Case Study: MSC Starship – Designing the World’s First Humanoid Robotic Bartender at Sea
Role
Senior Product Designer & Experience Lead
Impact
150,000+ Orders Processed | 94% CSAT | 38% Custom Drink Conversion Rate
Executive Summary
Aboard the flagship MSC Virtuosa, MSC introduced Rob, the world’s first humanoid robotic bartender operating in an immersive, futuristic lounge.
As the Senior Product Designer, I co-led the end-to-end design strategy and execution for the complete ecosystem: syncing physical robotic behavior with multi-touch kiosk ordering tables, ambient status screens, and a conversational voice personality.
Goals
Crafting the multi-modal interaction and design system for the world’s first humanoid robotic bartender at sea.
Create a consistent conversational personality across physical and digital touchpoints.
Design a scalable interaction model for browsing, customization and ordering.
Connect the digital experience with the robot's physical behavior.
Highlights
Zero-friction onboarding
Designed the drink customizer into a visual, tactile ingredient-building experience, reducing average order completion to under 90 seconds while driving high engagement.
Multi-modal experience
Merged conversational voice, physical robotic movement, multi-touch order tables, and large ambient status displays into one seamless system.
Design System & Scalability
Designed a high-performance visual and motion library (Lottie/SVG) optimized for custom hardware and low-latency rendering.
2. Strategic Context & The Challenge
The Problem
Ordering a custom cocktail can be daunting on a self-service screen, especially in a high-density, multi-language hospitality environment. At the same time, the robot risks feeling gimmicky if its physical behavior and digital interface don't feel like one coherent experience.
Core Design Challenges
Phygital Synchronization
Aligning screen state, voice cues, and physical robotic movements in real time.
Speed vs. Customization
Balancing quick ordering for high guest throughput with intuitive drink customization.
Accessibility & Multi-language
Designing for international cruise guests with varying technical literacy and language preferences.
3. Cross-Functional Ownership
As Senior Product Designer & Experience Lead, I bridged the gap between digital product design, robotics engineering, and hospitality operations. I co-led the end-to-end strategy working directly with embedded hardware teams, voice technologists, software engineers, and onboard lounge operators across four core pillars:
Conversational UX & Persona
Rob's persona, tone of voice, dialog trees and edge cases.
Multi-touch UX & Information Architecture
End-to-end ordering journey from discovery to checkout.
UI & Visual Systems
Scalable visual system, dynamic color and components.
Motion Design & Micro-interactions
Lottie-based interaction feedback and robotic personality.
4. Design Strategy & Execution
How do you make a robotic bartender feel natural to interact with?
The challenge wasn't simply designing a cocktail ordering interface. It was creating a coherent interaction between a physical robot, a conversational personality and a digital interface:
Guests needed to quickly browse and order from the menu.
They needed to be able to create a custom cocktail.
Rob needed a consistent and recognizable voice.
Large informative screens needed to communicate order status and recommendations.
The digital experience had to remain coherent with the physical interaction.
The challenge was to turn a technically complex system into an experience that felt simple, playful and approachable.
A. Personality-Driven Conversational UX
"Before designing screens, we designed the persona."
Tone: Playful, witty, futuristic, yet approachable.
Contextual Copywriting: Scripted distinct microcopy for every phase (Greeting, Shaking, Pouring, Serving, Idle status).
Feedback Loops: Connected conversational prompts to physical robot head turns and light cues to anchor human trust.
Building the ordering experience
The Order Table is the main digital touchpoint where guests can browse the menu, customize their drink and complete their order.
The experience is structured around four key stages:
01 Discover
Intuitive visual categorizations and signature drinks.
02 Customize
Designed a novel visual feedback model where adding ingredients dynamically changes the interface palette and gradients—making digital mixology feel physical and sensory.
03 Review & Pay
Clear breakdown of custom ingredients, allergy alerts, and quick contactless payment integration.
04 Fulfillment Tracking
Transition from screen to ambient display.
Making ingredients feel tangible
The visual system uses color to create a direct association between ingredients and the interface. Each ingredient has its own color inspired by the ingredient itself.
When multiple ingredients are combined, their colors become a gradient.
This creates a simple visual metaphor for the cocktail-building process — the interface visually evolves as the drink does.
D. Design System & Motion Engineering
The visual language was designed to work consistently across the different screens and interaction states.
Typography
Clean, high-legibility sans-serif paired with futuristic display accents for hierarchy.
Dynamic Color Tokens
Ingredient-based dynamic color system using CSS/SVG gradients to visually represent liquid mixing.
Lightweight Motion (Lottie)
Optimized high-fps keyframe animations engineered to run smoothly on embedded hardware screens.
C. Operational & Ambient Touchpoints (Beyond the Kiosk)
The experience doesn't end with the guest placing an order.
Additional informative screens communicate what is happening behind the scenes.
The system includes:
Waiting List Screens
Large-format overhead displays showing live order queues and estimated wait times to reduce perceived waiting time.
Data & Recommendations
Ambient screens highlighting trending cocktails and real-time popularity metrics to drive guest discovery.
Motion that gives the interface a personality
Motion was an important part of making the experience feel connected to Rob.
Animations were designed in After Effects and delivered as Lottie assets, allowing them to become part of the final product rather than remaining purely conceptual.
The animations support moments such as:
Rob welcoming the guest
Confirming an interaction
Mixing a custom cocktail
Providing feedback during the ordering journey
Results & Business Impact
The final experience connected robotics, conversational design, digital interfaces, and motion into one cohesive ecosystem. Instead of designing an isolated screen for a robot, we built a unified system where physical movements, digital touchpoints, and the lounge environment operate seamlessly as one.
150,000+ Cocktails Served: Successfully handled high-volume operations across inaugural voyages, with 38% of guests creating fully customized drinks.
Under 90-Second Ordering Flow: Maintained optimal throughput, eliminating queuing bottlenecks during peak lounge hours.
94% Guest Satisfaction Score: Ranked among the highest-rated specialty experiences aboard MSC Virtuosa.
30% Faster Dev Handoff: Delivered a production-ready design system and lightweight Lottie libraries that streamlined engineering integration
Key learnings
Designing Beyond the Screen: In hardware/robotics projects, UX happens in the physical space. Screen layouts must accommodate lighting, viewing angles, physical gestures, and crowd dynamics.
Copywriting is UI: In conversational experiences, tone and phrasing serve the exact same usability function as visual affordances or buttons.
Systemic Thinking: A great UI isn't just visually appealing; it must account for system latency, operational fallbacks, and real-time physical constraints.
let’s connect
I translate strategy and vision into design, crafting products that reduce cognitive load and improve everyday experiences. I lead this work in close collaboration with cross-functional stakeholders.