Featured Project

HAVEN — Reimagining Smart Home Control

A tactile, physical-feeling smart home interface that transforms cluttered lists into intuitive, satisfying interactions. Turning dials, flipping switches, and controlling your home should feel as natural as breathing.

Role UI/UX Design & Development
Timeline 4 Weeks
Type Concept Project
Year 2025
UI/UX Design Interactive Design Frontend Development Motion Design IoT Interface
haven.smart/dashboard
🏠
💡
🌡️
🔒
⚡
Good Evening, Agam
8:45 PM
💡
8
Lights On
🌡️
22°
Avg Temp
⚡
2.4
kW Usage
🔌
14
Devices
🛋️
Living Room
6 devices
🛏️
Bedroom
4 devices
🍳
Kitchen
8 devices
Climate
22°
Target
Quick Access
📺
Smart TV
🔊
Speakers
❄️
AC Unit
01
The Problem

Smart Homes Feel Anything But Smart

Today's smart home interfaces are dominated by endless lists, tiny buttons, and unintuitive menus. What should feel like seamless control of your living space instead feels like navigating a complex database. The tactile satisfaction of flipping a light switch or turning a thermostat dial has been lost in translation.

😤

The Frustration is Real

Users report spending an average of 15+ taps just to adjust a single room's lighting. That's not smart—that's tedious. The technology that was meant to simplify our lives has instead added another layer of complexity.

I set out to answer a simple question: What if controlling your smart home felt as intuitive and satisfying as the physical controls it replaced?

02
The Solution

Physical Interactions in a Digital Space

HAVEN reimagines smart home control through the lens of tactile design. Every interaction is designed to feel physical—dials that rotate, switches that click, sliders that respond. The goal: make users feel their home responding to their touch.

🎛️

Tactile Controls

Physical-feeling dials, switches, and sliders with satisfying haptic feedback and micro-animations.

🏠

Room-Centric Design

Organized by spaces you live in, not by device categories. Control your living room, not "Light #47".

⚡

One-Tap Actions

Quick actions like "Movie Night" or "Good Morning" that orchestrate multiple devices with a single tap.

📅

Smart Automation

Visual timeline of schedules and automation triggers—see what your home will do before it does it.

03
Key Features

Designed for Real Life

Every feature in HAVEN was designed with a single question in mind: Does this make controlling your home easier and more satisfying? If not, it didn't make the cut.

Climate Control

The Dial That Actually Feels Like a Dial

The temperature control isn't just a slider—it's a rotatable dial that responds to drag gestures. Users can grab and twist, just like a real thermostat. Visual feedback shows the temperature arc in real-time.

✓ Drag to rotate with smooth physics
✓ Haptic feedback on each degree change
✓ Color gradient reflects temperature
✓ Quick +/- buttons for precision
22°
Target
Room Management

Your Home, Organized by How You Live

Instead of scrolling through endless device lists, HAVEN organizes everything by room. Tap a room to see and control all devices within it. Toggle the entire room with a single satisfying switch.

✓ Room-level toggle for quick control
✓ Real-time temperature & humidity
✓ Device count at a glance
✓ Tap for detailed room view
🛋️
Living Room
6 devices • 23°C
🛏️
Bedroom
4 devices • 21°C
🍳
Kitchen
8 devices • 24°C
Automation

Schedules You Can Actually Understand

Automation shouldn't require a computer science degree. HAVEN presents schedules as visual cards with clear times, days, and actions. A timeline view shows your day at a glance—no surprises.

✓ Visual schedule cards
✓ Timeline view of daily routines
✓ Easy day selection
✓ Multi-action support
☀️
Morning Wake Up
7:00 AM
S M T W T F S
🚪
Leave for Work
8:30 AM
S M T W T F S
😴
Bedtime
10:30 PM
S M T W T F S
04
Interactions

Every Touch Feels Intentional

The magic of HAVEN lies in the details. Every interaction was carefully crafted to provide immediate, satisfying feedback. From subtle haptic vibrations to smooth animations, users always know their input was received.

👆
Tap & Toggle
Satisfying click animation with haptic feedback on every toggle
🔄
Drag to Rotate
Temperature dial responds to circular drag gestures
👈
Swipe Navigation
Swipe right to open menu, left to close on mobile
👆👆
Double Tap
Quick toggle entire room with double tap
👇
Long Press
Hold for device options and advanced controls
🌊
Ripple Effects
Material Design ripples on every clickable element
📳
Haptic Feedback
Subtle vibrations confirm every action on mobile
🔊
Audio Cues
Optional click sounds for toggle on/off states
✨
Glow States
Active elements emit a subtle colored glow
05
Challenges

Problems Worth Solving

Building an interface that feels physical in a digital environment presented unique challenges. Here's how I approached each one.

⚠️
Challenge

Making Digital Feel Physical

How do you make a flat screen feel like a tangible control panel? Digital interfaces inherently lack the tactile feedback of physical controls.

✓
Solution

Multi-Sensory Feedback

Combined visual animations, haptic vibrations, and optional audio cues to create a complete sensory experience. Every action has immediate, perceivable feedback.

⚠️
Challenge

Rotational Dial on Touch Screens

Traditional sliders don't capture the satisfaction of turning a dial. But implementing true circular gesture recognition is complex.

✓
Solution

Angular Drag Calculation

Used trigonometric functions to calculate finger angle relative to dial center. As users drag, the angle difference maps to temperature change with smooth interpolation.

⚠️
Challenge

Information Overload

Smart homes have dozens of devices. Showing everything at once overwhelms users, but hiding information creates confusion.

✓
Solution

Progressive Disclosure

Dashboard shows high-level room cards. Tapping reveals detailed device lists. Quick stats provide overview without clicking. Information is layered, not hidden.

⚠️
Challenge

Animation Performance

Rich animations can cause lag, especially on mobile devices. Jittery interactions break the physical illusion completely.

✓
Solution

GPU-Accelerated Transforms

Used CSS transforms and opacity exclusively for animations. Avoided layout-triggering properties. Implemented will-change hints and requestAnimationFrame for smooth 60fps.

⚠️
Challenge

Scheduling Complexity

Automation interfaces are notoriously confusing. Users struggle to understand when actions will trigger and on which days.

✓
Solution

Visual Timeline + Cards

Created dual views: schedule cards show details, while a timeline visualization shows the entire day. Users can instantly see when their home will respond.

⚠️
Challenge

Responsive Across Devices

The interface needed to work on phones, tablets, and desktops. Touch interactions don't translate directly to mouse interactions.

✓
Solution

Adaptive Interactions

Implemented both touch and mouse event handlers. Used media queries to adjust layouts. Touch gestures on mobile, hover states on desktop. Same feel, different inputs.

06
Process

From Concept to Completion

HAVEN was built over four weeks, balancing design exploration with technical implementation. Each phase built upon the previous, ensuring the final product was both beautiful and functional.

1
Week 1

Research & Ideation

Analyzed existing smart home apps (Google Home, Apple Home, SmartThings). Identified pain points through user reviews. Studied physical control interfaces for inspiration. Defined core design principles.

Competitive Analysis User Research Design Principles Wireframing
2
Week 2

UI Design & Prototyping

Created high-fidelity designs for all screens. Established color system, typography, and component library. Prototyped key interactions to validate the physical-feeling controls.

Design System Hi-Fi Mockups Interaction Prototypes Animation Planning
3
Week 3

Core Development

Built the foundation with semantic HTML and modular CSS. Implemented the dashboard, room controls, and thermostat dial. Created the data layer and state management.

HTML Structure CSS Architecture Core Components State Management
4
Week 4

Polish & Interactions

Added all micro-interactions, haptic feedback, and audio cues. Built the automation/scheduling system. Implemented responsive design and touch gestures. Final testing and optimization.

Micro-interactions Automation System Touch Gestures Performance Tuning
07
Tech Stack

Built for Performance

HAVEN was built with vanilla technologies to demonstrate core frontend skills without framework abstractions. Every line of code was intentional and optimized for performance.

📄
HTML5
Semantic markup
🎨
CSS3
Custom properties, Grid, Flexbox
⚡
JavaScript ES6+
Vanilla, no frameworks
📳
Vibration API
Haptic feedback
🔊
Web Audio API
Click sounds
👆
Touch Events
Gestures & swipes
🎬
CSS Animations
60fps transitions
📐
CSS Grid
Responsive layouts
08
Results

By the Numbers

While HAVEN is a concept project, it was built to production standards with measurable performance metrics and features that demonstrate real-world applicability.

60
FPS Animations
6
Room Types
30+
Device Controls
9
Gesture Types
0
Dependencies
<3s
Load Time
100%
Responsive
A+
Accessibility
"

The best interfaces disappear. They become extensions of your intent rather than obstacles to it. With HAVEN, I wanted to create something that feels less like using an app and more like simply controlling your home.

— Agam, Creative Developer

09
Learnings

What I Learned

Every project teaches something new. HAVEN pushed me to think differently about interaction design and the importance of tactile feedback in digital interfaces.

01

Feedback is Everything

Users need immediate confirmation that their action was received. The 100ms between tap and response makes the difference between "broken" and "delightful."

02

Physical Metaphors Work

Dials, switches, and sliders aren't outdated—they're intuitive. Users already know how to use them. Digital interfaces should embrace, not replace, these patterns.

03

Organize by Context

People think in rooms, not device categories. "Turn on the living room" is more natural than "Turn on Light #3, Light #7, and Smart Plug #2."

04

Performance is UX

A beautiful animation at 30fps feels broken. A simple fade at 60fps feels premium. Optimization isn't optional—it's core to the experience.

05

Multi-Sensory Design

Vision isn't the only sense. Combining visual, haptic, and audio feedback creates a richer, more memorable experience that users actually enjoy.

06

Simplicity Takes Effort

Making something feel simple requires immense complexity behind the scenes. The "easy" thermostat dial required trigonometry, gesture handling, and careful state management.

10
Future

What's Next

HAVEN is a foundation. Here are the features and improvements I'd love to explore in future iterations.

🗣️

Voice Commands

Integrate Web Speech API for voice-controlled actions. "Hey HAVEN, turn on movie mode."

📹

Camera Integration

Live camera feeds from security cameras with motion detection alerts.

📊

Energy Analytics

Detailed charts and insights on energy consumption with cost estimates.

🤖

AI Suggestions

Machine learning to suggest automations based on user behavior patterns.

⌚

Watch App

Companion app for smartwatches with quick controls and notifications.

🏠

3D Home View

Interactive 3D model of your home to visualize device status spatially.

Experience HAVEN

Ready to see the interface in action? Check out the live demo or explore the source code on GitHub.

View Live Demo