Academic Projects Portfolio
With a background in software, robotics and mechatronics engineering, my work explores the design and implementation of intelligent systems that interact with the physical world. This portfolio reflects a technically grounded approach to computation, while seeking new ways to integrate critical, societal, and creative perspectives into engineering practice.
This portfolio presents a multidisciplinary body of work at the intersection of robotics, artificial intelligence, mechanical design automation, and computer vision. Through hands-on projects completed during graduate studies, I developed systems that blend algorithmic intelligence with real-world constraints - ranging from robotic automation and custom machine learning classifiers to parametric joint generation in CAD models and image-based inspection pipelines. Each project emphasizes the role of computation as both a design tool and a reasoning engine, revealing how software logic can enhance mechanical precision, decision-making transparency, and visual interpretation in engineering contexts.
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