Caleb Richardson

Developed testing apparatus to enable high throughput experiments. Researched and implemented novel methods for increasing process yields. Collaborated with production team to bring lab-scale findings to the pilot scale. Collected and analyzed results from lab-scale and pilot-scale experiments for reports to communicate findings to executive staff.

Designing and testing the future of solid-state lithium-ion batteries

B.S. in Materials Science & Engineering Minor in Music

-Set up soundboards, mixers, projectors, and laptops for events and classrooms so clients could conduct their event in confidence – Provided technical support during events and classes in the event of an emergency to assure clients received consistent, high quality sound – Ensured proper sound quality in all venues by working together with audio visual team

Generated technology briefs to describe inventions for public consumption Wrote analysis reports on the current state of the market for various industries

• Designed comprehensive tests to determine the performance of competing wood screws • Provided consulting advice on the incorporation of new thread designs to optimize performance

Performed tests on various oxides to determine electrical, optical and magnetic properties Determined structure of materials through X-ray and magnetic measurements.

-Analyzed API concentration to enable kinetic parameters regression for continuous crystallizer design – Determined structures and identities of crystals using X-ray powder diffraction, Raman spectroscopy and high-performance liquid chromatography – Worked collaboratively with a team of 3 other undergraduates to produce and analyze data and represent it in a form that can be easily understood by the general public – Trained in proper safety techniques for laboratory setting

– Illuminated several on-stage events and provided technical support to ensure venue was radiant – Optimized lighting conditions by working together with a team of 2-3 individuals – Trained in proper safety techniques for setting up lights and scaling indoor scaffolding to reach lofted and nested lights

– Led a team of 1-2 people to troubleshoot sound problems and create visual effects – Provided optimal sound for every Sunday service through self-taught methods with soundboards and amplifiers – Controlled lights and operated slide progression so the speaker could convey information with ease and gravitas

Relevant coursework: Fundamentals of Thermodynamics Structures of Materials Electronic, Magnetic and Optical Properties of Materials Circuits and Electronics