Palona

Product Design Engineering Internship

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Project

Corporate Website Redesign
Internal Dashboard Design

Role

Product Designer
Design Engineer

Timeline

10 weeks

Tools

Figma
React + TypeScript
Vercel, Mixpanel, GitHub Copilot

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OVERVIEW

Redesigning Palona’s brand and product experience to make AI feel approachable and increase conversion

Palona is a startup building AI-powered hospitality agents for restaurants. During my internship, I led a full corporate website redesign and contributed to the design of an internal analytics dashboard. As a product design engineering intern, I was responsible for both the visual/UX design and the front-end implementation of key features — collaborating closely with the CEO, product manager, and engineering team to ensure a cohesive, feasible, and impactful redesign.

The core challenge was not just a visual refresh, but also was accessibility in the broad, product sense: making complex technology legible to non-technical operators. Restaurant owners were visiting the website, but demo conversion rates were low because the site felt overly technical, visually inconsistent, and unclear in its value proposition.

RESEARCH & USER INTERVIEWS

Understanding how restaurant operators evaluate AI tools

I worked closely with the CEO to align on business goals and conducted interviews with restaurant owners and managers. We learned that decision-makers wanted credibility, speed, and clear ROI and that “generic startup” signals reduced trust.

I also ran competitive analysis across key competitors to compare messaging tone, visual hierarchy, and conversion strategies. A recurring pattern: the strongest sites led with outcomes and proof, not features.

DESIGN STRATEGY

Make knowledge accessible: simplify, structure, and guide action

I treated accessibility as comprehension by meeting operators where they are, and making AI feel hospitable rather than intimidating. The redesign centered around three pillars:

This reframing turned the website into an “accessible explanation layer” — making the product feel understandable within seconds.

FINAL SCREENS

Design decisions that improved clarity, scanability, and action

Below are key before/after screens from the redesign. Each change prioritized accessibility as comprehension: reduce redundancy, improve hierarchy, and make key actions obvious for restaurant operators.

Before redesign: agent types section with redundant, cluttered content and inconsistent font
Before: redundant content + inconsistent typography
After redesign: carousel for agent types with clearer features and more visual, less text-heavy layout
After: carousel-based browsing + clearer feature hierarchy
Before redesign: navigation menu cluttered and hard to parse
Before: unclear descriptions of product features
After redesign: larger navigation menu with clearer separation between pages
After: larger navbar with clearer information architecture and page grouping
Before redesign: use cases displayed as long scroll that is hard to understand at a glance
Before: long scroll, low scannability
After redesign: use cases presented as structured content blocks for at-a-glance understanding
After: content blocks for fast scanning and comparison
Before redesign: small call-to-action that blends into the page
Before: CTA lacks prominence
After redesign: prominent, clear CTA messaging encouraging demo scheduling
After: stronger CTA hierarchy to drive demo scheduling

DESIGN ENGINEERING WORKFLOW

Designing with technical feasibility in mind

In addition to leading visual and UX design, I translated key patterns into production-ready React + TypeScript components. I collaborated closely with the engineering team to understand constraints (layout architecture, responsiveness, performance, and deployment), and used those constraints to inform design decisions early — minimizing rework and keeping the system maintainable.

I used GitHub Copilot selectively to accelerate repetitive implementation tasks (component scaffolds, typed props, layout variants), while keeping ownership over interaction decisions, accessibility considerations, and overall system structure through review and iteration.

REFLECTION

Accessibility is clarity: design that makes knowledge usable

This project reinforced that good design makes complex systems feel understandable. By reducing jargon, improving hierarchy, and building reusable structures, we made Palona’s AI feel more “hospitable” — and improved measurable business outcomes.