Saute Express

Saute Express

A smarter, faster way to cook healthy meals with what you already have.

A smarter, faster way to cook healthy meals with what you already have.

UX Design

UX Research

My Role

Led the entire end-to-end design process from research to high-fidelity prototyping.

Result

  • Delivered a fully interactive prototype optimized for speed, clarity, and real-world usability.

  • Received an A+ for the project in a University of Michigan Interaction Design course.

Tools

  • Figma (Prototyping, Design Systems, Auto-layout, Conditional Logic)

  • Figjam

tl;dr

📌 What I built


A recipe app for busy people that recommends meals based on what’s in their kitchen—and lets them scale servings with one tap.

🎯 The problem


Most recipe apps assume ideal conditions. Users don’t have the right tools, time, or portion guidance—and end up frustrated or ordering takeout.


🧪 What worked


Users loved the serving size slider and step-by-step cooking mode. One usability tweak drastically improved recipe discovery success rate.

🔁 If I had more time


I’d test with more diverse users, add dark mode, and explore turning this into a real MVP.

Final Screens

Busy schedules, limited kitchen equipment, and vague recipes lead to…

Busy schedules, limited kitchen equipment, and vague recipes lead to…

Time wasted scrolling through incompatible instructions

Time wasted scrolling through incompatible instructions

Time wasted scrolling through incompatible instructions

Food waste from bad portioning

Food waste from bad portioning

Food waste from bad portioning

Frustration and takeout overuse

Frustration and takeout overuse

Frustration and takeout overuse

Yet, most recipe apps cater to ideal conditions—not real-world ones.

Sauté Express bridges that gap.

Yet, most recipe apps cater to ideal conditions—not real-world ones.

Sauté Express bridges that gap.

🎯 Objective

Design an app that supports:

  • Personalized recipe recommendations

  • Adjustable ingredient portions

  • Step-by-step cooking guidance

With only a few weeks for research, I prioritized a focused competitor audit and user interviews to uncover actionable insights quickly.

Competitor Audit

Studied Yummly, Tasty, Mealime, etc.

Key Finding: No apps tailored toward batch cooking + real-time tool filtering

User Interviews

I conducted 5 interviews with students and professionals. Using a 20-question script, I asked about their cooking habits, frustrations, and goals.

“I never know how to scale recipes. I just guess.”

“I never know how to scale recipes. I just guess.”

“I never know how to scale recipes. I just guess.”

“Why do these recipes always need gear I don’t have?”

“Why do these recipes always need gear I don’t have?”

“Why do these recipes always need gear I don’t have?”

“Long videos are annoying—I just want quick steps I can tap through.”

“Long videos are annoying—I just want quick steps I can tap through.”

“Long videos are annoying—I just want quick steps I can tap through.”

Insights

Users cook with constraints: time, tools, and skill

Users cook with constraints: time, tools, and skill

Users cook with constraints: time, tools, and skill

Step-by-step clarity is valued over flair

Step-by-step clarity is valued over flair

Step-by-step clarity is valued over flair

Customization is more important than variety

Customization is more important than variety

Customization is more important than variety

Using insights from the interviews, I created personas to help with the design process and guide decisions around user needs, goals, and constraints.

To turn user insights into actionable design, I started by mapping the full user flow, asking key “How Might We” questions, and identifying the core features defining the experience.

User Flow

Mapped the experience from opening the app to completing a meal. Focused on:

  • Reducing uncertainty

  • Supporting constraint-based discovery

  • Simplifying cooking flow

[This probably isn't legible. Here is the full version on Figjam]

At this stage, I also sketched out some ideas for what the screens might look like

"How might we" exploration

  • How might we help users feel confident they can make a recipe?

  • How might we adapt to what they already have?

  • How might we reduce friction during cooking itself?

Core Feature Concepts

  • Smart Recipe Finder

  • Adjustable Serving Size

  • Step-by-Step Cooking Mode

With ideas prioritized, I began building screens in Figma—from wireframes to high-fidelity flows.

Wireframes

I created mid-fidelity wireframes to simulate real-world interactions early. Used the Pexels plugin to insert imagery and mimic final visuals.

Key Screens

  • Home

  • Discover

  • Recipe Finder

  • Recipe Detail

  • Saved Recipes

Key Feature 1: Adjustable Serving Size

Key Feature 1: Adjustable Serving Size

Key Feature 1: Adjustable Serving Size

Instantly scale ingredients for 1, 2, 4+ servings.

Instantly scale ingredients for 1, 2, 4+ servings.

Instantly scale ingredients for 1, 2, 4+ servings.

Key Feature 2: Smart Recipe Finder

Key Feature 2: Smart Recipe Finder

Key Feature 2: Smart Recipe Finder

Recommends meals based on available tools, time, and preferences.

Recommends meals based on available tools, time, and preferences.

Recommends meals based on available tools, time, and preferences.

Key Feature 3: Step-by-step mode

Key Feature 3: Step-by-step mode

Key Feature 3: Step-by-step mode

Swipeable steps, checkboxes, timers, and clear progress tracking.

Swipeable steps, checkboxes, timers, and clear progress tracking.

Swipeable steps, checkboxes, timers, and clear progress tracking.

Heuristic Evaluation

I evaluated the wireframes using Nielsen’s 10 usability heuristics. This helped surface early issues that might block users from completing tasks or cause unnecessary confusion.

Problem

Heuristic Violated

Fix

Users couldn’t tell how many recipe steps were left

Visibility of system status

Added a step counter to the top of each instruction screen

No easy way to go back from recipe detail view

User control and freedom

Introduced a persistent back button

Forgot password flow missing

Error prevention

Added a clear “Forgot Password?” CTA to the login screen

Visual System

With major usability issues resolved, I polished the UI and built out a scalable design system.

Design Choices

  • Typography: Poppins

  • Color: Blue/Purple gradient

  • Iconset: Heroicons

  • System: Organized Figma asset library with components + variants

I focused on accessibility, consistency, and clear hierarchy.

High-Fidelity Designs

With the design system in place, I translated key flows into high-fidelity screens that reflected the full user experience.

At this stage, I also added animations to make the application feel alive.

Design Focus Areas

  • Clear information hierarchy

  • Tap-friendly touch targets

  • Scannable, minimalist layouts for cooking mode

  • Visual continuity with component library

Iteration

With a working prototype, I ran usability testing to validate flows and uncover hidden friction points.

At this stage, I also added animations to make the application feel alive.

Usability Test

Tasks:

  • Find Smart Finder → ❌

  • Adjust servings → ✅

  • Save a recipe → ✅

Problem Found:
The Smart Finder was buried too low on the home page.


Fix Applied:
Moved it to the top with a prominent CTA
→ Retesting showed successful task completion

Other Improvements

  • Added step counter in Step-by-Step mode

  • Included persistent back button

  • Added “Forgot Password” option for error recovery

Play around with the prototype!

Final Screens

With the project wrapped, I looked back on what worked—and what I’d love to explore next.

What Went Well

  • Research directly shaped product decisions

  • Quick usability changes led to measurable improvements

  • Final prototype felt polished and intuitive

What I’d Do Differently

  • Interview a broader range of users (families, dietary needs)

  • Add onboarding and personalization

  • Explore dark mode using Figma variables

Skills Sharpened

  • End-to-end UX process

  • Heuristic evaluation

  • Conditional prototyping

  • Design systems

  • Strategic iteration