A team of 5-6 students was led in the creation of a paneled cityscape art installation, balancing creativity, logistics, and collaboration to bring the project to life.

An LED Katana was meticulously crafted using the SLS 3D printing method, enhancing my skills in 3D modeling, design, and martial arts weaponry.

A series of 3D-modeled planes were created, refining skills in aerodynamics, structural design, and engineering visualization using CAD software.

A website designed by myself to showcase my projects, education, and experience

The Exoskeletal Spine project involves designing a lightweight and adaptable support system that enhances mobility for individuals with spinal injuries, combining advanced engineering and user-centered design to improve independence and quality of life.

Intricate vehicle models were designed in CAD, showcasing expertise in advanced design and a passion for creating organic, dynamic structures.

The Origami project explores the intersection of art and engineering by utilizing folding techniques to create intricate structures, focusing on innovative designs that can inspire applications in various fields, such as robotics and architecture.

A fully 3D-printed jet engine was designed and developed, with a third-generation version featuring an electric motor for advanced turbine testing.

A robot arm was developed to mimic human muscle movements, enhancing understanding of biomechanics, control systems, and robotics.