Anurag Shrivastava

Led the successful integration of 1MG, a major online medicine retailer, expanding the platforms service offerings and enhancing user accessibility. Designed and implemented a robust authorization system, strengthening security measures to prevent session hijacking and unauthorized access. Diagnosed and resolved critical production issues, significantly improving platform stability, performance, and user experience. Extended platform capabilities to support a Direct-to-Consumer (D2C) segment, enabling seamless product accessibility for end users. Automated a real-time notification system to provide providers with daily revenue insights, enhancing operational efficiency and decision-making.

Expanded platform capabilities by integrating external Student Information Systems (SIS) such as Blackbaud SIS and iSAMS SIS to enhance data interoperability. Designed and implemented an ETL pipeline to efficiently store and manage historical student data, improving data accessibility and reporting. Developed a data export feature, enabling users to download historical records, facilitating better record-keeping and analysis. Implemented automated notification alerts, ensuring linked users receive timely updates for multiple important events.

Contributed as part of the extended development team, working across multiple projects to enhance functionality and optimize workflows. Implemented a document signing and verification workflow using DocuSign. Developed a webhook integration for SurveyMonkey to synchronize survey completion statuses with the database. Integrated OAuth authentication with Strapi, customizing APIs to fetch content from the CMS. Designed and implemented a discussion forum using NodeBB, enabling post creation, commenting, and upvoting. Designed webhooks to analyze discussion forum posts, providing insights based on engagement and analytics. Developed shell scripts to facilitate seamless data migration between servers. Built custom NPM packages to automate common file generation processes.

Project was based on a parking lot booking app with functionalities such as valet attendant, enforcement officers and other services. Led a backend team of three developers and served as the primary point of contact for clients. Designed logic to identify the nearest parking lot and sort options based on price and selected time. Managed the implementation of promo code functionality and its application during booking. Developed pricing logic incorporating various customizations, including daily, hourly, and monthly rates.

Built a real-time driver monitoring system where authorized users (monitors) could track live driving statistics. The system comprised a mobile app for drivers and an admin panel for centralized tracking. Developed backend logic to process and display live driver stats such as speed and seatbelt status. Implemented push notifications with predefined or custom alerts for drivers. Designed and developed the admin panel (using React.js) to display driver details and seat belt usage history.

Developed backend services for a Flutter-based mobile application enabling third-party service providers to book studio rooms. Develop a routine procedure to take care of automated payment for upcoming booked reservations. Send SMS notifications and push notifications for booking reminders and cancellations. Maintain data for all users and sync with the company Zohos profile.

Maintained databases by updating employee rates data based on recent information. Optimized queries by reducing referential integrity constraints, improving data retrieval speed. Implemented a Windows service using NSSM to manage application execution and handle crashes enhancing system reliability by ensuring automatic server restarts after failures.

Developed and validated data transformation logic using SQL queries. Automated the testing process by executing queries, storing results, and uploading them to designated test cases using QuerySurge. Designed stored procedures to automatically generate expected results for business rules, significantly reducing testing time.