I am a mechanical design and product development student driven by structured engineering and real-world functionality. I focus on parametric CAD modeling, mechanical assemblies, and translating ideas into manufacturable solutions.

My work spans from concept evaluation using QFD and Pugh Matrix to full SolidWorks assemblies, toleranced drawings, and physical prototype validation. I am particularly interested in load transfer, structural stability, and practical design decisions that hold up outside the screen.

Currently, I am conducting my bachelor thesis in collaboration with Yellon AB, developing bio-based household products and defining durability criteria based on load, hygiene, and thermal performance.

Before my academic path, I worked as a workshop manager and service technician. That experience shaped how I approach engineering today with precision, assembly awareness, and respect for manufacturing constraints.