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About

Ismail Fidan is a distinguished manufacturing engineer whose research spans additive manufacturing, smart manufacturing, and advanced materials science. Over a career stretching from pioneering work in electronics assembly automation in the late 1990s to cutting-edge investigations into functionally graded materials and Industry 4.0, Fidan has consistently worked at the frontier of manufacturing innovation. His most influential contribution, a 2024 comprehensive review of additively manufactured Functionally Graded Materials (107 citations), reflects his deep expertise in next-generation fabrication techniques, exploring novel design approaches and multi-material 3D printing processes. This work complements his broader portfolio on material extrusion-based printing and nanomaterial-infused polymers, establishing him as a leading voice in advanced additive manufacturing research. Fidan has also made significant contributions to smart manufacturing discourse, authoring multiple works examining the United States' readiness for Industry 4.0 technologies, including the Industrial Internet of Things and AI-driven intelligentization. His early career work on robotic PCB remanufacturing and laser soldering demonstrated a longstanding commitment to precision, automation, and quality optimization. With research spanning nearly three decades and a growing citation record, Fidan represents a rare combination of practical engineering rigor and forward-looking technological vision, making his work essential reading for students and professionals in modern manufacturing.