Eboni Collins

• Led a team to achieve company goals and exceed targets consistently, fostering a positive work environment.
• Managed daily operations for optimal performance, ensuring timely completion of tasks and projects.
• Conducted regular performance evaluations to identify areas for improvement and develop action plans for growth.
• Conducted training sessions to educate employees on best practices and procedures to increase profitability.
• Assessed reports to evaluate performance, develop targeted improvements, and implement changes.

• Perform routine and non-routine testing on raw materials, in-process samples, and finished products using analytical techniques such as HPLC
• Conduct statistical analysis of test results to ensure compliance with established specifications and regulatory requirements
• Investigate deviations and out-of-specification results
• Develop and revise standard operating procedures (SOPs) to enhance efficiency and accuracy in quality control processes
• Participate in internal and external audits, providing documentation and supporting data to demonstrate adherence to regulatory standards
• Maintained and calibrated laboratory equipment to ensure accuracy and reliability of test results

• Conducted assisted research on Simulations of a Gas Jet Target Inside SOLARIS using SOLSTISE code
• Analyzed and interpreted data, presenting findings through virtual meetings and reports

• Contribute to the data analysis of charge exchange reaction experiments taken with the Low Energy Neutron Detector Array (LENDA) using root
• Collaborated with a remote team, sharing progress and insights via online platforms

Conducted research in computational physics and data analysis across multiple institutions, including the University of Tennessee, Michigan State University, Fermilab, and Tulane University. Worked on simulations, data analysis, and experimental research in areas such as gas jet target modeling, charge exchange reactions, dark energy probes, and molecular simulations. Utilized tools like SOLSTICE, ROOT, Python, and GROMACS for data processing and analysis. Collaborated with remote and in-person teams, presenting findings through reports, meetings, and conterences. This keeps your experience concise while

• Conducted assisted research on Understanding the Effects of Overlapping Galaxies in Dark Energy Probes using Python code
• Collaborated with a remote team, sharing progress and insights via online platforms

• Conducted assisted research on the Impact of Natural Gas Adsorption on the Surface Tension of Liquid Water using GROMACS 2016.3
• Prepared detailed reports and presentations of research findings for team meetings and conferences
• Collaborated with senior researchers and team members to refine experimental methods and improve data accuracy