About

Ritwik Sinha is a skilled Software Engineer at Capillary Technology, with a focus on Frontend development. He has a strong knowledge of frontend frameworks and libraries, including React, React Hooks, Redux, Next, JavaScript, TypeScript, API, Material UI, Bootstrap, Tailwind, Node, Express, and Mongo. With 0.36 years of relevant experience, Ritwik has worked on several projects throughout his career. As a Software Engineer at RMgX Technology LLP, he developed the FMISC app in the React Native ecosystem, which helps users report any flood incident in Bihar. He also participated in the SDLC to decide the product architect and created the UI for the newly launched social media web app, which uses the React ecosystem and TypeScript. Ritwik has integrated APIs in overall pages and managed to deliver the functionality on time. He worked on a team of 5 adding new features to one of the Web Apps (~50K users) and post-launch (Web) for booking. He also integrated APIs on the Dashboard for Visualization of data, which is used across internal teams on a daily basis. At D-Webbox, Ritwik was the Project Lead for the development of the new app named Aagam. He took part in all phases of SDLC and architected robust solutions according to product requirements. He was also responsible for the development of the Doctor application on a cross-browser platform named Medvatic. Ritwik holds a Bachelor of Technology in Computer Science Engineering from Galgotia University and completed his schooling in PCM from Delhi Public School. He is skilled in AWS, MongoDB, CI/CD, infra, microservices, Backend, Senior Software Engineer, React Native, TensorFlow, PHP, MySQL, ML, Flask, Python, and ReactJS. Overall, Ritwik is a passionate Frontend developer who develops powerful rich user experience applications. He has a strong understanding of the SDLC and has contributed to the improvements of existing systems and microservices to improve performance and reliability. He has experience working with different teams of internal systems to coordinate the development of interconnected features.