Newark, Delaware, United States
I am a dedicated geoscientist and graduate researcher at the University of Delaware, specializing in marine technology, shallow geophysics, and renewable energy. With a BS in Environmental Science and a focus on Energy and the Environment, my current dissertation research explores the geological aspects of offshore wind turbines, optimizing foundation recommendations for sustainable energy solutions. I bring hands-on experience aboard research and exploration vessels, contributing to mapping efforts for offshore wind, naval research, and environmental restoration. Proficient in GIS mapping, geomorphology, oceanography, policy, and geophysical data analysis, I excel in using advanced tools to address real-world environmental challenges. Beyond research, I am passionate about mentorship, science communication, and bridging gaps among science, engineering, and policy. I’ve presented at domestic and international conferences, earned recognition for teaching excellence, and remain committed to advancing ocean science and renewable energy. Let’s connect to explore innovative solutions for a sustainable future!
Instructor | GEOL 105 | Geological Hazards | 1 Semester | 1 sections Instructor | GEOL 108 | Earthquakes & Volcanoes | 3 Semesters | 3 sections Instructor | GEOL 113 | Earth Science | 4 Semesters | 8 sections Teaching Assistant | GEOL 113 | Earth Science | 3 Semesters | 9 sections Teaching Assistant | GEOL 115 | Geological Hazards Laboratory | 3 Semesters | 8 sections Teaching Assistant | GEOL 107 | Geology of the Dynamic Earth | 2 Semesters | 6 sections Designed courses, lectures, labs, and assessments; Facilitated learning for classes of 130+ students; Mentored graduates and undergraduates; received the University of Delaware 2024 Graduate Student Excellence in Teaching Award & Earth Science Teaching Assistant Award 2023.
Dissertation Research: Developed an integrated, technology-enabled geological–geophysical–geotechnical framework combining marine sensing systems, geospatial analytics, and geotechnical modeling to support offshore wind turbine foundation design and site optimization across the Mid-Atlantic continental shelf. Coastal Sediments Hydrodynamics and Engineering Lab (CSHEL) Work: Supported AUV, ROV, ASV, and UAV survey operations for offshore wind, artificial reefs, coastal habitats, and site characterization across academic, state, federal, and private projects. Conducted field data acquisition, geophysical processing, and sediment-dynamics analysis to support applied coastal engineering and resource management Served as science team member aboard R/V Daiber, R/V Blue Hen Surveyor, and R/V Dogfish Selected Field Roles & Projects: Assateague Island Coastal Mapping (NPS) | Crab Pot Roundup (Delaware Sea Grant) | Wallops Island (NASA)| Atlantic Artificial Reef Survey (DNREC) | Ocean City, MD (US Wind)| Potomac River, VA (U.S. Navy) AI-Based Detection of Invasive and Endangered Species Collaborated on sonar-based surveys to locate invasive Silver Carp, Atlantic Sturgeon, and associated benthic habitats. Co-developed machine learning algorithms and AI for automated detection and counting, training models using acoustic side scan data to enhance monitoring efficiency and accuracy for environmental management applications with Dr. Cam Bodine.
Legs 152 and 162 Collect and quality control multibeam side scan sonar and a subbottom profiler to portray the seafloor of the Pacific Ocean from Sidney, Canada to Honolulu, Hawaii. Used the following tools and software to succeed in these goals: Hypack navigation software assisting bridge with navigation. XBTs (expendable bathythermographs) to measure sound speed of the water using HydrOffice Sound Speed Manager (SSM). Knudsen SounderSuite sub-bottom profiler, record echogram, and peripheral input data, and review and print recorded data post-survey. Kongsberg Seafloor Information System (SIS) and Qimera to develop seafloor bathymetry. EM302 data processed through QPS Fledermaus for backscatter, water column data, data integration, visualization, and mapping products. Esri ArcGIS for data analysis, visualization, and generation of mapping products. Collect backscatter data to help set universal standards for mapping vessels. Used methods above as well as UCTD (Underway Conductivity Temperature and Depth sensor) to measure sound speed of the water. Communicate with watch leads and the bridge to assist with safety measures and data collection. Give presentations on live ship to shore interactions promoting Nautilus and ocean education. Assist with social media through takeover on @nautiluslive
●Conduct microbial and chemical analysis of water samples for fecal bacteria, nutrients, chlorophyll, TSS, and harmful algae as part of state and citizen monitoring programs. ●Support lab operations through equipment maintenance, data entry, and fieldwork, including sample collection and coordination with undergraduate mentees and volunteer monitors.
Manage Newark store location and train new employees. Knowledge of all 200 clothing and jewelry designers. Social media assistant.
Associate Investigator Plant Propagator for Herbicide Biology at FMC Corporation: Design and assist on several experiments within Herbicide Discovery Biology to improve PRE and POST herbicide plant germination, emergence, and soil quality, then collect data, analyze, and write technical reports on results and present findings to the group.