Ali Mohseni

- Engineered and served AI-based built models via web APIs - Developed and deployed APIs providing side functionalities using microservices architecture - Streamlined and automated processes including pipelines, deployment, and testing by migrating to Cloud, enhancing reliability and stability, while saving time up to 70% - Collaborated with 5+ team members by sharing knowledge through code review and pair programming - Communicated with other teams to set up services and settings, and resolved issues

- Led and mentored a development team of 4+, facilitating communication and collaboration - Designed a high-performance database capable of processing 300-400 K records per hour - Architected OS services to handle +5,000 simultaneous TCP connections - Created a GPS-based tracking system delivering real-time monitoring and tracking 1,500+ users along with integrated fraud detection features - Analyzed and developed a custom embedded middleware, enabling seamless communication between hardware and servers

- Architected system and created product roadmap, supporting over 20k simultaneous connections - Implemented a new approach to automating remote updates across 700+ branches, achieving 15% lower maintenance costs, 80% faster deployments - Migrated to a new rendering module, using GPU, enhancing performance, and removed flickers 100%, resulting in smoother animations - Invented one and customized two modules in Odoo ERP, boosting customer relationship and project management efficiency

- Executed enhancements to Oracle Forms modules focused on service separation, enabling integration with new data sources and expanding data handling to accommodate over 1 million daily records - Mined processes and steps, improving efficiency in member assignments and team management, resulting in a 25-30% reduction in waiting time from other parties - Delivered new modules and optimized database queries and reports, improving performance and efficiency in data retrieval and analysis by up to 20%

Activities and societies: - Cloud Scheduling - Bioinformatics Thesis: Proposed an algorithm for scheduling workflows with deadlines, incorporating level-based load-balancing techniques to improve deadline distribution and reduce communication costs