Carnegie Mellon University
Master of Science in Engineering Artificial Intelligence
- Graduate research in multilingual NLP and machine-translation detection.
- Concentration in LLM systems, AI agents, and applied deep learning.
Relevant coursework
Hi, I'm
I build applied AI, LLM systems, and AI agents that solve real-world problems.
AI Engineer, Machine Learning Engineer, and Software Engineer with 5+ years of experience building web applications, machine learning systems, and scalable software. My work spans applied AI, LLM systems, AI agents, and deploying ML models for real-world use — across healthcare AI, multilingual NLP, full-stack development, and cloud-native applications. I thrive in collaborative teams and love tackling hard engineering problems end to end.
Years building software
GPA at Carnegie Mellon
Years of AI Research and Engineering
Peer-reviewed Research Paper Published
From low-level CUDA and deep-learning research to production full-stack systems.
Graduate AI research at Carnegie Mellon, built on a software-engineering foundation.
Master of Science in Engineering Artificial Intelligence
Relevant coursework
Bachelor of Science in Software Engineering
Relevant coursework
From graduate AI research to product and full-stack engineering.
Research Associate — Languages & Spatial Technologies Lab
Teaching Assistant — Introduction to Deep Learning
Research Assistant Intern
Product Manager & Backend Web Developer
Odoo Developer Intern
Full Stack Web Developer
A mix of applied-AI research systems and full-stack products. Code links are placeholders — swap them for your repositories.
End-to-end, AI-powered mobile application that screens for tuberculosis from cough audio recordings — engineered to run offline on low-resource devices.
Interview-preparation platform where I served as backend lead across six modules and helped shape product direction from thousands of user signals.
Workload-management platform for academic staff covering workload allocation, research-grant tracking, and finance workflows.
Mobile e-commerce app connecting pharmacies and customers through delivery and live map-integration services.
Peer-reviewed research in multilingual NLP and machine-translation detection.
Primary author·Carnegie Mellon University · Languages & Spatial Technologies Lab
A systematic study of how detectable machine-translated (MT) text is from human translation (HT) across high-resource (English, Spanish) and low-resource (Swahili, Afrikaans) languages. We evaluate zero- and few-shot decoder-only LLMs — GPT-5, Gemini 2.5 Pro, and Claude Opus 4 — alongside fine-tuned multilingual encoders (mDeBERTa, XLM-R), and show that input granularity and translation quality are decisive factors for robust MT detection in web-scale corpora.
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