Dynamic individual with hands-on experience in Computer Science and talent for navigating challenges. Brings strong problem-solving skills and proactive approach to new tasks. Known for adaptability, creativity, and results-oriented mindset. Committed to making meaningful contributions and advancing organizational goals.
https://githubcom/Siddhant-Thendral-Arasu/Siddhant-Thendral-Arasu/
CNN Sign Language Digit Classifier
Developed a CNN to classify American Sign Language digits (0–9) using the Sign Language MNIST dataset Applied data preprocessing, dropout regularization, and softmax output to improve prediction accuracy
Car Detection Using Sliding Window & YOLO Concepts
Implemented a two-part vehicle detection system: a basic sliding window classifier and a YOLO-inspired pipeline Used OpenCV and HOG features for candidate detection, then trained a CNN to classify image regions
Cat Image Classifier
Built and trained a convolutional neural network to distinguish cat images from non-cat images Performed model tuning and loss monitoring using TensorFlow/Keras
Chest X-Ray Pneumonia Classification
Trained a binary image classifier to detect pneumonia in chest X-rays Applied convolutional layers with batch normalization and max pooling, achieving high accuracy on medical image data
Road Scene Semantic Segmentation
Implemented a fully convolutional network for segmenting urban road scenes into classes like road, vehicle, pedestrian, and sky Adapted U-Net architecture and trained on Cityscapes-style dataset
Programming Languages: Python, Java, HTML/CSS
Deep Learning Frameworks: TensorFlow, Keras
Libraries & Tools: NumPy, Pandas, OpenCV, Matplotlib, Scikit-learn
Concepts: Convolutional Neural Networks (CNNs), RNNs, Transfer Learning, Semantic Segmentation, Data Augmentation
Other: Git/GitHub, Jupyter Notebooks, Competitive Programming (USACO)
- Completed multiple self-guided ML/AI projects published on GitHub
- Awarded for reciting 200 verses of classical Tamil literature Thirukural with their meanings
- Practiced competitive programming through USACO Bronze and Silver level problems