetic reactions, often requiring anhydrous techniques, inorganic catalysis, pyrophores, and other exotic conditions.

Education

Ph.D., Polymer Chemistry

Georgia Institute of Technology, Atlanta, GA

2018-2023

B.S., Systems and Structural Biology

George Fox University, Newberg, OR

2014-2018

Research Projects

Synthesis and Functionalization of Bullvalene-Derived Materials

Synthesis, self-assembly, and temperature-responsiveness of novel functional poly(valerolactone)s

Characterization and Instrumentation

Small Molecules

• NMR (incl. VT)
• GC/LC-MS
• DLS
• EIS
• FT-IR

Polymers/Materials

• GPC
• TGA
• DSC
• Rheometry

Software

    • • Fusion360
    • • Mestrenova
    • • Chemdraw

Example Images

Ready to Discuss Science?

Explore how scientific expertise can accelerate your innovation journey.

Get in Touch