🍽️ Project Overview

COC (Cooks on Call) is a conceptual app that connects local home cooks with busy professionals and students looking for affordable, homestyle meals — either for delivery or in-home cooking.

This project was designed during my UX studies as a response to the growing need for accessible, culturally diverse food options that feel personal, not packaged.

Role: UX Designer
Timeline: June- Aug
Tools: Figma, Miro, Canva
Team: Solo project

🧐 Problem & Opportunity

Many international students and working professionals in urban areas struggle to find time or resources to cook healthy, comforting meals. Existing food delivery platforms are either expensive, impersonal, or lack variety.

On the other side, many local home chefs are looking for flexible ways to earn and share their cooking with their communities.

Opportunity:
Bridge the gap between people who want homely meals and home cooks looking for work — with a platform that’s easy, personal, and community-driven.

🎯 Goal

Design an inclusive platform that:

  • Lets users find affordable home-cooked meals

  • Helps cooks get visibility and flexible work

  • Offers delivery or in-home cooking

  • Creates a trustworthy, frictionless experience for both

🔍 User Research

I conducted interviews and surveys with two core groups:

  • Users (Students & Professionals)

  • Cooks (Home chefs & part-time kitchen workers)

Key Insights:

👥 Personas

I brainstormed features, sketched ideas, refined them, and tested with users to enhance the app's experience.

Sarah, International student

John, Busy professional

Jaime, retired chef

  • Affordability: Needs budget-friendly meal options.

  • Convenience: Requires easy access to order and receive meals.

  • Variety: Desires a range of meal choices, especially traditional and homemade.

  • Efficiency: Wants quick and hassle-free meal ordering and delivery.

  • Healthy Options: Prefers nutritious meals to maintain a balanced diet.

  • Customisation: Needs to customise meals

  • Opportunity: Seeks a platform to reach new clients and grow their business.

  • Flexibility: Desires the option to choose when and where to cook or deliver.

  • Feedback: Wants to receive reviews and improve their service.

🧠 Design Process
  • Moodboard & Logo: A cozy house with plate, spoon, and fork—symbolizing comfort and home cooking.

  • Core features designed:

    • Smart Pickup & Order Scheduling – users select time/location effortlessly

    • Student Discounts & Coin Rewards – cost-saving and motivational

    • Cook Profiles & Stories – build trust and connection

    • Meal Customization & Nutritional Info – adds flexibility and health value

    • Home Dining Option – open-invite parties with live cooking

Dine in with cooks

Your favourite cooks

Stories by cooks

Daily and weekly meal plans

Cook's page

Food customisation

Hosting a party? Worried about cooking?

You can invite our cooks home. They will cook your delicious homemade meals for you!

Collaborated with peers for usability testing and gathered real feedback to refine UI and flows:

  • Simplified booking flow based on user navigation tests

  • Enhanced chef profiles for clearer trust signals

  • Adjusted gamification mechanics for better engagement

🧪 Testing & Iteration
📈 Outcome

While this was a conceptual project, peer feedback showed:

  • 100% said they’d try the app

  • 80% felt it was easier to use than other food apps

  • 90% said they loved the human touch of chef bios and in-home cooking option

💭 Learnings
  • Designing for two user types (cooks and customers) was a balancing act — prioritizing their goals equally was key.

  • Small touches like rewards, chef stories, and meal photos created emotional resonance.

  • I learned how critical trust-building is in food platforms — from reviews to UI consistency.

🏁 Final Reflection

COC gave me the chance to dive into real-world UX problems—cultural, logistical, emotional—and solve them through inclusive design. I hope to build it further with more real-world data, dashboard features for cooks, and delivery integrations.