CAD-Integrated KST Assembly Rating Tool
A verified Python and Fusion 360 workflow for analyzing how assembly features constrain rigid-body motion.
View projectMechatronics · aerospace · computational engineering
I am a mechatronics engineer working across mechanical design, robotics, aerospace projects, automation, and AI-enabled engineering tools.
01 / Selected work
A verified Python and Fusion 360 workflow for analyzing how assembly features constrain rigid-body motion.
View projectA complete ROS 2 navigation pipeline for a simulated service robot, from custom robot design and SLAM to Nav2 patrol analysis.
View projectA human-in-the-loop document workflow combining structured extraction, operational dashboards, status queries, and cited Drive-based answers.
View projectA five-work-package TU Delft aircraft-design project spanning sizing, aerodynamics, load cases, wing structures, damage tolerance, and aileron reversal.
View project02 / Research & technical writing
A reproducible CAD-to-KST method for early rigid-body constraint-layout assessment and bounded design revision.
A bachelor’s thesis covering Python migration, CAD-connected data, higher-order constraints, verification, optimization, and interpretable outputs.
An experimental and numerical assessment of a LeaTop morphing-wing demonstrator using strain data, FEM, photogrammetry, and energy analysis.
03 / From the blog
Why I rebuilt this site as a simple, editable place for projects, technical notes, and ideas in progress.