Natural Language Processing
Core NLP research spanning text generation, classification, and representation learning — with emphasis on clinical and multilingual settings across Japanese, Nepali, and English.

AI Engineer & NLP Researcher
Osaka, Japan · Open to collaborations in Japan
Bridging Academic Research & Production-Ready AI | Agentic AI, LLMs, Healthcare NLP
Research Focus
I am Santosh Gaire Sharma, an AI Engineer and NLP Researcher at Doshisha University, currently living in Osaka, Japan, and working in the Co-Creation Informatics Laboratory (CCILAB) under Prof. Shirahama. My research centers on NLP, low-resource languages, multilingual models, medical AI, and AI safety — from Japanese–Nepali clinical summarization and diffusion-based sensing to LLM-as-a-Judge evaluation for reliable agents. With industry experience building production multi-agent systems and products like GharKatha (gharkatha.com), I combine research rigor with real-world scalability. I am actively seeking PhD opportunities and research collaborations in Japan across AI/ML, NLP, and data science at the intersection of healthcare and intelligent systems.
Outside research, I love playing football, watching movies and series, and following the beautiful game — a big-time Manchester City supporter.
Core NLP research spanning text generation, classification, and representation learning — with emphasis on clinical and multilingual settings across Japanese, Nepali, and English.
Building NLP systems for under-resourced language pairs such as Japanese–Nepali, including corpus cleaning, synthetic data, and evaluation for clinical and general domains.
Fine-tuning and adapting multilingual transformers (e.g. mT5) for cross-lingual generation, summarization, and transfer across Japanese, Nepali, and English.
Clinical NLP and healthcare sensing — medical text generation, cross-lingual clinical summarization, and diffusion models for robust multimodal health-related activity recognition.
Reliability and safety of AI systems: LLM-as-a-Judge evaluation pipelines, agent benchmarking, and detection of AI-generated text for integrity and information security.
Multi-agent orchestration, MCP-based tool use, RAG pipelines, and reasoning systems that move research ideas into production-grade applications.
Academic Background
Information and Computer Science
Doshisha University · Kyoto, Japan
Co-Creation Informatics Laboratory (CCILAB), Prof. Shirahama
Human activity recognition via diffusion-based missing modality imputation; Cross-lingual Japanese–Nepali medical text summarization
Key Coursework
Computer Engineering
Tribhuvan University · Nepal
Refinetograph: A Machine Learning Approach Toward Image Enhancement
Key Coursework
Career Path
Doshisha University · Kyoto, Japan
Doshisha University · Kyotanabe, Japan
SoranoAI · San Francisco, CA
TeamOne Technologies · Mahalaxmi, Nepal
Technical Proficiency
Research and data science first — engineering and infrastructure as supporting depth. Select a skill to highlight related work.
Select a skill to see related projects below.
Selected Work
Flagship research first. Click a project to highlight the skills behind it — or filter via Skills above.
Cross-lingual summarization system for generating Nepali medical text from Japanese clinical documents, targeting low-resource language pairs in healthcare. Active research with cleaned multilingual corpora and mT5 fine-tuning.
Research on reconstructing missing sensor modalities in human activity recognition using cross-sensor diffusion techniques for robust multimodal sensing in health-related contexts.
Integrated web application combining SRGAN for super-resolution, Convolutional Autoencoder for denoising, and Zero-Reference Deep Curve Estimation for low-light image enhancement.
CNN-based non-linear classifier distinguishing human-written text from AI-generated content for academic integrity and information security applications.
Framework-agnostic evaluation system to benchmark reliability and safety of production AI agents using automated LLM judging, built during industry work at SoranoAI.
Hands-on exploration of the Model Context Protocol for connecting AI agents to external tools, data, and services in structured, extensible workflows.
R-CNN-based logo detector using Selective Search and fine-tuned ResNet-18 for identifying the Doshisha University logo in images.
Smart rental management platform for Nepal — landlords and tenants manage buildings and units, generate Nepali-calendar invoices, track rent and electricity payments (eSewa / Khalti / bank), and handle maintenance requests in one place.
Get In Touch
Currently based in Osaka, Japan. I am open to PhD opportunities, research collaborations across Japan, and discussions about AI, NLP, data science, and healthcare. Feel free to reach out.