Muhammad Ali

Built a CLI tool in Go for automated component placement on microchips, implementing Spring Embedder and Simulated Annealing algorithms, improving execution time by 75%. Architected high-performance matching services in Go and designed a scalable user profile microservice using Java Spring Boot.

Scaled Profile and Wallet microservices in Go using CQRS and Actor Model, sustaining 99.99% uptime and reducing latency from 350ms to <15ms. Designed a low-latency CDC data streaming pipeline with Apache Flink and Java, processing over 25M daily transactions, and led security migration to Keycloak.

Developed a full-stack CRM application using React on the frontend and Go on the backend with PostgreSQL and MongoDB for data storage.

Designed, developed, and maintained Go microservices on AWS for retrieving market instrument data from platforms like Deribit and Binance. Built services to standardize market data formats and advised on architecture and system design.

Served as lead developer for the core e-commerce web platform, re-engineering business logic and checkout flows to improve throughput by 300%. Managed a team of 14 engineers across 3 squads, boosting sprint velocity by 25% and reducing defect rates by 35%.

Designed, audited, and deployed 2 Ethereum smart contracts executing over $2M in transaction volume with zero security vulnerabilities. Developed Express.js microservices and Web3 React interfaces for real-time state synchronization.

Integrated Label Studio into the platform, unlocking support for data annotation projects across any data type. Built the platform's frontend using React, developed a Python microservice for audio waveform extraction, and established testing and Scrum processes.

Designed and developed hard real-time automotive diagnostic engines using MATLAB/Stateflow, delivering firmware for millions of vehicles. Conducted software safety analysis in compliance with ISO 26262.

Contributed to building and maintaining high-performance real-time diagnostic and validation tools in C, Java, and C# for automated testing in safety-critical environments.

Designed and developed GBATarget, a real-time debugging and visualization tool in Java for inspecting model variables, refreshing every 40ms and communicating over CAN, LIN, Flexray, CAN-FD, and Ethernet. Led distributed engineering teams across multiple global locations.

Contributed to building and maintaining high-performance real-time diagnostic and validation tools in C, Java, and C# for automated testing in safety-critical environments.

Contributed to building and maintaining high-performance real-time diagnostic and validation tools in C, Java, and C# for automated testing in safety-critical environments.

Completed the Blockchain Developer Nanodegree in 2022.

Bachelor of Engineering in Computer and Control Systems from Ain Shams University, completed in 2009.