I’m a dual-degree senior at UConn studying Management and Engineering for Manufacturing alongside Applied Mathematics (GPA: 3.948, University Scholar). My research focuses on physics-informed machine learning for manufacturing systems, stochastic optimization in energy efficiency, and renewable energy infrastructure.
About Me
I serve as Lead Student at UConn’s Industrial Training and Assessment Center (ITAC), where I conduct energy efficiency assessments at manufacturing facilities and have recommended over $4 million in energy savings. My research combines rigorous mathematical modeling with practical engineering applications, spanning from computer vision for solar panel inspection to queueing theory for compressed air leak detection. I’m currently applying to PhD programs in Industrial and Operations Engineering, with research interests at the intersection of optimization, energy systems, and machine learning.
Research Interests
- Stochastic Optimization & Queueing Theory – Developing M/M/∞ models for compressed air leak detection and maintenance scheduling in manufacturing facilities.
- Physics-Informed Machine Learning – Applying computer vision and thermal imaging analysis for automated photovoltaic system inspection and degradation assessment.
- Energy Systems & Industrial Sustainability – Integrating economic analysis with technical modeling to optimize renewable energy maintenance strategies and manufacturing energy efficiency.
Current Projects
- Compressed Air Leak Detection via Stochastic Modeling – Developing queueing-theoretic frameworks for optimizing ultrasonic leak detection in manufacturing environments (NSF GRFP research proposal).
- Automated PV Inspection Using Drone-Based Thermal Imaging – Building physics-informed machine learning models to detect solar panel defects and predict degradation patterns (CESIP Fellowship with Eversource).
- Industrial Energy Efficiency Assessment – Leading on-site assessments across Connecticut manufacturing facilities, analyzing electrical systems, compressed air networks, and thermal processes.
Last updated: December 2025