Driver Drowsiness Detection System
→
Summary
Developed using Python, Keras, and OpenCV for real-time fatigue detection.
Highly motivated Data Science postgraduate with a robust foundation in mathematics, statistics, and programming, specializing in machine learning, deep learning, and computer vision. Proven ability to build advanced predictive models and extract actionable insights from complex, structured datasets using Python, SQL, and Power BI. Eager to leverage expertise in data fusion and real-world project experience to develop impactful, data-driven solutions within the IT industry.
→
Master of Science
Data Science
Grade: 8.68 GPA
→
Bachelor of Science
Mathematics
Grade: 9.094 CGPA
→
Higher Secondary Education
Biology Science
Issued By
Oracle
Issued By
Various (Implied from VAC2317)
Issued By
Various (Online Learning Platform)
Python, SQL, Excel (Advanced), Power BI, OpenCV.
pandas, NumPy, scikit-learn, TensorFlow, Keras, Matplotlib, Seaborn, EfficientNetB0, DNN, CoAtNet.
Exploratory Data Analysis (EDA), Data Cleaning, Trend Analysis, Regression, Classification, Data Visualization, Deep Learning, Computer Vision, Data Fusion, Predictive Modeling.
Communication, Collaboration, Attention to Detail, Analytical Problem-Solving.
→
Summary
Developed using Python, Keras, and OpenCV for real-time fatigue detection.
→
Summary
Designed with Python, EfficientNetB0, and DNN for multi-modal data analysis.
→
Summary
Segmentation model developed using CoAtNet and MRI/PET/CT fusion.