From Assam to Germany: The Journey of a Semiconductor Process Engineer | Dr. Mukut Senapati

From Assam to Germany: The Journey of a Semiconductor Process Engineer | Dr. Mukut Senapati What does it take to build a career in semiconductor technology, MEMS, microfluidics, and biosensors? And how can Indian students prepare themselves for an international research career? In this insightful conversation, Dr. Mukut Senapati, Semiconductor Process Engineer and Alexander von Humboldt Fellow based in Dresden, Germany, shares his remarkable journey from electronics engineering to advanced semiconductor and biosensor research. Dr. Senapati takes us through his experience of building a microfabrication facility from scratch at Tezpur University, completing his PhD on a gas-sensing device for detecting spoilage in protein-rich food, working on biogas monitoring systems, teaching semiconductors, and eventually moving into advanced research in Germany. 🔬 In this episode, we discuss: • How semiconductor process engineering became his career path • Building a microfabrication facility from scratch • MEMS, microfluidics & semiconductor fabrication • Gas sensors and food-spoilage detection • His work on biogas plant monitoring • What it means to be a semiconductor process engineer • How cleanrooms enable semiconductor fabrication • Semiconductor-based biosensors for cancer detection • Detecting circulating tumor cells (CTCs) from blood samples • How impedance spectroscopy is used for biosensing • Challenges in detecting rare and heterogeneous cancer cells • The interdisciplinary nature of modern biosensor research • India's opportunities and challenges in the global semiconductor industry • Infrastructure, fabrication facilities and supply-chain development • How students can prepare for international research careers • The importance of hands-on experience beyond academic degrees • IISc, IITs and direct research collaborations as career pathways • How to prepare for international fellowships • Why communication skills matter in global research • Learning from failure and staying persistent in research 🌍 From semiconductor fabrication to cancer diagnostics, this conversation highlights how engineering, materials science, electronics, microfluidics and biology are coming together to solve some of today's most important problems. If you're a student, researcher, engineer, or someone interested in semiconductors, biosensors, MEMS, nanotechnology, or international research opportunities, this episode is for you! 👍 Like | Share | Subscribe 🔔 Turn on notifications for more conversations with researchers, engineers and innovators.