Hydraulic Car Lift (SolidWorks)
Designed a hydraulic car lift for a graded unit — achieved an A. Focused on mechanism design, safety factors, and manufacturability.
Selected Projects
Robotic Arm (1 kg payload)
Lightweight, 3D‑printed robotic arm with closed‑loop control using Arduino and an ultrasonic sensor for object detection.
Clock Mechanism Studies
Explored motion studies and linkage timing to achieve accurate time‑keeping; models produced with SolidWorks and AutoCAD.
Scribe Block Fabrication
Fabricated from bright mild steel (milling, tapping, welding). Resolved a poorly cast base by reinforcing during fabrication.
Wrench — FEA in ANSYS
Built and tested a 3D model in ANSYS SpaceClaim, comparing titanium vs. steel for stress/strain and total deformation; included mesh convergence.
Fabrication: Dice & Adjustable Wrench
Manufactured an adjustable wrench (mild steel body, brass wheel using a fly press) and a steel die to develop MIG welding skills.
About
I’m a Mechanical Engineering graduate focused on CAD, fabrication, and simulation. I enjoy making practical designs and validating them with FEA and hands‑on builds.