Ashish Dutta

Designed and developed UI features for Oracle OneView, enhancing its unified monitoring and management capabilities to deliver real-time insights and streamlined operations across the global Oracle DB Cloud fleet. Built cross-browser extensions for seamless token renewal and secure authentication, enabling Oneview Auth Plugin in ONSR regions with backend Java support, ensuring uninterrupted access and smooth user experience. Implemented secure authentication flows with protection against session hijacking, maintaining high performance and uninterrupted access. Implemented service-based DomU Log Collection limits, added AHF version prechecks, and introduced warnings for large-scale node log collections. Developed the Operations Toolkit on Oracle OneView to enable on-demand operations, allowing operators to collect real-time system data and perform actions with a single click, streamlining issue triaging. Continually enhance the legacy Oneview UI platform by improving page performance, implementing consistent UI patterns, and creating reusable components, resulting in faster, more maintainable, and scalable interfaces.

Led the development of frontend applications, ensuring high performance, scalability, and maintainability at an early-stage startup for a Gen AI marketing platform, using Next.js, Typescript, and Tailwind CSS. Built component libraries in React and Storybook using concepts of atomic design to reduce redundancy and improve consistency across projects. Designed and developed authentication module using next/auth, user interface modules of customer onboarding, personalisation and content generation for social media channels for marketing platform. Implemented CI/CD using vercel for development and production workflows. Utilized Webpack to streamline the development process, resulting in a 15% reduction in build time and enhancing overall project efficiency. Applied Jest, RTL, to ensure robust code quality and enhanced application stability.

As the inaugural frontend engineer within the engineering team, established the foundational framework for frontend systems, enabling the development, build and deployment of diverse web applications for various financial solutions. Leveraged technologies such as Next.js, React, ReactQuery, Tailwind, Webpack, Docker, Jenkins. Built component libraries in React and Storybook using concepts of atomic design leveraging Storybook and Hosted the library as storybook website for all stakeholders and packaged it into a npm module hosted in local registry, leading to a 30% decrease in redundancy for maintaining common UI components and modules. Led the architecture and development of a mobile-first Partner Central application using Next.js, react-query, and contextAPI to streamline partner onboarding process on the Piramal platform from a week to less than 15 minutes, achieving a time reduction of over 95%. Engineered development and implementation of LBP(Loan by Piramal) a customer-facing application, accelerating loan application conversions from various acquisition channels such as third-party ads. Engineered a versatile direct-to-consumer (D2C) solution to cater to diverse financial service needs. Developed pivotal modules for the Sales vertical, integrating geolocation techniques and recording capabilities with React, GoogleApis on web and user's low resourced devices to enable sales agents to efficiently tag, identify potential customers. This enhancement significantly reduced turnaround time for customer verification processes related to business and personal loans across sales, legal, and collection teams. Architected and led the implementation of micro frontend architecture using Module Federation, Webpack, and Next.js, resulting in a significant 30% improvement in code reusability and maintainability across 10+ applications covering diverse verticals. Implemented income verification and form26 verification modules leveraging Next.js module federation architecture. This approach rendered these modules easily integrable into diverse applications, dramatically reducing turnaround time for customer income and employment verification processes, thereby shortening the overall loan processing timeline.

Led the architecture and development of Picking and Inwarding applications, using React.js to enhance fulfillment systems, resulting in a 40% improvement in application performance. Collaborated with cross-functional teams to design and implement faultless picking features for inventory scanning, ensuring seamless integration with backend services for optimal user experiences. Led the frontend development and implementation of location tracking feature for products using Vue.js, resulting in a 25% reduction in missing inventory. Development of an intuitive and efficient user interface for the implementation of a Hub and Spoke supply chain model, meeting business requirements within an accelerated timeline. Led the architectural design and implementation of a legacy order digitization platform using Vue.js, resulting in a 40% improvement in pharmacist efficiency and a 50% increase in user satisfaction.

Developed user interface of Unisys Stealth Aware application, a desktop app built with Electron and utilizing ReactJS, MobX, ES6, Webpack, Node.js, and Express.js to enable auto-discovery and visualization of network communications. Translated complex UI/UX designs into functional applications utilizing Foundation framework for Unisys VantagePoint, resulting in an enhanced user experience and increased customer satisfaction. Developed scalable backend integration solutions using Spring MVC, enhancing performance and reliability while connecting Unisys VantagePoint application with external APIs and databases. Developed POCs for feasibility analysis of middleware products (WSO2) in the project. Worked on the frontend and middle-layer of various features in Unisys Clearpath Forward application, which is used to secure, scale and manage system.

Completed a exploratory research project on Synthesis of Reversible Logic Gates, under the guidance of renowned faculty members exploring foundational concepts that underpin modern quantum computing and contributing to advancements in low-power and reversible computing methodologies.