Click on each project for a detailed report
I designed, reviewed, simulated, and launched a personal rocket and suecessfully attained my level 1 high power rocketry certification. I tested passive roll control and had an apogee of 2,200 feet.
I lead a sub-team on the IAM3D design team rover compeition hosted under ASME for the creation of a chain bucket excavator on the rover.
Productivity Tracking software that tracks your app usage and gives statistics to improve study efficiency.
A graphic simulation of a tree's growth and development over time.
CAD design for a handle to be used on a laundry basket. 3D Printed & tested.
Designed and manufactured an enclosure for a 3D printer with vent and dehumidification features.
Envision this. You, an infinitesimally small object, gazing into the infinite darkness, the radiant stars, beautiful nebulas, and mysterious matter both light and dark. For a lifetime I have spent countless nights completely mesmerized by the night sky, and eager to expand the horizons of space exploration. As an Aerospace Engineer at the University of Florida with over five years of programming experience, I am open to furthering my interest in space whether it be through an internship, apprenticeship, assistantship, co-op, research, job, and more. I consistently strive to invest maximum effort into all my endeavors.
As a “numbers” person, I love assessing, auditing, and documenting data as well as brainstorming new efficient and strategic plans for the best practices and have written my own documentation as an experienced programmer. I am a passionate proponent of logistics and efficiency and take data of every part of my work.
Thinking about the future of space travel exhilarates me, and I would love to network with others and am excited about future opportunities. Feel free to reach out!
➤ High Power Rocketry (L1 Certified)
➤ Engineered and launched a custom rocket to 2,270 ft apogee, validating OpenRocket simulations through a successful 36-inch parachute recovery
➤ Optimized the CO2 ejection system, increasing reliability to near 100% efficacy through iterative mechanical refinement
➤ Coordinated cross-functional subteams to manufacture a high-strength carbon fiber airframe
➤ Experimentally found the coefficient of drag to confirm simulated results using resin 3D printer and air tunnels
➤ Communicate with all subteams to test components and experimentally find variables such as the coefficient of drag using model rockets. Test launches to record and evaluate data.
➤ Experimental Validation: Conducted wind tunnel testing using resin 3D-printed scale models to experimentally validate the coefficient of drag against simulation data; launched subscale rockets to validate progress
➤ Lead 40+ comprehensive tutoring sessions for EAS2011: Introduction to Flight and Orbital Mechanics
➤ Streamline complex aerospace concepts while fostering a collaborative and high-achieving inclusive learning environment
➤ Additive manufacturing lead for excavation system for remote operations vehicle
➤ Directed a 3-engineer team to develop a chain-bucket excavator; engineered high-torque drive systems utilizing rotational motors and linear actuators optimized for granular (sand) environments
➤ Iterative Prototyping: Executed 6 design iterations of the excavation arm, custom sprockets, and 90-degree miter gear systems using Fusion 360
➤ Additive Manufacturing: Integrated FDM 3D printing for rapid prototyping, specifically validating 3D-printed compliant mechanisms and integrated spring systems
