An engineering student building practical prototypes across embedded systems, CAD, electronics and sustainable design. I enjoy turning equations, sketches and imperfect experiments into working systems.
Engineering feels most useful when theory crosses the workbench. My portfolio is a record of that crossing: questions, prototypes, measurements and iterations.
Whether I am tuning a sensor, modelling a bracket or debugging a microcontroller, I document assumptions, test early and improve from evidence. That loop keeps my work grounded while leaving room for creative solutions.
Observe → model → prototype → measure → refine. A system is never just a straight line from idea to answer.
A compact snapshot of the technical areas I am developing through coursework, independent builds and collaborative projects.
Parametric modelling, mechanism studies, tolerance thinking and physical prototyping.
Microcontrollers, sensors, serial communication and small hardware-software loops.
Basic circuit design, breadboarding, signal debugging and component selection.
Applied calculus, modelling, data interpretation and quantitative problem solving.
Material awareness, energy-conscious concepts and design choices that reduce waste.
Clear diagrams, experiment notes and presentations that make engineering understandable.
Engineering stories: the problem, the build decision and the measurable outcome.
Sensor fusion and lightweight control logic for a small autonomous rover that adjusts speed around variable track conditions.
A modular desk concept exploring daylight harvesting, low-power task lighting and material-efficient construction.
A compact measurement prototype that visualizes changing mechanical load and turns raw sensor data into an intuitive signal.
A CAD exploration comparing geometry, material use and manufacturability across a family of lightweight structural brackets.
My engineering journey is deliberately cumulative: each semester adds a new layer of tools, judgement and confidence.
Built confidence in engineering mathematics, physics and introductory CAD by connecting coursework to small physical experiments.
Started combining sensors, microcontrollers and mechanical assemblies into prototypes that could sense, respond and be measured.
Focusing on sustainable systems, better documentation and engineering projects where technical decisions create visible real-world value.
I'm open to internships, student collaborations, research conversations and ambitious prototype challenges.
Tell me what you are exploring. A good engineering conversation can start with a rough sketch, a strange constraint or a problem nobody has solved neatly yet.