engineer:
name: "Rahul K"
role: "Software Engineer | AI/ML Engineer | Full Stack Developer"
focus:
- Designing scalable backend systems with Java & Spring Boot
- Building production-grade Machine Learning & Deep Learning pipelines
- Engineering full stack applications with the MERN ecosystem
- Contributing to high-impact open source projects
philosophy: "Engineering reliable, data-driven systems with a product mindset"I'm a Computer Science Engineer with a strong foundation in data structures, algorithms, and system design, combined with hands-on experience across machine learning, full stack development, and cloud-native engineering. My work spans building CNN-based computer vision pipelines for real-world infrastructure problems, optimizing RESTful backend services under simulated production load, and contributing to large-scale open source codebases used by millions of developers worldwide.
I approach engineering with a product mindset β prioritizing performance, security, and measurable impact over surface-level implementation. Whether it's reducing API latency, improving model classification accuracy, or resolving inconsistencies in distributed deployment systems, I focus on outcomes that scale.
π― Open To: Software Engineering Roles Β· Machine Learning Engineering Β· Full Stack Development Β· Backend Engineering Β· Research Collaborations Β· Open Source Contributions
| Domain | Proficiency | Details |
|---|---|---|
| Supervised Learning | βββββ | Classification & regression pipelines, model evaluation via precision/recall |
| Convolutional Neural Networks (CNN) | βββββ | Satellite imagery classification, geospatial feature extraction, 95% accuracy |
| Artificial Neural Networks (ANN) | βββββ | Intrusion detection on network traffic, ensemble autoencoders |
| Model Evaluation & Tuning | βββββ | Hyperparameter tuning, feature scaling, dimensionality reduction |
| Frameworks | βββββ | TensorFlow, PyTorch, OpenCV |
| Anomaly Detection | βββββ | Zero-day attack identification, false-positive reduction |
π‘οΈ AI-Powered Intrusion Detection System
Developed an intrusion detection system trained on real-world network traffic data, combining ANN architectures with ensemble autoencoders to identify malicious activity, including previously unseen zero-day attacks.
| Attribute | Detail |
|---|---|
| Stack | Python, Machine Learning, ANN, Autoencoders |
| Scale | ~50,000+ network traffic records |
| Performance | 20% improvement in malicious traffic detection accuracy |
| Security | Zero-day attack identification via anomaly detection |
| Impact | 15% reduction in false positives, improved real-time threat reliability |
| Repository | github.com/rio767/intrusion-detection-system |
Applied feature scaling, dimensionality reduction, and anomaly detection techniques to build a system capable of identifying novel attack patterns without relying solely on signature-based detection, significantly enhancing real-time network security posture.
β‘ Satellite Imagery Analysis for EV Charging Hubs
Built a CNN-based satellite imagery analysis pipeline to identify optimal locations for EV charging infrastructure by analyzing commercial zoning and traffic pattern data at scale.
| Attribute | Detail |
|---|---|
| Stack | Java, Python, TensorFlow, OpenCV |
| Scale | ~10,000+ satellite images processed |
| Performance | 95% classification accuracy |
| Security | N/A β Geospatial infrastructure analysis pipeline |
| Impact | Enabled data-driven EV infrastructure planning decisions |
| Repository | github.com/rio767/ev-charging-site-classifier |
Engineered a full preprocessing, augmentation, and hyperparameter tuning pipeline in TensorFlow to transform raw satellite imagery into actionable infrastructure recommendations, supporting precision/recall-based model validation for production reliability.
Feb 2026 β May 2026 Β· Bangalore, India
Developed a CNN-based EV charging site identification model from the ground up, processing large-scale satellite imagery datasets to support infrastructure planning decisions through quantitative model evaluation.
- Designed and trained a CNN model using TensorFlow/PyTorch on ~10,000+ satellite images
- Implemented preprocessing and geospatial analysis pipelines for raw image data
- Conducted hyperparameter tuning to achieve 95% classification accuracy
- Delivered precision/recall-based model evaluation for production-readiness validation
Python Java TensorFlow PyTorch Computer Vision Geospatial Analysis
Mar 2025 β Apr 2025 Β· Remote
Built and deployed a scalable full stack web application, focusing on backend efficiency and frontend performance under simulated production-level traffic.
- Engineered RESTful APIs with MongoDB indexing and Express middleware
- Reduced API latency by 30% under simulated multi-user load (~1K+ requests/day)
- Optimized React frontend performance using hooks and state management
- Increased user retention by 15% through behavioral session data analysis
MongoDB Express.js React Node.js REST APIs Performance Optimization
| Recognition | Details |
|---|---|
| π Open Source β freeCodeCamp | Resolved UI defect & optimized navigation in a 400K+ star codebase serving 1M+ monthly users |
| π¦ Open Source β PyPA pip | Investigated package distribution resolution, aligned --no-binary behavior with pip 23.1 |
| βΈοΈ Open Source β Spinnaker | Resolved Kubernetes deployment inconsistencies in continuous delivery design system |
| π HackToFuture 2025 | Built a full-stack prototype under competitive hackathon constraints |
| π€ Google Agentic AI 2025 | Developed an AI prototype using Python, TensorFlow, and LangChain |
| π Bharatiya Antariksh 2025 | Engineered ISRO-aligned space-tech solution prototype |
AWS
IBM
Deloitte
GeeksforGeeks
current_focus:
learning:
- Advanced System Design & Distributed Architecture
- Deep Learning Model Optimization & Deployment (MLOps)
- Cloud-Native Backend Engineering on AWS
building:
- Production-grade Spring Boot microservices
- End-to-end ML pipelines for real-world infrastructure problems
exploring:
- Generative AI & Agentic Workflows (LangChain)
- Kubernetes-based continuous delivery systems
open_to:
- Software Engineering Roles
- Machine Learning Engineering Roles
- Full Stack Development Opportunities
- Open Source Collaborations