Sai Jayanthi is an Applied Scientist II at Amazon AGI with eight years of experience building production-ready ML and deep learning systems for text and speech. He has a strong research-to-production track record spanning conversational AI (notably improving entity resolution in Cisco’s open-source MindMeld), zero-shot intent classification, knowledge-graph reasoning, and multimodal recommendation engines. His background combines an MS from Carnegie Mellon with hands-on roles at Cisco, Samsung Research, and internships that produced novel audio alignment and air-quality models. Sai frequently bridges research and engineering—shipping distilled embedder-based resolvers, refactoring complex modules, and exposing models as REST APIs for deployment. He brings both academic rigor and practical product sensibility, often tackling low-data and cross-lingual challenges in real-world systems. Colleagues value his ability to translate advanced models into maintainable, tested components that scale in production.
8 years of coding experience
4 years of employment as a software developer
Matriculation CBSE, Matriculation CBSE at DAV Public School, NAD, Visakhapatnam
Bachelor of Technology (B.Tech.) Electrical and Electronics Engineering (Major) & Computer Science and Engineering (Minor), Bachelor of Technology (B.Tech.) Electrical and Electronics Engineering (Major) & Computer Science and Engineering (Minor) at Indian Institute of Technology, Guwahati
Master of Science - MS Intelligent Information Systems, Master of Science - MS Intelligent Information Systems at Carnegie Mellon University
Intermediate Education Mathematics Physics and Chemistry, Intermediate Education Mathematics Physics and Chemistry at Narayana Educational Institutions
An Open Source Conversational AI Platform for Deep-Domain Voice Interfaces and Chatbots.
Role in this project:
ML Engineer
Contributions:201 reviews, 11 commits, 21 PRs in 11 months
Contributions summary:Sai primarily focused on improving the entity resolution component of the MindMeld conversational AI platform. Their contributions included implementing a simple s-bert based entity resolution module, adding a vanilla tfidf ER module, refactoring the ER module, and incorporating a distilled embedder-based entity resolver to accommodate any embedder in the QA module. The user also added methods to extract entity recognizers without building intent classifiers and updated related documentation and unit tests, demonstrating an understanding of the system's architecture.
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