Frontend Engineer — Jombay

Overview

At Jombay, I work on production frontend systems used for employee engagement and career acceleration platforms. My responsibilities span frontend architecture, performance optimization, accessibility improvements, and building maintainable UI systems that scale with product growth. I have owned significant parts of the frontend codebase from early stages and continue to contribute as the platforms evolve.

Responsibilities

• Designed and maintained scalable frontend architecture using React and Next.js.
• Built and refactored reusable UI components to improve consistency and long-term maintainability.
• Worked closely with product and backend teams to integrate complex, data-driven UI flows.
• Improved application performance by identifying and removing unnecessary API calls and optimizing client-side rendering.
• Introduced accessibility improvements, including ARIA labels and semantic markup, to improve usability and compliance.

WOW Engagement Survey

Worked on Jombay’s WOW Engagement Survey platform, which analyzes employee feedback at scale. I was involved from the early stages of the product and laid the foundation for a large portion of the frontend UI.

• Built the initial frontend architecture and core UI components during the early phase of the platform.
• Structured the UI into reusable, well-isolated components to support rapid feature development.
• Implemented code-splitting to improve load performance as the platform scaled.
• Optimized image delivery and rendering for the WOW Workplace of Winners website.
• Developed dashboards with complex visualizations using plain CSS and custom logic without relying on external charting libraries.

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ProSculpt Platform

Contributed extensively to the ProSculpt platform, a career acceleration solution for students and institutions. My work focused on improving frontend structure, performance, and usability across multiple user roles.

• Developed and restructured the ProSculpt web application using React, Material UI, and GraphQL.
• Improved responsiveness and ensured consistent UI behavior across a wide range of devices.
• Identified and removed redundant API calls that were impacting performance and scalability.
• Standardized UI patterns across multiple roles (admin, employer, student, campus) to reduce fragmentation.
• Refactored repeated logic into shared utilities to reduce code duplication and improve maintainability.
• Integrated additional features such as course modules, third-party platform integrations, and payment flows.

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Engineering Focus

• Frontend architecture and maintainability
• Performance optimization and scalability
• Accessibility and semantic HTML
• Reusable component design
• Data-driven UI development