I’m B. Vamshi Krishna, a B.Tech student in Biomedical Engineering (2021–2025). I’m interested in biomedical imaging, especially MRI and ultrasound. I did some projects using AI to solve real-life problems in medical imaging.(like analysis of IVF embryo images.) I also worked on building a 3-axis translation robotic arm used to map the B0 field in low-field MR machines.

I am deeply interested in the intersection of Artificial Intelligence in Healthcare, Machine Learning and Signal Processing, and Embedded Systems and IoT. My work so far reflects this focus through several interdisciplinary projects. One such project, Smart Bag – Arrhythmia Detection System, is a health-monitoring wearable designed as a backpack that captures real-time ECG signals and detects arrhythmias using a Convolutional Neural Network (CNN). I also developed a Hospital Help Desk Management Portal, a user-friendly desktop application that streamlines hospital operations by allowing patients to book appointments, give feedback, and manage their medical records efficiently. In another project, Core Body Temperature Prediction, I designed a wearable device using the TMP117 high-precision temperature sensor to estimate core body temperature approximately 5mm below the wrist surface, demonstrating a practical fusion of sensor data processing and embedded system design.

I'm interested in biomedical devices, robotics and embedded systems. My previous projects include building a digital stethoscope, a solenoid engine and a maze- following robot. I'm also involved in the formula student team where I've designed the chassis, seat and firewall. I'm currently working on a cad model for the field mapper in the lab.