PROFILE

Motivated and detail-oriented Biomedical Engineer seeking a challenging and rewarding position utilizing my medical and engineering knowledge to research, design, develop, and implement medical devices and systems of the highest order

Core Competencies:

Medical Device Development

CAD Modeling and Drafting

Project Management

Anatomy and Physiology

Statistical Data Analysis

Engineering Documentation

Tissue Engineering

FDA Regulatory Affairs

Excellent Organizational Skills

EDUCATION

University of South Florida, College of Engineering Tampa, Florida

Master of Science, Biomedical Engineering 2017

University of Florida, College of Engineering Gainesville, Florida

Bachelor of Science, Biological Engineering 2016

Relevant Coursework:

Mechanics of Materials, Thermodynamics, Fluid Mechanics, Biomaterials, Biosensors, Computational Biology, Biotechnology, Engineering Physiology, Medical Anatomy, Biostatistics, Modern Biomedical Technology

SUMMARY OF SKILLS

Well-versed in the fundamental principles behind the design and application of medical devices

Trained in CAD design software (AutoCAD/SolidWorks) to develop 3D models and drawings

Knowledgeable of ISO 13485/14971 quality requirements and FDA standards (21 CFR 820)

Familiar with Geometric Dimensioning and Tolerancing and Design for Manufacturability

Experienced with MATLAB and LabVIEW software for data analysis, modeling, and simulation

Skilled in statistical software (Minitab/SAS) for regression analysis and hypothesis testing

Proficient with Microsoft Office Suite (Word, Excel, PowerPoint) and Microsoft Project

ACADEMIC EXPERIENCE

Designed, built, and tested a 3D printable prosthetic arm attachment for upper limb amputees

Performed rapid prototyping and tests of CAD design models with 3D printing manufacturing

Developed electrophysiological models and mechanical simulations with MATLAB software

Utilized LabVIEW software for cardiovascular monitoring and temperature data acquisition

Conceptualized bioelectronic sensors and systems for personalized medicine and treatment

Programmed microcontrollers to automate and monitor electromechanical assemblies

Conducted tests on biomaterials to determine mechanical properties and biocompatibility