Rhys Cooke
About Rhys Cooke
Rhys Cooke is a field biologist with a BSc in Ocean Exploration and Surveying from Plymouth University. He has experience in chemical and physical oceanography and currently conducts GEP bio efficacy trials at SynTech Research Group in the United Kingdom.
Work at SynTech Research
Rhys Cooke currently holds the position of Field Biologist at SynTech Research, a role he has occupied since 2021. His responsibilities include conducting GEP bio efficacy trials, which are essential for assessing the effectiveness of various biological products. Prior to his current role, he worked at SynTech Research as an Assistant Field Biologist from 2020 to 2021 and as an Assistant Agronomist & Field Biologist Support from 2017 to 2020. His tenure at SynTech Research has provided him with extensive experience in field-based research and data collection.
Education and Expertise
Rhys Cooke graduated with a Bachelor of Science in Ocean Exploration and Surveying from Plymouth University. His studies focused on both chemical and physical oceanography, providing him with a solid foundation in oceanographic principles. He attended the University of Plymouth from 2014 to 2018, where he developed expertise in ocean exploration techniques and surveying methodologies.
Background
Rhys Cooke has a diverse background in marine and field biology. Before his current role at SynTech Research, he worked as an RYA Dinghy Instructor at Alton Water Sports Centre from 2016 to 2017 and at Sunsail in Greece for five months in 2013. His experience in instructing sailing has complemented his scientific background, enhancing his skills in outdoor education and environmental awareness.
Experience in Oceanography
Rhys Cooke has significant experience in both chemical and physical oceanography. His academic training in ocean exploration and surveying has equipped him with the necessary skills to analyze and interpret oceanographic data. This expertise is integral to his work at SynTech Research, where he applies his knowledge to evaluate biological efficacy in various environmental conditions.