FOUNDER and CEO
Olivia G. Holzhaus established Rhodium Scientific in 2014. As Founder and CEO, her charge is to deliver high-fidelity research results at the speed of business and advance commercialization strategies within the low Earth orbit economy. She is focused on translating discoveries made in space into novel biotech solutions on Earth. Olivia is a science-trained, business-educated professional, with more than 20 years of technical and operational experience in commercial testing, manufacturing, and research laboratories. Additionally, she leads an international, advanced-degreed team and has managed multiple laboratory renovation, relocation, and launch facility design projects for NASA, the Department of Defense (DoD), and the pharmaceutical industry.
In 2019, Olivia expanded Rhodium’s capabilities to include translating laboratory testing and research initiatives into microgravity missions, brokering space flight hardware, and optimizing payload-handling procedures with a unique “science-first” approach. This approach and past performance resulted in Rhodium’s official designation as a Commercial Service Provider and Implementation Partner to the U.S. International Space Station (ISS) National Lab. Rhodium now maintains a spaceflight hardware portfolio that supports a diverse range of biotech and biomanufacturing investigations in space. At the end of 2022, her company will have executed nine scientific ISS missions, four rodent research missions, five ISS technology development missions, two successful DoD prototypes for biomanufacturing and human health performance on the ISS, with six missions scheduled for Q1 2023.
To date, Olivia has led Rhodium in establishing the Rhodium Science Chamber Facility aboard and for the U.S. International Space Station and the Rhodium Science TempLog – 20iB, a NIST calibrated temperature and humidity logger capable of monitoring experimental temperature profiles during launch, spaceflight, and landing phases of a science mission. This TempLog is important to the spaceflight industry as this capability did not exist for science payloads prior to its creation. Her vision is to ensure quality assurance metrics within the spaceflight process to bridge “the valley of death” and gaps in scientific spaceflight chain of custodies, a fundamental parameter to every science investigation in space or on Earth. Additionally, her and her team at Rhodium created and implemented the first Quality Assurance Plan for spaceflight science missions called the Quality, Industry Compatible (QuIC) Space Process(TM). The QuIC Space Process(TM) highlights the importance of delivering high-fidelity, reproducible spaceflight research results at the speed of business.
Leading up to this development, she was a scientist with project management oversight for analytical and microbiological projects at Southwest Research Institute (SwRI), one of the United States’ most prestigious applied research and development organizations. While at SwRI, Olivia served as the institute’s main inorganic trace metals analyst, contributing to the identification and quantitation of metals, transuranic metals, chemical agent, and the safety of drinking water across the United States. Additionally, she served as a project management liaison to the DoD and enabled microbial efficacy testing important for U.S. defense initiatives.
LinkedIn: https://www.linkedin.com/in/oliviagh