Model & Analyze
Break down systems with equations, assumptions, free-body diagrams and structured reasoning.
I'm an engineering student focused on design thinking, technical fundamentals and hands-on experimentation. I like taking a messy problem and giving it a clean, measurable structure.
A student portfolio shaped like an engineering notebook: observe the constraint, model the system, build the next version.
I'm currently building depth across engineering mathematics, mechanics, electronics and computational problem solving. My projects emphasize clear assumptions, reproducible testing and practical documentation.
Core capabilities presented as engineering disciplines rather than generic skill percentages.
Break down systems with equations, assumptions, free-body diagrams and structured reasoning.
Move from sketches to physical tests with accessible components, CAD concepts and rapid iteration.
Use data, testing notes and comparison tables to identify what changed and what to refine next.
Selected student work where the engineering process matters as much as the final object.
Ambient-light sensor prototype that adjusts brightness for focused study conditions.
Bridge-model study comparing predicted load paths with real-world deformation.
Small experimental investigation into insulation thickness, heat loss and practical material choices.
Simple Python dashboard concept for spotting patterns in study sessions and break intervals.
Learning milestones that show progression from fundamentals to applied engineering work.
Deepening core engineering subjects while developing a portfolio of documented builds, analyses and experiments.
Collaborated on small technical builds, splitting responsibilities across research, fabrication, testing and presentation.
Started connecting mathematics and physics concepts to simple physical mechanisms and sensor-based experiments.
Use the form to start a project, internship or technical conversation.