I'm a Machine Learning Research Scientist with expertise in developing and deploying advanced AI models. My passion lies in creating scalable ML solutions that deliver tangible business impact while adhering to ethical AI principles.
At Arrow Electronics, I lead AI initiatives that drive innovation through cross-functional collaboration. I've built high-precision NLP models, engineered Graph Neural Networks, and developed ranking networks for supply chain resilience.
I hold a Master's degree in Computer Science from Boston University, where I specialized in machine learning and statistical modeling. With experience in robot learning, computer vision, and LLMs, I'm committed to pushing the boundaries of AI research and applications.
Deep expertise in transformers, LLMs, and cutting-edge AI models for real-world applications.
Experience optimizing and scaling ML models for production environments with TensorRT, ONNX, and Kubeflow.
Committed to responsible AI development with focus on governance, bias mitigation, and ethical compliance.
Proven track record of leading ML research teams and mentoring engineers through AI upskilling.
Boston University | A Chavez
Addressed challenges of partial observability and learning distribution in centralized reinforcement learning for autonomous vehicles at traffic intersections.
Boston University | David A Tofu
Improved performance for low-resource languages by demonstrating that visually grounded syntax acquisition can benefit from cross-lingual performance.
Boston University | Dr. Belyaev
Implemented a solution to overcome the cascading effect on Consistent hashing caused by increasing load, reducing latency by 22%.
Boston University
Developed an AI agent to solve a Rubik's cube using Constraint Propagation, depth-first, back tracking and reinforcement learning.
Arrow + MIT | Prof. Dr. Amar Gupta
Analyzed important attributes using PCA, linear and logistic regression analysis on temporal data to extrapolate with 98% accuracy.
MIT
Developed a remote vehicle to drive autonomously by imitating the front vehicle in a sophisticated urban environment.
Udacity
Coursera
IIT
Interested in collaborating on AI research, discussing innovative ML solutions, or just want to connect? Feel free to reach out!