🩺 Biomedical Engineer | 💻 AI in Healthcare Enthusiast | 🔬 Data Scientist | 🛠️ Tech Creator
🧠 Who Am I?
I’m a pre-final year Biomedical Engineering student on a mission to blend AI, data science, and biomedical innovation to reshape healthcare. I thrive at the intersection of machine learning and medical technology, building intelligent systems that decode disease patterns, optimize diagnostics, and transform patient care.
🚀 What Drives Me?
Designing deep learning pipelines for high-impact diagnostic models, from early cancer detection to cardiovascular risk assessment.
Extracting insights from high-dimensional biological data using advanced statistical models and cutting-edge bioinformatics tools.
Pushing the boundaries of biomedical device design with real-time, data-driven systems that predict, prevent, and personalize patient care.
💻 Tech Arsenal:
Programming: Python, R, C, Embedded C, Assembly
AI & ML: TensorFlow, Keras, OpenCV, Scikit-learn, ARIMA, Grad-CAM, LRP
Data Science: EDA, Time-Series Analysis, Predictive Modeling, Feature Engineering, Signal Processing
Biomedical Tools: AutoCAD, COMSOL, MATLAB, PyRx, AutoDock Vina, DESeq2
Clinical Know-How: Next-Gen Sequencing, Medical Device Calibration, Regulatory Compliance (ISO 13485)
🧪 My Projects:
👁️ Non-Contact IOP Estimation Device: Built a head-mounted ESP32-CAM device with real-time image processing to estimate intraocular pressure using applanation dynamics.
🫀 Carotid Artery Stenosis Detection: Developed a DNN with Grad-CAM and LRP for explainable ultrasound analysis, achieving 87% accuracy.
🦠 Pancreatic Cancer Genomics: Ran RNA-Seq and molecular docking studies, uncovering 200+ potential therapeutic targets.
🔥 Sterilization Forecasting: Reduced sterilization cycle variance by 15% using ARIMA time-series modeling for high-throughput medical environments.
🔎 Breast Cancer Detection: Achieved 94% sensitivity in microcalcification detection through advanced image segmentation.
🎯 What I’m Aiming For:
To engineer smarter AI systems that improve diagnostic speed and accuracy.
To push the frontiers of personalized medicine through predictive analytics and real-time bioinformatics.
To merge my biomedical knowledge with cutting-edge AI to create impactful healthcare tech.
🎨 Fun Facts About Me
I have a knack for finding hidden patterns in messy biological data.
I’m a creative coder who sees code as a form of art.
I lead branding for Yuva SREC, balancing my technical pursuits with a creative edge.
