Analyze Shop Drawing components and submittals, ensuring adherence to engineering standards.
Managed Utility Coordinations for Florida Department of Transportation (FDOT) and Orange County projects. Tracked existing utilities to prevent cross connections and conflicts.
Maintain project logs and documents to monitor all project utilities and ensure they are up to date for preconstruction meetings and Florida Department of Environmental Protection (FDEP) clearance.
Calculated the hydraulic capacity of 100+ projects by using surrounding pipe dimensions, material, flow velocity and existing infrastructure data.
Strategic Innovation Engineering Intern
Orlando Health
Orlando, Florida
09.2023 - 04.2024
Designed mechatronic systems and components using Arduino and CAD to be used in routine benchmark testing. The systems were used for error and force analysis affecting the product design.
Statistical analysis of test data to determine motive for healthcare innovation solutions using Minitab.
Bench tested projects to ensure adherence to Food and Drug Administration (FDA) Standards.
Emergency Room Medical Scribe
Scribe America
Leesburg, Florida
04.2021 - 12.2021
Administered 2000+ hours of patient contact under physician supervision.
Observed the physician during procedures to prepare and gather details for prognosis and disposition.
Performed physical exams under physician supervision, answered patient questions, monitored vital signs and lab work tests.
Education
Bachelor of Science - Mechanical Engineering
University of Central Florida
Orlando, Florida
05.2025
Skills
SolidWorks
MATLAB
Python programming
C programming
Finite Element Analysis
Capacity Analysis
Microsoft Office Suite
LabVIEW
Minitab
Robotic Operating System
Mechatronics
Modeling
Performance benchmarking
Project Management
Object-Oriented Programming
3D printing and design
Quality Control
Projects
SafeSplint Pressure Monitor
Utilized Arduino, Solidworks, FX29 Load Cells and TCA9548A Multiplexers.
Project lead in creating and troubleshooting a mechatronic system using load cells to detect the amount of pressure the SafeSplint applied when inflated on the human arm.
Project successfully completed FDA testing proving its safety and moved to the next phase of design.
Biomechanics of Jumping and Balance
Utilized MATLAB and Inertial Measurement Units (IMU) to track movement and a Force Plate.
Data was collected from 20 participants jumping with different stances and performing the Romberg Test.
MATLAB code was used to analyze the data using impulse momentum and kinematic equations to find flight time and ground force reactions at different joints and axes.
Successfully established a relationship between specific jumping stances and flight times and the relationship between visual input and the distribution of forces caused by the action of self balance.