Shahriar Karim Saurov

Developed cutting-edge microservices to enhance qibb, an integration platform transforming the media and broadcast industry, by designing and implementing scalable APIs that seamlessly connect third-party services for media companies. Designed containerized solutions with Docker and Kubernetes, driving microservices architecture and deployment strategies across AWS and GCP cloud environments. Delivered full-stack solutions using Angular, Nest.js, Node.js, Next.js, Go, and Fiber, creating robust and user-friendly components that solve complex media integration challenges. Collaborated in an agile team, translating user stories into efficient, high-quality software solutions with TypeScript, JavaScript, and modern frameworks. Ensured software reliability and performance through rigorous testing, debugging, and documentation, while promoting best practices in code quality for maintainable and scalable applications. Designed and optimized database architectures using MongoDB (for flexible document storage) and PostgreSQL (for complex relational data), implementing efficient query patterns and indexing strategies to boost application performance.

Developed cutting-edge device testing software for evaluating performance and usability metrics using React, Next.js, Express, TypeScript, Zod, TailwindCSS, PostgreSQL, AWS, Go, and Gin, implementing clean code and DRY methodologies. Enhanced and maintained microscope user software by integrating new features and ensuring seamless control over portable microscopes through Angular, RxJS, OpenLayers, Express, MongoDB, and Jest. Played a pivotal role in developing next-generation microscope user software with Next.js, Express, Node.js, Cypress, Jest,Kafka, Graphql, and TypeScript, creating an advanced platform to revolutionize portable microscopy user experiences. Collaborated cross-functionally with hardware engineers, UX designers, and product managers to align software capabilities with microscope hardware specifications, resulting in optimized performance and a more cohesive user experience. Implemented comprehensive testing strategies using Cypress for end-to-end testing and Jest for unit testing, ensuring high-quality software delivery and reliability across all applications. Architected and implemented critical components for next-generation microscopy software, creating intuitive interfaces that simplified complex workflows and reduced training time by 40% for end users in laboratory environments.

Optimized network coverage and performance for TETRA, mobile, and LTE devices using Recoil for state management and RxJS for handling complex data streams, ensuring seamless operation across platforms. Developed responsive user interfaces with React, D3.js and Material UI that displayed real-time network metrics on interactive maps using OpenLayers. Designed and implemented resilient backend infrastructure with Node.js, Express.js, and Django integrating MongoDB and Redis for efficient data management. Utilized Kafka Streams for real-time processing of network data, enabling in-depth analytics and performance insights. Implemented comprehensive automated testing with Cypress for end-to-end testing and Jest for unit testing, ensuring reliable performance and high-quality software delivery.

Designed and developed customer-focused full-stack applications, enhancing functionality and scalability using React, Redux, Node.js, Express, Django, and TypeScript. Leveraged AWS, Terraform, and Jest to ensure robust infrastructure, seamless deployment, and high-quality software delivery that exceeded client expectations. Implemented robust database solutions using PostgreSQL and MongoDB, while ensuring comprehensive test coverage through Jest unit tests and Cypress end-to-end testing, resulting in more reliable applications with fewer production bugs.

Conducted experiments utilizing Wide Angle X-ray Scattering (WAXS) and Small Angle X-ray Scattering (SAXS) techniques to analyze the structural properties of cellulose-based materials. Developed and implemented data analysis scripts and algorithms using Python and MATLAB to process X-ray scattering data and extract key structural parameters and trends. Collaborated with senior researchers to design and optimize experimental setups for cellulose characterization, ensuring accurate and reliable data acquisition. Assisted in the preparation of research proposals, grant applications, and manuscripts for publication in peer-reviewed journals, contributing valuable insights and expertise in data analysis. Maintained laboratory equipment and ensured compliance with safety protocols, facilitating the smooth and efficient operation of experimental setups. Presented research findings at national and international conferences, engaging with the scientific community and disseminating novel discoveries in the field of ce