Coursework and Project

Coursework

Sciences

General Biology 1, 2, & Lab

Organic Chemistry 1, 2, & Lab

Physics 1, 2, & Lab

Biochemistry

Genetics

Genetic Engineering

Regenerative Medicine

Psychology

Engineering

Calculus 1 & 2

Differential Equations & Linear Algebra

Statics

Strength of Material

Dynamics

Thermodynamics

Fluid Mechanics

Biomaterials

Process Design

Mechanical Design

Transport Design

Circuits

Instrumentation

Nanotechnology for Biomedical Applications

BE 4390 & 4392 Senior Design

For my senior design project I work with a group of Biological Engineering seniors to develop a biaxial tester for stress-strain analysis of soft tissues. This will be used to test the mechanical properties of many types of soft tissues to research proposes.

LSU Discovery Day

This undergraduate research project focuses on developing an eye drop–based drug delivery system to treat retinoblastoma, a common childhood eye cancer. Current treatments are often invasive and can lead to complications, so this project aims to create a non-invasive, patient-friendly alternative. Using a thermosensitive gel (Poloxamer 407) loaded with the ANG1005–Paclitaxel conjugate, the system allows controlled drug release directly to the eye. Laboratory and mouse model studies show promising results in drug stability, release efficiency, and tumor inhibition. Supported by the LSU Provost’s Fund for Innovation in Research, this work highlights the potential of gel-based eye drops to improve accessibility and safety in ocular cancer therapy.

BE 3320 - Mechanical Design For Biological Engineering

As part of the class, this project focused on designing a dental rotary cutting drill. This project involved using Fusion 360 to design the external hand-piece for a dental drill and the internal powertrain of the dental drill. Through this project we applied key principle of Mechanical design. The experience strengthen practical skill of CAD, and mechanical properties to be consider when making a device

BIOL 1504 - Honors Biology Lab

This research investigates how temperature influences the clearance rate and oxygen consumption of the eastern oyster (Crassostrea virginica), an ecologically and economically important species. Oysters from the Louisiana population were studied under controlled laboratory conditions to assess feeding behavior and stress responses at varying temperatures. Results showed that higher temperatures increased oxygen consumption but decreased clearance rates, suggesting thermal stress impacts oyster physiology. The findings contribute to understanding how climate change may alter oyster performance across different genetic populations and environments.

BE 1252 - Biology in Engineering

This engineering design project focuses on creating a safe, inclusive, and engaging playground for Magnolia Woods Elementary School. The project applies the engineering design process from concept to final layout, incorporating budget planning, technical reporting, and teamwork. The playground design features a composite play structure, accessible swings, monkey bars, a sensory garden, and improved soccer field areas to promote both physical activity and sensory development. Cost analysis and material selection were carefully planned to ensure ADA compliance and long-term sustainability. This project demonstrates how thoughtful design and engineering can enrich student wellness, inclusivity, and community engagement.