Service Management Platform
An enterprise-scale micro-frontend platform for Universal Weather and Aviation, enabling distributed teams to independently build, test, and deploy domain-specific workflows inside a shared shell architecture.
Tech Stack
Status
Production Ready
Type
Enterprise platform
Designed shell app architecture with routing, auth, and runtime dependency management across all MFEs
Integrated Sabre APIs (REST) and GraphQL with Apollo Client for real-time service and booking workflows
Established monorepo with shared design system - version-consistent UI components across all teams
Implemented feature flags and backward-compatible releases for zero-downtime deployments
Defined state management standards using Redux Toolkit, RTK Query, and SWR across distributed feature teams
Developed reusable, accessible TypeScript components using Material UI, Tailwind CSS, React Hook Form, and Zod
Optimized platform performance through code splitting, lazy loading, and independently deployable module boundaries
Service Management Platform
Overview
Service Management Platform is an enterprise aviation operations product built to support multiple domain teams shipping into one cohesive application. The platform used a micro-frontend architecture so service, booking, and operational workflows could evolve independently without compromising the shared shell or user experience.
Business Context
Universal Weather needed a frontend platform that could scale across teams, releases, and domain boundaries. The challenge was not just technical modularity. The experience also had to remain consistent for aviation professionals moving across interconnected workflows.
Core goals included:
- ›independent team deployment without regressions in the shared shell
- ›consistent routing, authentication, and runtime dependency management
- ›integration with Sabre APIs and GraphQL-backed services
- ›common UI, accessibility, and validation standards across domains
- ›safer enterprise releases through compatibility and rollout controls
What I Built
- ›Architected the shell application, including routing, authentication boundaries, and shared runtime contracts.
- ›Implemented a
Webpack Module Federationstrategy so teams could build and deploy domain-owned features independently. - ›Established shared libraries and design system foundations in a monorepo workflow to reduce duplication and improve consistency.
- ›Integrated
SabreREST services andGraphQLendpoints through resilient data-access patterns. - ›Standardized state management approaches using
Redux Toolkit,RTK Query, andSWRbased on workflow requirements. - ›Built accessible, reusable TypeScript components and form flows with
Material UI,Tailwind CSS,React Hook Form, andZod.
Architecture Highlights
Shell and Module Federation
The host shell coordinated navigation, auth, layout, and runtime interoperability between independently delivered micro-frontends. This allowed teams to move faster without fragmenting the platform into disconnected experiences.
Shared Design System
A reusable component and design-layer strategy enabled consistency across feature teams. Shared form patterns, navigation primitives, and layout conventions reduced drift and improved maintainability.
Release Safety
Feature flags, backward-compatible integration patterns, and zero-downtime deployment practices were important because several teams depended on the same production shell.
Outcomes
- ›supported independent delivery across multiple engineering teams
- ›reduced duplication through shared libraries and common UI standards
- ›improved consistency across forms, state management, and enterprise workflows
- ›created a scalable frontend foundation for aviation-focused operational systems
Notes
The screenshot paths currently use temporary existing images from public/images/projects so the dataset no longer points to missing assets. These should be replaced with approved Service Management Platform visuals later.