JULIANA SERUR

Independent environmental work reviewing Environmental Resource Permit (ERP) project applications to contribute to the sustainable use of Florida's water resources. Duties include:

• Lead independent scientific project review and collaborate on technical staff reports with engineer co-reviewers
• Manage and prioritize 35+ project tasks and deadlines at any given time
• Communicate with applicants, consultants, co-reviewers, management and the public in an effective manner regarding current and future projects
• Utilize E-Regulatory system, historical aerials, GIS, and several othe to identify wetlands, protected species, and other relevant ecological information within or near a project area
• Conduct site inspections to verify delineated wetland lines through field soil analysis, and identification of wetland and upland plant species, breaks in topography, and hydrological indicators.

Multi-therapeutic clinical research company seeking to improve quality of life through patient-centered clinical trials. Duties included:

• Retained and utilized working biological/medical understanding of all enrolling studies
• Performed data entry into computer systems for patient information updates or changes
• Operated with intimate knowledge of biological interactions between medications
• Confidently relayed detailed explanations of trial procedures to potential patients
• Competently scheduled patients for multi-site studies.

Co-ed, academic UCF fraternity geared towards life sciences and research. Duties included:

• Created the Speaker Series, in which professors engage with members and present their biological research
• Assisted in the recruitment process for new members, including interviewing prospective candidates
• Oversaw completion of required study hours logged by other members, including keeping log books and holding members accountable for their hours
• Engaged in scientific reading of peer reviewed publications, then present findings to other members through multimedia platforms
• Participated in lake restorations to remove invasive species and reintroduce native ones.