Wanted Design System

Wanted is a career growth platform with 3 million MAUs. Building on the explosive growth of its recruitment business, Wanted is planning and operating various new businesses such as career content, community, AI, and freelancing(gigs). 
The Wanted design system addresses design debt that can occur as the business grows and enables faster product launches across the company. 
 This system ensures that various teams can deliver the desired UX consistently, efficiently, and at a high level. When I took on the project, the basic system work, including essential UI colors, icons, and buttons, had already been initiated. My role was to diagnose and improve this system.

At the time, Wanted was using tools like Sketch and Zeplin to create and distribute the design system. However, the amount of information contained in system components was limited, and few people could view the originals. To widely distribute and improve the system, it was essential to increase the team’s understanding and familiarity with it. Therefore, I considered ways to significantly improve system accessibility.

When I took charge of the design system, I wanted to first check its actual usage. However, with the existing workflow, it was difficult to determine how the design system was being used. I explored methods to obtain relevant data and insights to understand where and how the system was being applied.

To increase the overall accessibility of the existing system, I believed the most effective solution was to migrate all teams’ design work to Figma. Compaired to the current workflows, Figma offers several key features for advancing the design system, including cloud-based access, real-time collaboration, an enhanced library functions, and component data tracking. However, a Sketch-based design system had already been established through numerous trials and discussions. Considering this, I spent a few months after joining the company working with the current system while organizing the pros and cons of each tool and preparing to persuade internal stakeholders. Since this would impact the workflow of all product team members including designers and developers, I compared, verified, and advocated for the effectiveness of Figma by considering not only the product’s advantages and disadvantages but also human and financial costs.

While several onboarding sessions for the Figma tool were conducted, I believed a project that could practically reduce the work time of team members would have a greater impact. Bird’s Eye View is a project that leveraged Figma’s high accessibility and Wanted’s refined event data. It allowed everyone involved in planning better services to quickly and easily grasp the main services and data flow of Wanted at a glance. This contributed to establishing an efficient company-wide work process.

After being the sole designer responsible for the design system, it has now grown into a large project managed by a four-person design platform team over the past two years and has continuously improved. However, infrastructure projects often become ‘important but not urgent,’ leading to prioritization of direct product improvements. To address this, we needed proactive internal and external trust. We released part of the design system in the Figma community, which gained the highest downloads in Korean IT industry, and it was featured in design media such as ‘Monthly Design’, ‘Design Compass’, and many more.

I delivered presentations and lectures on the design system at various venues, including Figma Leaders Meetup, Inflearn, Notefolio, Wantedlab, and Design Spectrum. These activities not only aligned with Wanted’s brand value of supporting employees’ career journeys but also effectively publicized our design system efforts within the industry.

Through various trials and errors, Wanted design system has achieved the following results:

2021. 7. usage : Not measurable

2021. 10. usage: 16.1K times

2024. 1. usage: 380K times

7K of Library downloads

100% of Figma usage among all team members

38% of average design system application rate