Ahmed Raza Ur Rehman

Designed and developed an autonomous AI agent framework featuring Retrieval-Augmented Generation (RAG), vector memory, multi-agent orchestration, tool integration, and reasoning workflows.

• <p>Designed modular AI agent architecture</p>
• <p>Implemented retrieval pipelines using vector databases</p>
• <p>Integrated external tools and APIs</p>

Designed a custom five-stage pipelined RISC-V processor with an integrated neural network acceleration unit for AI workloads.

• <p>Pipeline implementation</p>
• <p>Hazard detection</p>
• <p>Forwarding logic</p>

Developed an AI-powered intrusion detection system capable of identifying malicious network activity using machine learning techniques.

• <p>Data preprocessing</p>
• <p>Feature engineering</p>
• <p>Model training</p>

Built an optimized edge AI object detection platform designed for resource-constrained embedded devices.

• YOLO model deployment
• TensorFlow Lite optimization
• INT8 quantization

Designed an autonomous drone utilizing SLAM-based navigation, visual-inertial odometry, autonomous landing, and ROS2 integration.

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Developed an Industrial IoT predictive maintenance platform featuring sensor fusion, cloud connectivity, anomaly detection, and analytics dashboards.

Designed a real-time rendering engine implementing physically based rendering, ECS architecture, skeletal animation, and deferred rendering.

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Developed an 18-DOF robotic walking platform implementing inverse kinematics, gait generation, and terrain adaptation.

Developed a multi-tenant analytics platform featuring authentication, billing, role-based access control, and interactive dashboards.

Built a cross-platform healthcare application supporting medication reminders, health logging, biometric authentication, and offline functionality.

Designed a complete machine learning analytics pipeline for customer segmentation, churn prediction, forecasting, and dashboard visualization.

Designed a custom embedded energy monitoring PCB with cloud integration and power analytics.

Implemented a real-time software-defined radio pipeline using FPGA hardware acceleration.

Developed a multi-tenant AI chatbot platform with hybrid retrieval, streaming responses, and knowledge-base ingestion.

Implemented cloud-native deployment pipelines using Kubernetes, Terraform, GitHub Actions, Prometheus, and Grafana.

Developed decentralized document verification using Ethereum smart contracts and IPFS.

Designed a desktop IDE with integrated Git support, terminal, AI-assisted coding, and extensible plugin architecture.

Developed an augmented reality application for interactive circuit visualization using Unity and ARCore.

Created Python automation tools for server monitoring, deployment automation, reporting, and scripting.

Designed an end-to-end MLOps platform supporting experiment tracking, data versioning, model serving, and automated deployment.

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