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Nithin Gowda PNP
Open to opportunities

Nithin Gowda P

@nithingowdap

AI/ML Engineer building production-grade ML, deep learning, and Generative AI systems with low-latency APIs.

India
Message

What I'm looking for

I’m looking to build reliable, production-grade AI systems—low-latency inference, RAG, explainability, and strong MLOps—working with teams that value monitoring, governance, and user trust.

I’m an AI/ML Engineer focused on building production-grade AI systems across machine learning, deep learning, and Generative AI—backed by scalable backend infrastructure. My work emphasizes reliable inference, evidence-grounded answers, and explainability that teams can trust.

In my AI/ML Intern role at IIMSTC, I engineered an electricity consumption prediction pipeline using 5-fold cross-validation, reaching R of 0.90 and a 29% improvement over baseline. I also processed 10,000+ records, where XGBoost reduced prediction variance and improved consistency across high-consumption and spike/edge cases.

On my project side, I built a CKD Clinical AI Decision Support System that combines Logistic Regression (AUC 0.98), SHAP explainability, and RAG-driven evidence retrieval, wrapped in HITL reliability workflows. I optimized async FAISS retrieval to 166ms within a 2.6s end-to-end pipeline and added JSON audit trails for traceability and governance.

I’ve also delivered low-latency, high-concurrency ML services—like a Transaction Risk Scoring API using async FastAPI with sub-150ms latency and 160 RPS (Locust) stability. Beyond projects, I contributed to Haystack (deepset) by designing a retrieval confidence scoring enhancement to better distinguish retrieval failures from LLM-generated errors in multi-query RAG workflows.

Experience

Work history, roles, and key accomplishments

II
Current

AI/ML Intern

IIMSTC

Jan 2026 - Present (4 months)

Engineered an electricity consumption prediction pipeline benchmarking Linear Regression, Ridge Regression, Random Forest, and XGBoost, achieving R=0.90 and a 29% improvement over baseline. Processed 10,000+ records and improved inference consistency by reducing XGBoost prediction variance by 18% (high-consumption), 17% overall, and 31% on spike/edge cases.

Education

Degrees, certifications, and relevant coursework

KT

KNS Institute of Technology

B.E. in Computer Science (Data Science), Computer Science (Data Science)

2022 - 2026

Pursuing a B.E. in Computer Science (Data Science) at KNS Institute of Technology in Bengaluru (2022–2026). Accepted and presented an IEEE paper, “An Intelligent Ensemble-Based System for CKD Progression Prediction and Clinical Decision Support,” at IC-AIDA 2026.

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