Hardworking and passionate job seeker with strong organizational skills eager to secure entry-level position. Ready to help team achieve company goals.
Title: Enhancing Autonomous Navigation and Collision Avoidance on NVIDIA JetRacer Through Deep Learning
Developed an innovative framework for enhancing autonomous vehicle navigation and collision avoidance using deep learning algorithms. This involved training neural networks on the NVIDIA JetRacer platform for real-time object detection and navigation. Implemented machine learning techniques such as Convolutional Neural Networks (CNN) and ResNet-18 for object recognition, road following, and obstacle avoidance, achieving accurate autonomous driving in complex road environments. Evaluated system performance in various dynamic scenarios to ensure safety and reliability in diverse conditions.
Friendly
Positive Attitude
Teamwork
Problem-Solving
• Heart Attack Analysis & Prediction Using Supervised Machine
Learning
Led the "Heart Disease Prediction" project, utilizing machine learning
to enhance early detection and management of heart disease. Through
exploratory data analysis and the deployment of models like Decision
Trees, SVM (91.80% accuracy), KNN, and Logistic Regression, I achieved
notable predictive accuracy. SVM was identified as the superior model
for its precision and potential clinical application. This initiative marks
a significant step towards integrating AI in healthcare for personalized
medicine and efficient resource allocation in combating heart disease.
• 450 Birds Species classification with CNN
Led a deep learning project for classifying 450 bird species, utilizing
TensorFlow and transfer learning with a VGG16 model. Achieved 93%
accuracy on a challenging Kaggle dataset, demonstrating expertise in
CNNs and efficient data handling.
• Image Clustering
Executed a sophisticated image clustering project to identify patterns
and categorize unlabelled image data. Applied state-of-the-art
unsupervised learning algorithms to dissect complex datasets,
revealing intrinsic groupings and insights. Pioneered data-driven
strategies to refine image analysis and mining, significantly enhancing
pattern recognition and data categorization processes.
• Chat-bot application
Crafted an NLP-driven chatbot offering precise legal guidance on
divorce, leveraging text mining and AI to distill and categorize complex
data. Utilized Naive Bayesian and Nearest Neighbor algorithms for
accuracy, enhancing accessibility to legal support.
Apple Developer Academy
Apple Developer Academy