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About

Mohd Yazed Ahmad is a leading researcher at the intersection of biomedical engineering and wireless power transfer, with a primary focus on revolutionizing gastrointestinal diagnostics. His work centers on developing stable, high-efficiency wireless power transmission systems for robotic capsule endoscopy—a critical technology for detecting lethal conditions like small bowel cancer and obscure gastrointestinal bleeding. Ahmad’s most impactful contribution, the "Stable and High-Efficiency Wireless Power Transfer System for Robotic Capsule Using a Modified Helmholtz Coil" (2016), has garnered 122 citations for addressing the persistent challenges of power stability and transfer efficiency that have limited capsule endoscopy’s clinical potential. His comprehensive overview of wireless power transmission in capsule endoscopy (2014, 102 citations) serves as a foundational reference in the field, synthesizing key design considerations for improving image resolution and frame rates. Beyond gastrointestinal applications, Ahmad has also explored the health efficacy of automated massage technologies, demonstrating a broader interest in therapeutic engineering. His work on optimizing inductive coupling through core material manipulation and impedance matching has set benchmarks for wireless power system design, making him a pivotal figure in advancing minimally invasive diagnostic tools.