Hi, I am Anupam Kumari, currently pursuing Ph.D. at the Indian Institute of Technology (IIT) Jodhpur. As a dedicated scholar and aspiring innovator, I see myself as someone who merges creativity with scientific rigor. With an artistic flair, a calm demeanor, and a strong sense of self-motivation, I continuously seek opportunities to enhance my skills, gain deeper insights, and contribute meaningfully to the evolving landscape of wearable sensor technology.

My academic journey began with a B.Tech in Electronics and Communication Engineering from the North Eastern Regional Institute of Science and Technology, where I developed a strong foundation in circuit design, communication systems, and digital signal processing. My growing interest in hardware systems led me to pursue an M.Tech in VLSI Design, where I focused on analog circuit design, including work on bulk-driven operational transconductance amplifiers and current conveyors, which cultivated my appreciation for low-power, high-efficiency electronic systems.

My doctoral research at IIT Jodhpur is centered around conducting yarn-based wearable sensors for real-time health and environmental monitoring. My goal is to create fabric-integrated devices that are sustainable, cost-effective, and compatible with everyday wear. These technologies aim to support healthcare systems by enabling early diagnostics, continuous patient monitoring, and remote sensing capabilities, which are critical in the age of personalized and preventive medicine.

Some of my key research interests include:

• Wearable Sensors

• Real-Time Monitoring Systems

• Healthcare Devices

• Conducting Yarns

• E-Textiles

• Cost-Effective Green Technologies

• Fabric-Based Devices

• Internet of Clothing (IoC)

• Industry 4.0

Through my research, I strive to contribute to the development of flexible, responsive sensor platforms that align with the principles of Industry 4.0 and sustainable engineering. I am particularly fascinated by the intersection of electronics and textiles, where soft, stretchable materials can host intelligent systems for both health and environmental applications. Over the course of my academic journey, I have contributed to several publications and conference proceedings, particularly in the domains of sensor fabrication, analog circuit design, and low-power electronics. My interdisciplinary collaborations—ranging from electrical engineers to fashion technology experts—have helped broaden my perspective and refine my approach to innovation.

I believe in continuous learning and growth, and I approach my research with a commitment to excellence, collaboration, and purpose. I am always eager to engage with researchers, institutions, and industries that share a vision of making technology more human-centric, accessible, and environmentally conscious. My journey as a researcher is not just about developing advanced technologies but also about ensuring they are inclusive and beneficial for the greater good. As I continue to evolve in my academic and professional path, I look forward to exploring new dimensions of wearable technologies and contributing to the larger scientific community with work that is meaningful, forward-looking, and deeply connected to real-world challenges.