Snapshot
| Role | Scope | Year | Platform |
|---|---|---|---|
| Product Designer & Developer | Dashboard UX, client operations, request workflow architecture | 2025 | Web Dashboard |
Challenge
Core operations, quality control, and moderation had to be handled manually across disconnected channels. At the same time, clients lacked a single place to request work, review progress, and access their brand and website context.
Objective
Build a centralized dashboard system that handles backend control and quality workflows while also giving clients a dedicated hub to request, analyze, preview, and access website and brand information.
Product Direction
- Designed a dual-surface system: internal control operations plus a client collaboration hub.
- Centralized moderation, quality checks, and execution controls that were previously manual.
- Structured clear client lanes for:
- Website requests and service changes
- Request analysis and status visibility
- Website previews and review states
- Brand asset access and organization
Design Constraints
- Needed to serve two different audiences (operators and clients) without leaking operational complexity into client views.
- Required consistent request semantics so moderation and quality control remain predictable.
- Kept interaction depth low so both sides can complete high-frequency tasks quickly.
Key UX Decisions
- Separated internal control surfaces from client-facing surfaces while keeping one shared workflow model.
- Standardized request intake templates to improve first-pass quality and reduce back-and-forth.
- Kept preview and handoff states highly visible so clients can validate work without extra communication loops.
System Decisions
- Built a centralized request pipeline with explicit moderation and quality checkpoints.
- Connected website operations and brand asset access under one role-aware dashboard model.
- Structured status transitions so backend operations are trackable instead of manually coordinated.
Outcome Signals
- Replaced scattered manual handling with one centralized control layer.
- Improved quality consistency through explicit moderation and QA states.
- Gave clients a self-serve hub to request, review, and access core website and brand resources.
V1 Scope Decisions
- Focused v1 on request lifecycle, moderation, quality control, and asset access workflows.
- Deferred deeper automation and secondary modules until the control model was proven.
Build Notes
- Built shared status and request primitives used by both internal and client-facing surfaces.
- Implemented role-aware UI patterns so each user type sees only the context needed to act quickly.
Next Phase
- Add deeper request analytics and richer approval history for better operational visibility.
- Expand client self-service preview and approval flows across more service types.
Snapshot
| Role | Scope | Year | Platform |
|---|---|---|---|
| Product Designer & Developer | Dashboard UX, client operations, request workflow architecture | 2025 | Web Dashboard |
Challenge
Core operations, quality control, and moderation had to be handled manually across disconnected channels. At the same time, clients lacked a single place to request work, review progress, and access their brand and website context.
Objective
Build a centralized dashboard system that handles backend control and quality workflows while also giving clients a dedicated hub to request, analyze, preview, and access website and brand information.
Product Direction
- Designed a dual-surface system: internal control operations plus a client collaboration hub.
- Centralized moderation, quality checks, and execution controls that were previously manual.
- Structured clear client lanes for:
- Website requests and service changes
- Request analysis and status visibility
- Website previews and review states
- Brand asset access and organization
Design Constraints
- Needed to serve two different audiences (operators and clients) without leaking operational complexity into client views.
- Required consistent request semantics so moderation and quality control remain predictable.
- Kept interaction depth low so both sides can complete high-frequency tasks quickly.
Key UX Decisions
- Separated internal control surfaces from client-facing surfaces while keeping one shared workflow model.
- Standardized request intake templates to improve first-pass quality and reduce back-and-forth.
- Kept preview and handoff states highly visible so clients can validate work without extra communication loops.
System Decisions
- Built a centralized request pipeline with explicit moderation and quality checkpoints.
- Connected website operations and brand asset access under one role-aware dashboard model.
- Structured status transitions so backend operations are trackable instead of manually coordinated.
Outcome Signals
- Replaced scattered manual handling with one centralized control layer.
- Improved quality consistency through explicit moderation and QA states.
- Gave clients a self-serve hub to request, review, and access core website and brand resources.
V1 Scope Decisions
- Focused v1 on request lifecycle, moderation, quality control, and asset access workflows.
- Deferred deeper automation and secondary modules until the control model was proven.
Build Notes
- Built shared status and request primitives used by both internal and client-facing surfaces.
- Implemented role-aware UI patterns so each user type sees only the context needed to act quickly.
Next Phase
- Add deeper request analytics and richer approval history for better operational visibility.
- Expand client self-service preview and approval flows across more service types.
