Alexandru Popa

Designing microservices architecture for improved deployment and security. Implementing robust cloud infrastructure to enhance engineering systems. Conducting weekly architecture reviews to optimize website performance. - Enhanced security with proactive threat mitigation strategies. - Streamlined DevOps operations for greater efficiency. - Achieved faster load times and improved user experience.

Introduced credit-based financing feature to boost conversion rates. Enhanced server performance, reducing request duration and memory leaks. Implemented smart scaling and automated testing, reducing operational costs. - Increased conversion rates by 10% within six months. - Decreased average request duration by 600 milliseconds and mitigated memory leaks. - Cut daily operational costs by 35% through smart scaling and automation.

Implemented scalable service-oriented architecture for increased campaign revenue. Developed microservices-based service to automate product launches, reducing timeline. Optimized APIs and SQL procedures to improve page load times for both desktop and mobile users. - Boosted campaign revenue by 40% with scalable architecture. - Reduced product launch timeline from 2 months to 2 weeks through automation. - Improved page load times while adhering to SEO guidelines for enhanced user experience.

Refactored monoliths and vanilla Js projects to microservices and AngularJS. Collaborated with DevOps team to migrate web projects to Azure cloud. Automated CI/CD processes and integrated load balancing and serverless functions to enhance DevOps productivity. - Reduced new environment setup time by 70% using ARM templates. - Cut total cost of ownership by over 20% through Azure cloud migration. - Improved DevOps productivity and service uptime by more than 40% through automation and integration.

Optimized usage of simulation tools, reducing duration of simulation processes. Engaged in reverse engineering proprietary code repositories, transitioning them to Python and C# to curb annual licensing fees. - Reduced simulation process duration by 15%. - Saved $200k in annual licensing fees through code transition. - Accelerated in-house 4D simulation product, reducing run time from 8 minutes to 3 minutes.