The "Vibe Coding" Approach

This prototype exemplifies the power of rapid iteration and conceptual validation through what I call "vibe coding" - the process of quickly building functional, interactive prototypes that capture the essence and user experience of a final product without the overhead of production infrastructure.

Using Figma Make, I transformed an enterprise consulting workflow concept into a fully interactive dashboard in hours rather than weeks, including:

• 6 prospective project opportunities with complete lifecycle tracking

• 12 delivered projects showcasing historical performance

• Multi-criteria filtering system (stage, confidence level, account owner, search)

• Deliverables timelines with status tracking and dependencies

• Resource capacity planning across 10+ role types

• Hiring pipeline with 19+ open positions and salary ranges

• Sales team collaboration features with phase tracking

• Revenue analytics comparing $13.2M pipeline against $27.2M delivered

Why Prototype Before Building?

1. Validate Assumptions Early

Before writing production code, I tested critical assumptions about:

• Information hierarchy (What do sales leaders need to see first?)

• Filter combinations (How do teams actually want to slice opportunity data?)

• Navigation patterns (Top-level cards vs. drill-down details)

• Data relationships (Pipeline stages, deliverables, resource allocation)

2. Rapid Iteration Without Technical Debt

Made major structural changes in minutes that would take days in production:

• Reorganized project card layouts based on visual hierarchy

• Added account owner visibility after realizing it was buried

• Restructured filtering logic when initial approach felt clunky

• Experimented with different comparison visualizations for pipeline vs. delivered revenue

3. Stakeholder Alignment

A working prototype enables:

• Immediate feedback from end users (sales teams, executives)

• Concrete discussions about features vs. abstract requirements docs

• Visual alignment on design aesthetic and information density

• Priority setting based on actually using the interface

4. Technical Discovery

Prototyping revealed implementation considerations:

• Complex state management needs (filtering across multiple dimensions)

• Data modeling requirements (project phases, deliverables, hiring needs)

• Real-time calculation performance (weighted pipeline values, resource utilization)

• Edge cases (empty states, missing account owners, filter combinations)

5. Accelerated Development

Once the prototype is validated:

• Frontend developers have a pixel-perfect reference with working interactions

• Backend teams understand exact API requirements from prototype data flows

• QA engineers can write test cases from prototype user journeys

• Product managers have concrete scope to estimate and plan sprints

Design Highlights

• Editorial Aesthetic: High-contrast serif headings (Cormorant Garamond) paired with clean sans-serif UI (DM Sans), creating a sophisticated consulting brand feel

• Asymmetrical Grid Layouts: Dynamic card sizing that breaks monotony and guides attention

• Progressive Disclosure: Key info visible at card level, full details available on drill-down

• Real-time Filtering: Multi-dimensional filtering with visual feedback and active filter badges

• Status-Driven UI: Color-coded stages, progress indicators, and at-risk flags throughout

Technologies Demonstrated

• React + TypeScript patterns for complex state management

• Framer Motion for sophisticated scroll animations and staggered reveals

• Recharts for data visualization and comparisons

• React Router for multi-page navigation architecture

• Advanced filtering algorithms with memoization for performance

Outcome

This prototype serves as both a design validation tool and a development blueprint. It proves the concept works, identifies gaps in requirements, and provides a complete specification for engineering teams - all achieved in a fraction of the time traditional development would require.

By prototyping first with Figma Make, I de-risk the project, align stakeholders, and ensure that when development begins, the team is building the right solution, not just a solution.

Time to Prototype: ~4 hours
Equivalent Development Time: 2-3 weeks
Value: Validated concept, identified 8+ UX improvements, aligned 3 stakeholder groups before writing production code