Apr 2022 – Present · 4 yrs 2 mos · Bengaluru, Karnataka, India · On-site

• Led the frontend development and contributed to the system architecture of a digital Permit to Work (ePTW) solution — a cloud-based platform tailored for complex, high-risk oil and gas operations. The system was deployed across web and mobile platforms, replacing paper-based workflows to improve operational efficiency, safety compliance, and approval turnaround times across complex, high-risk field environments.
• Leadership & Mentorship:
• Acted as Frontend Lead, driving technical decisions, component architecture, and overall UI/UX direction across web and mobile platforms.
• Mentored junior developers, conducted code reviews, and collaborated cross-functionally with product, QA, and backend teams to ensure smooth delivery.
• Established reusable component libraries and enforced code quality through best practices and scalable frontend architecture.
• Key Contributions & Achievements:
• Enabled offline-first capabilities to allow permit handling in areas with limited connectivity, with auto-sync when online.
• Integrated geofencing, ensuring permits are only submitted from authorized field locations — boosting compliance and control.
• Built interactive PNID annotation tools, allowing users to visually mark job locations and scopes directly within digital permit forms.
• Created a real-time graphical command center, empowering site management with live visibility into site operations and permit conflicts (e.g., SIMOPS).
• Helped reduce permit approval cycles from hours to minutes by digitizing and streamlining the entire workflow — from creation to multi-level approvals.
• Integrated safety validations and automated compliance checks at critical workflow steps to ensure adherence to protocols.
• Impact:
• 60% reduction in operational delays tied to permit processing and approvals.
• Empowered management with real-time tracking and control over thousands of permits across remote oilfield sites.

Jul 2021 – Mar 2022 · 8 mos · Bengaluru, Karnataka, India · On-site

• Key Contribution:
• Increased mobile app usage by 70% by building a robust offline-first mobile framework using React Native, Expo, and WatermelonDB, ensuring reliable data access, smooth user experience, and seamless performance even in low or no internet connectivity areas.
• Enabled scalable and independently deployable frontends by designing a micro-frontend architecture using Single-SPA, reducing cross-team dependencies and improving release velocity.
• Simplified user management and access control by developing a reusable authentication and authorization module using FusionAuth and CASL, supporting multi-tenant environments and granular permissions.
• Empowered non-developers to create dynamic forms by designing a no-code/low-code template builder that allows defining complex formulas and inter-field dependencies, reducing engineering effort for internal tools.
• Improved user experience for logic configuration by implementing a visual formula builder using Google Blockly, allowing users to define and validate expressions without writing code.
• Enhanced user tagging and search efficiency by creating a user picker and tagger system using Tagify and Typesense, supporting fast, fuzzy-search-driven collaboration features.
• Improved media handling and collaboration by building a robust media library that supports non-blocking background file uploads/downloads and media annotation, optimizing performance and user productivity.
• Expanded product accessibility across platforms by developing a performant Ionic-based Progressive Web App (PWA), ensuring cross-device compatibility and offline capabilities.