This was my first project at Zenius, where I worked closely with the engineering team to redesign our online learning platform, ZNet—not just any learning platform, but one that’s intuitively easy to use and helps students grasp core concepts faster. I developed a tree-structured content system for seamless topic navigation and designed a modular component architecture that simplifies the learning experience, so students can focus on understanding, not just completing.

After Znet, I built a SaaS platform called ZenLEAP, designed to replace résumé-based hiring with adaptive skill assessments that highlight actual competencies. On the frontend, I implemented complex access control to support three user types—jobseekers, recruiters, and corporate users—each with distinct dashboards, permissions, and feature sets.

ZenCore is an adaptive platform that builds core thinking skills and raises the IQ of Indonesia’s next generation—one challenge at a time. On this website, I implemented a fully responsive design across mobile, tablet, and desktop views. I also developed both client-side and server-side logic to manage practice sessions. This includes real-time session timing, automatic timeout detection and completion tracking.

Malaka Books Backsite is a platform where you can generate an entire book using AI—then dive right into a personalized reading experience. I developed a content management system that automates the creation of multiple digital books, while also giving users full control through a custom-built rich text editor for manual writing and formatting. The reading interface supports dark/light mode, adjustable fonts, and layout customization—making it easy to create and enjoy books, your way.

Last but not least is ZenBlog—the official blogging platform of Zenius that I’m currently developing. Unlike typical blogs, ZenBlog is built with SEO emalaka-booksedded at its core, not just as an afterthought. I focus on optimizing load times, ensuring seamless mobile responsiveness, and implementing server-side SEO strategies to maximize both performance and discoverability.