Contribute to the mechanical design and construction of an air brakes system that utilizes extending paddles to increase the rocket’s drag and precisely meet a target apogee.

Work to design, machine, and test various components of the sub-scale and full-scale rockets to align with NASA's Student Launch Initiative competition guidelines.

Worked with calculations of impact kinetic energy, descent time, drift, altitude, and black powder behavior, as well as the motor, shock cord, parachutes, and hardware.

Improving conditions at Bulubandi Primary School in Iganga, Uganda by designing and implementing a rainwater catchment system to meet its potable water needs and a safe room for female students’ usage of menstrual products.

Dr. Erik Henriksen's lab seeks to understand the properties of 2-dimensional materials. I simulate electromagnetic phenomena in Meep, a finite-difference time-domain (FDTD) software, by developing Python scripts to model light's interaction with various materials.

Assisted in the company’s transition to 3D modeling using Autodesk Inventor.• Led over 26 hours of training sessions and created more than 6.5 hours of detailed Inventor tutorial videos.• Designed CAD models and detailed drawings for various sample probe assemblies.• Collaborated with mechanics and engineers to address discrepancies between existing parts lists and standard shop procedures.• Developed a modeling method for CEMS structural frames, incorporating templates and parametric techniques, which resulted in: - Significantly reduced fabrication time for cut lists - Fewer errors in 2D drawings - Efficient iLogic programming for accurate shelter mass output

Supervised daily operations by maintaining store organization and cleanliness, leading a team to achieve high productivity, and ensuring smooth and efficient customer service.