Role Overview
You will be part of NPCI’s
Market Innovation team
, working at the intersection of
advanced machine learning, deep learning, graph AI, and Generative AI
to build next-generation intelligent systems for India’s digital payments ecosystem.
This role focuses on solving
India-scale problems
such as
fraud detection, mule/AML risk modeling, transaction intelligence, and conversational AI
, using both
classical ML and cutting-edge AI architectures (LLMs, GNNs, Transformers, Agentic AI systems)
.
You will design
end-to-end AI systems
—from problem formulation, feature engineering, and model development to
GPU-accelerated optimization and production deployment
, ensuring
low latency, scalability, and robustness
.
The role offers a unique opportunity to work on:
Graph-based fraud detection systems
Agentic AI & LLM-powered platforms (RAG, MCP, workflows)
GPU/CUDA optimized AI pipelines
Privacy-preserving and federated AI systems
You will collaborate with
top academic institutions (IITs/IISc)
and cross-functional teams to push the boundaries of applied AI in financial systems.
Job Details
- Job Title: Data Scientist
- Division: NPCI Data Analytics – Market Innovation
- Education: B.Tech / M.Tech / MSc / MCA (PhD preferred) in CS, AI, DS, Mathematics or related field
- Experience Required: 3 to 6 Years
- Employment Type: Full-time
Key Responsibilities
Machine Learning & Advanced Modeling
ML/DL models
(Logistic Regression, RF, XGBoost, NN, CNN, Transformers, GANs)
fraud detection, AML, anomaly detection, transaction intelligence
imbalanced datasets
using advanced sampling and cost-sensitive learning
Graph AI & Advanced Systems
- Graph AI models: GNN, GCN, GAT, temporal graph networks
- Apply network analytics for
fraud rings, mule detection, behavioral risk signals
Generative AI & Agentic Systems
LLM-powered applications
(chatbots, complaint intelligence, document analysis)
RAG pipelines
Agentic workflows & MCP (Model Context Protocols)
- Prompt engineering & LLM fine-tuning
Feature Engineering & Data Science
EDA, feature engineering
(temporal, behavioral, aggregated features)
structured, semi-structured, and unstructured data
Model Optimization & GPU Acceleration
Latency & throughput
GPU performance (CUDA-based optimization)
RAPIDS, cuDF, cuML, cuGraph, PyTorch Geometric
Evaluation & Experimentation
custom loss functions
(weighted BCE, cost-sensitive)
robust validation techniques
(cross-validation, time-based splits)
Deployment & Production Systems
batch and real-time production systems
scalable ML pipelines & APIs
Monitor:
- Model drift
- Performance stability
- Business impact
Collaboration & Research
data engineers, product teams, and business stakeholders
research, innovation, and academic collaborations
latest AI advancements (LLMs, Graph AI, Federated Learning)
Requirements
Required Technical Skills
Core ML & Data Science
Strong in:
- Supervised & unsupervised learning
- Statistical modeling (Logistic Regression, DA)
- Tree models (RF, XGBoost, LightGBM)
Deep Learning:
- NN, CNN, Transformers, GANs
Generative AI & LLM Stack
LLMs (OpenAI, open-source models)
Prompt engineering, fine-tuning
RAG pipelines & vector databases
Agent frameworks & MCPs
Graph AI
GNN, GCN, GAT
- Graph-based fraud detection
- Network analytics
Programming & Tools
Python (NumPy, Pandas, scikit-learn)
SQL (large-scale data processing)
PyTorch / TensorFlow
PyTorch Geometric
Key Skills and Experience Required
Strong foundation in:
- Mathematics, probability, statistics
- Data structures & algorithms
Expertise in:
- Feature engineering & model evaluation
- Handling large-scale datasets
Experience with:
- Imbalanced datasets & sampling techniques
- Custom loss functions & business metrics
Knowledge of:
- Model deployment & production pipelines
- Model monitoring & performance tracking
Strong:
- Problem-solving ability
- Communication & stakeholder management
Ability to translate
business problems into scalable AI systems
Good-to-Have Skills & Experience
Payments / fintech / banking domain
Graph analytics on transactional data
Federated learning & privacy-preserving AI
mathematics/physics principles