ramvo

Guided the architecture and deployment of Temis using modern software engineering practices, ensuring seamless integration with store back-office operations and enhancing reliability. Developed and deployed an integration layer using the Zebra software development kit, facilitating reliable connectivity for hybrid applications where only native support existed previously. Promoted to Delivery Manager after significantly boosting team performance, achieving a marked increase in the delivery rate, and a notable reduction in technical debt. Monitored development processes, addressed capacity bottlenecks, and adjusted cross-functional schedules to maintain consistent delivery of stable, maintainable code bases. Streamlined cross-functional collaboration between development, QA, and business teams by instituting structured agile ceremonies, resulting in tangible improvements in project visibility and collective ownership.

Design, development, and management of several web and mobile development projects for important clients such as the multinational company Rentokil Initial S.A. Engineered full-stack web applications by integrating modern frameworks and deploying RESTful APIs, enabling seamless data exchange and improved user experiences for enterprise clients. Implemented responsive web interfaces and optimized backend functionality using edge technologies, facilitating robust application performance for diverse client requirements. Devised automated testing pipelines and continuous integration workflows, substantially enhancing code quality and expediting release cycles for multiple client-facing applications.

Led architecture and coding of VISUAL-JCLAL, a collaborative web application supporting Artificial Intelligence research by integrating the JCLAL framework with modern JavaScript and backend technologies. Contributed to the end-to-end development of JCLAL, utilizing Java and web technologies to enable flexible experimentation workflows in machine learning and active learning environments. Integrated modular components and user interface enhancements to JCLAL’s framework, streamlining the process for conducting AI-driven data analysis. Collaborated with a development team to deploy and maintain scalable backend services for JCLAL, supporting efficient management of complex AI experiments.

Designed and implemented the software for a CPU/GPU ReWork Machine for hardware component replacement in laptops, utilizing C/C++ and system-level programming. Conducted comprehensive project analysis and architecture planning for the CPU/GPU ReWork solution, coordinating integration efforts between hardware interfacing modules and software components. Developed custom firmware and embedded software controls for precise management of CPU and GPU transplant operations, improving reliability and process automation within technological constraints.

Coordinated company-wide food resource distribution logistics using advanced spreadsheet modeling and data management tools, optimizing allocation across over 300 organizations. Implemented statistical analysis techniques and database systems to track inventory flows and streamline wholesale operations for business entities. Refined reporting workflows by leveraging data visualization and analytics software, supporting data-driven decisions within the food resource supply network.

Delivered lessons on Object Oriented Programming, utilizing C++ to introduce foundational concepts and practical applications for students. Developed engaging laboratory exercises and assessments aligned with curriculum guidelines, promoting hands-on learning and reinforcing key programming methodologies for undergraduate students. Guided classroom discussions and interactive workshops to deepen students’ understanding of algorithmic approaches, fostering analytical thinking through real-world problem scenarios.