Strapped Plate Generator

Dec 2025

Role: Project Lead & QA

Project Link Access to this project is restricted because it runs in an internal environment.
Strapped Plate Generator thumbnail
Tech Stack

Overview

This project was built to solve a practical client-side sales problem. When the client was away from a laptop, they could not quickly prepare number plate previews because the existing workflow depended on Adobe Photoshop or Illustrator. That made even a simple response slow whenever an order inquiry came in while traveling.

In Collaboration With: Client and hired developer team

Responsibilities

  • Project direction and scope definition
  • Workflow translation into web flow
  • Generator feature planning
  • Preview and download flow review
  • Quality assurance and use-case validation

Outcome

The result was a lightweight web generator that allowed the client to fill in the required plate parameters, preview the result immediately, and download the output without opening desktop design software. It reduced response friction and made the workflow much more practical for mobile use.

Detailed Breakdown

The section above is optimized for fast recruiter review. If you want the full implementation context, open the details below.

Before this project, the client had to rely on manual design tooling to produce previews. That meant a laptop and Adobe software were effectively required even for quick customer-facing tasks, which created delays whenever a buyer needed a fast response.

The solution was to move the workflow into a web-based plate generator. Instead of assembling the preview manually, the client could simply input the plate parameters, review the generated preview, and download the result directly from the website.

Primary Flow

01

The client opens the website from a phone or any device without needing desktop design software.

02

Required plate parameters are entered into the web form.

03

The website generates a live preview so the client can confirm the result visually.

04

Once correct, the generated plate can be downloaded and used for the customer response flow.

My contribution sat at the project-lead and QA layer. The critical work here was making sure the generator solved the right problem, stayed simple enough for quick use, and produced output that matched the client's real operational need rather than just looking visually acceptable.

Implementation Flow

01

The input form translates plate parameters into a structured payload that the generator can read consistently across devices.

02

Preview generation logic renders the requested output so the client can confirm the visual result before download.

03

Quality checks focus on whether the generated result stays fast, readable, and reliable enough for real quoting situations on mobile.

Implementation Details

  • Mobile-friendly generator workflow
  • Parameter-based plate generation
  • Preview and download support
  • Project direction and requirement clarification
  • Quality assurance for real client usage

Some implementation details are intentionally generalized because the portfolio focuses on the workflow outcome rather than exposing the full production setup.

Explore More Projects

A few more top picks that show adjacent product, platform, and operations work across the portfolio.

View All Projects
Brill One-Page Landing Page Development preview Brill One-Page Landing Page Development Brill Hepa Filter | New product development Strapped Plate Generator Enhancements preview Strapped Plate Generator Enhancements Strapped Plate | Product enhancement QRIS Refund Reconciliation System preview QRIS Refund Reconciliation System Alfamart | New product development Stock Opname Application preview Stock Opname Application BRIX Performance | New product development