Mar 2026
A fluid mechanics experiment analyzing the wake behind a cylinder to determine drag force using pitot-static measurements and numerical integration, showing a nonlinear relationship between velocity and drag.
Learn More →
Mar 2026
A composite laminate analysis evaluating stiffness, strain response, and ply stresses using Classical Laminate Theory. Fiber orientation effects were studied to understand anisotropic behavior and optimize mechanical performance.
Learn More →
Jan 2026
A computational study examining how fiber orientation influences stress and strain behavior in anisotropic composite materials. Using classical lamination theory, the analysis reveals how directional stiffness and shear coupling affect structural response, offering insight into how advanced aerospace composites are tailored for performance.
Learn More →
Dec 2025
A precision engineered telescope and collapsible tripod system designed for smooth focusing and vibration stability. Structural load analysis and finite element validation were used to confirm reliability under applied user loads, balancing mechanical performance with portability and real world usability.
Learn More →
May 2025
A fully integrated mechanical vending system modeled in SolidWorks with functional dispensing mechanisms and motion simulation. The project explores tolerance control, manufacturability, and moving assemblies to transform a conceptual design into a mechanically realistic system.
Learn More →
May 2025
A compact autonomous robotic vehicle built using an Arduino microcontroller, ultrasonic sensing, and motor control to detect obstacles and navigate its environment. The system integrates sensor based decision logic, embedded control, and actuator coordination to allow the vehicle to scan surroundings and adjust movement in real time. The project explores how sensing, control algorithms, and mechatronic subsystems combine to enable autonomous robotic navigation.
Learn More →
Apr 2025
A real time temperature monitoring and response system built using an Arduino platform and calibrated thermistors. The design integrates programmable control logic with sensor calibration and testing to reliably detect threshold conditions and trigger protective alerts.
Learn More →
Jan 2025 - Apr 2025
A next generation spacecraft refueling concept designed to simplify how vehicles connect and transfer propellant in orbit. The system replaces complex mechanical docking hardware with a self aligning magnetic interface to reduce mass, wear, and potential failure points. The design rethinks how sustainable refueling could support long duration lunar and deep space missions.
Learn More →
Sep 2024 - Dec 2024
A dual rover lunar mission concept focused on exploring the Marius Hills pit as a potential site for future human habitation. By combining surface and subsurface investigation, the system studies radiation shielding, thermal stability, structural integrity, and the presence of volatiles. The project explores how robotic systems could answer some of the most important questions about living beneath the lunar surface.
Learn More →