AI-native Engineering
Specification-first development, context routing, coding agents, review loops, and verification guardrails.
Arnab Banerji
I design frontend architecture, AI-assisted development workflows, design systems, and product foundations for complex SaaS platforms.
Specification-first development, context routing, coding agents, review loops, and verification guardrails.
Reusable workflows, standards, checks, and documentation that help teams ship higher-quality software faster.
State ownership, routing, component boundaries, data flow, and change control for large UI systems.
Tokens, component APIs, accessibility, Figma integration, themes, and UI governance under delivery pressure.
Turning workflow pain into product proposals, API direction, platform changes, and measurable outcomes.
Rendering, bundle strategy, lazy loading, large datasets, map-heavy dashboards, and video-heavy workflows.
Maps, live alerts, event updates, streaming states, operational dashboards, and user-trust preserving UI.
Frontend-led API contracts, search workflows, backend-query reduction, timezone systems, and i18n architecture.
Architecture reviews, design reviews, mentoring, governance, standards, and product-level ownership.
Selected work
A few examples of how I think about AI-native engineering, frontend architecture, design systems, product UX, and maintainable interfaces.
Architected complex UI flows for AI-assisted business workflows where users need clarity, review states, and confidence before taking action.
Created reusable Angular component patterns for consistency, speed, and clearer ownership across a growing SaaS product surface.
Improved usability and performance for table-heavy enterprise screens that needed scanning, comparison, filtering, and repeated action.
Essays
Writing on the beliefs that shape my work: Angular as product architecture, design systems as delivery infrastructure, AI UX that admits uncertainty, and boring engineering as a humane choice.
Lab
A smaller collection of hands-on browser experiments: a 1Hz computer, a playable Web Audio guitar, a Nifty options simulator, and other side projects that make systems visible.
How switches become a computer.
A playable six-string in the browser.
A playable keyboard in the browser.
A physics-simulated roulette wheel.
A paper-trading lab for index options.
A precise tempo keeper for practice.
A Three.js driver-assist road scene.
A compatibility matrix for realistic PC builds.
A transparent blackjack shoe debugger.
Slide, merge, and chase the golden tile.
I am open to thoughtful conversations about teams, engineering workflows, and product interfaces that need to scale.
Contact me