Additive Manufacturing

I am a dedicated researcher specializing in additive manufacturing, with a primary focus on metal 3D printing, materials science and process optimization. My research explores advanced manufacturing techniques to enhance the efficiency, precision and sustainability of additive manufacturing technologies.

My expertise spans multiple metal additive manufacturing processes, particularly Laser Powder Bed Fusion (LPBF) and Wire Arc Additive Manufacturing (WAAM). I investigate ways to improve these techniques by optimizing process parameters, microstructural properties and mechanical performance, ensuring high-quality, reliable and cost-effective production.

Additionally, I conduct research in biomedical applications where additive manufacturing plays a crucial role in fabricating specific implants materials. My work also extends to coating, corrosion and wear resistance, studying material behavior under extreme conditions to enhance the durability and performance of additively manufactured components in various industries, including aerospace, automotive and medical sectors.

Through my research and collaborations, I aim to push the boundaries of additive manufacturing, developing novel solutions that contribute to the advancement of next-generation materials and fabrication techniques.