A MSc Artificial Intelligence graduate from City, University of London, selected for a prestigious Machine Learning in Lung Cancer Research Internship at University related to UK Cancer Research, TracerX. With more than a year of experience in AI and machine learning, I've worked on diverse projects from computer vision to NLP. My journey includes roles at Webomates and ResoluteAI, where I developed and deployed ML models for real-world applications. Proficient in Python, PyTorch, and TensorFlow, I specialize in several AWS cloud services, deep learning, computer vision, and data science. I'm passionate about leveraging AI to solve complex problems and drive innovation in technology. Although, I like working in AI in general, I am primarily inclined towards Research AI ,& Medical AI are my primary Interest.
0 + Projects completed
With more than a year of experience in developing and deploying AI solutions. Specializing in machine learning, computer vision, and NLP, I've worked on diverse projects at companies like Webomates and ResoluteAI, honing my skills in Python, PyTorch, and cloud-based AI applications.
City, University of London is at the forefront of artificial intelligence research through its CitAI (City St George’s, University of London Artificial Intelligence Research Centre), which serves as the university’s AI Hub for interdisciplinary studies. Additionally, the university boasts the Robin Milner Lab, named after the AI pioneer and Turing Award winner, which facilitates high-performance research in AI.
Webomates, headquartered in Stamford,US, is a leader in AI-driven software regression testing. Their patented platform leverages AI for test case generation, execution, and maintenance, providing quality assurance and efficiency in software testing.
Webomates, a global SaaS provider specialising in AI-driven software regression testing, has made significant strides in the industry with their patented technology.
ResoluteAI is a distinguished AI talent academy that collaborates with enterprises to develop and implement AI capabilities, platforms, and solutions. Their mission is to enhance productivity and profitability through the application of machine vision, data analytics, Natural Language Processing (NLP), and Internet of Things (IoT) technologies.
Grade: Merit (68.5)
Grade: 8.5 CGPA
Grade: Distinction
Below are my projects related to Artificial Intelligence, Machine Learning, Data Science, and Deep Reinforcement Learning.
As an internship project in relation to UK Cancer Research and Tracerx , this project employs evolutionary cancer trees, constructed from multi-regional sequencing data, to model the evolutionary relationships among cancer clones. By integrating these trees with machine learning algorithms like linear regression, random forests, support vector machines, and genetic algorithms, this research aims to enhance the prediction of survival rates among cancer patients. The innovative approach not only leverages cutting-edge machine learning techniques but also incorporates robust evolutionary models, offering a comprehensive method to understand and predict cancer progression. This study is grounded in the TRACERx lung cancer data set, ensuring a rich and clinically relevant foundation for predictive analysis.
The project implements two advanced deep learning models for low resolution to high resolution image - the Super Resolution Residual Network (SRResNet) and the Super-Resolution Generative Adversarial Network (SRGAN). The SRResNet utilizes a deep residual architecture to capture fine details, while the SRGAN takes this further by incorporating adversarial training for even more realistic results. This comprehensive implementation includes scripts for training and evaluation, along with robust utilities for data handling and model management, providing a complete solution for super-resolution tasks.
The project employs Seq2Seq and Transformer architectures, enhanced with attention mechanisms to enable the chatbot to conduct coherent and contextually relevant conversations. Applications of this chatbot span various sectors, including customer service, healthcare, and education.
This project implements a feed forward neural network from scratch using NumPy, exploring various architectures, regularization techniques, and optimizers to understand their impact on model performance. Additionally, it also implements a recurrent neural network LSTM using PyTorch for temperature forecasting, experimenting with different LSTM configurations and optimization strategies. This project helped in deeper intuition and understanding of neural networks behavior and optimization techniques across different implementations.
This Project showcases the implementation and analysis of various reinforcement learning (RL) algorithms, from basic Q-learning to advanced Deep Q-Networks (DQN). The project applies Q-learning to a simplified house cleaning scenario, demonstrating parameter sensitivity and convergence behaviors in a basic task. For more complex environments, it implements DQN and Double DQN with prioritized experience replay, aiming to maximize rewards. Through these implementations, the project explores the progression from tabular methods to deep learning-based approaches in RL. This work highlights the versatility and effectiveness of RL algorithms in solving diverse problems, showcasing their potential for both practical applications and gaming environments.
Selected for AI/ML Research Internship at City, University of London utilising UK Cancer Research, and TracerX datasets (publication in progress)
Offered a full-time role in the 3rd month of a 6-month internship based on exceptional performance and contributions at Webomates, Stamford, USA (remote).
Below are the details to reach out to me!