Gajendra Saraswat
Impact: 97.6% fraud • ~90% leukemia • 24.2× compression
Prod: Flask/Docker/Heroku + Spring/Kafka
Honors: Springer • GATE 99.1% • Kaggle 19%
kaggle.com/sarques • github.com/saarques
BNY Mellon — Software Engineer | Aug 2023 – Present
Backend & ML Integration (Contract Platform)
Enhanced Spring Boot microservices with validation/anomaly detection; 36% faster via parallelization/batching. Secure REST/Kafka via API Gateway. Deployed via GAE/Docker/GitLab CI/CD — strong fundamentals for scaling ML systems to production.
Data-Driven Quality & AI Tooling
Python metrics/dashboards + proactive anomaly detection. NextGen 300+/95% → fully automated MCP/Jira regression. Daily Windsurf/Devin (RAG/Agent) for code-gen/debugging — applying AI Pioneer L3 (RAG/Nuggets/orchestration) to backend & ML workflows.
System Architecture & Responsible AI
DR for 25+ apps multi-cluster, Kafka backup failover (8 topics, 2 clusters). Audited Devin CoT secret exposure, rotated secrets, authored governance guidelines — AI risk & compliance in regulated finance.
Two-stage encoder-decoder + Huffman. MNIST/CIFAR-10/Fashion MNIST with minimal loss. Achieved 5.5×–24.2× compression (15.6 MNIST, 24.2 CIFAR-10 without overhead). Published Springer Singapore.
Logistic Regression (balanced weights) 97.6% acc, 89.6% recall • SMOTE for imbalance • Flask REST, validation, Docker/Heroku. Final Year Project.
Automated leukemia classification on microscopic cell images addressing morphological similarity. ~90% accuracy via hyperparameter tuning, Pandas/NumPy preprocessing, Docker Hub.
MBM Jodhpur — B.E. CS, CGPA 7.48 (Aug 2016–Oct 2020)
Springer Dec 2024: Autoencoder-Huffman Ensemble Model for Image Compression — 5.5×–24.2× link →
Kaggle: SIIM-ISIC Melanoma Top 19% • 2× Expert
AI Pioneer L3: RAG, Agent Design, Prompt Eng, Nuggets, Workflow Orchestration
• Imbalanced data (SMOTE) & eval
• Compression & vision pipelines
• RAG/Agent + MLOps (Docker/Heroku)
• Backend for ML (Kafka/REST)
Machine Learning — Coursera
Deep Learning Specialization
Math for ML — Coursera