At NasoBet, I lead the development of backend systems, designing and implementing algorithms for real-time odds calculations. I optimized performance and scalability using microservices and Docker containers, and ensured platform stability through best practices in error handling, logging, and monitoring. I collaborated with frontend engineers to integrate backend functionalities, implemented RESTful APIs and GraphQL endpoints, and managed the cloud infrastructure on Google Cloud Platform (GCP) using Kubernetes. My responsibilities also included designing and maintaining databases, implementing efficient data retrieval techniques, and ensuring compliance with security and regulatory standards in the online gaming industry.

In the online gaming industry, I actively participating in the development of NasoBet both on the production site (https://nasobet.com) and its sandbox environment. The objective was to create an engaging and reliable online betting platform. This project involved intricate backend systems, real-time odds calculations, and a user-friendly frontend. Rigorous testing in the sandbox environment was crucial to identify and address potential issues before the platform went live. The project provided valuable insights into the technical challenges of the online gaming industry, emphasizing regulatory compliance and responsible gambling practices.

At Deebezt Academy, I developed and delivered comprehensive IT curriculum and lesson plans covering basic to advanced topics. I facilitated group discussions on technology and its societal impact, created online resources including tutorials and instructional videos, and implemented interactive learning modules to enhance student comprehension of complex concepts. My innovative teaching methods and resource development significantly improved student engagement and learning outcomes.

At Deebezt Technologies, I contributed to the full software development life cycle, collaborating with front-end developers for seamless integration and implementing third-party APIs using JSON and XML protocols. I optimized database queries, improving performance by 23% and employed caching strategies across the architecture stack. I debugged code, identified security vulnerabilities, and automated unit testing. I created comprehensive API and database documentation, researched emerging technologies, and developed custom algorithms to enhance data accuracy. My role also involved regular maintenance tasks and using scripting languages for operational automation, ensuring robust and efficient backend operations.

I contributed to the development of Payviame-A FinTech product (payviame.com), focusing on creating a streamlined and inclusive payment solution. Exploring innovative ways to facilitate cross-border transactions while adhering to regulatory requirements added an extra layer of complexity and interest to the project.

✅ Served as the primary representative of the department to the student body, faculty and administration.✅ Advocated for the needs and concerns of students within the department and act as a liaison between students and the department, faculty, student union government and staff.✅ Worked closely with staff, faculty and administration to address academic concerns and advocated for improvements. ✅ Gathered student feedback on curriculum, teaching quality, and academic resources, and communicated this feedback to the appropriate stakeholders.✅ Addressed student concerns, grievances, and suggestions related to the department's policies, resources, and facilities. Collaborated with the student union government or other relevant bodies to advocate for broader student issues or initiatives.

At JenosWay Logistics, I played a dual role in backend and mobile development. I defined secure endpoints, optimized database queries, and implemented caching mechanisms to enhance backend performance. I integrated third-party services and payment gateways to expand functionality. Additionally, I designed and developed mobile applications for both iOS and Android using Flutter and Dart, ensuring a seamless and responsive user experience. My work included implementing user interfaces, handling user input, and maintaining a well-documented codebase. My contributions significantly improved system efficiency and user satisfaction.

Honorable member representing Computer Science constituency at The Students Union Government