I believe great product design turns user needs into measurable business outcomes, improving usability and conversion rates by 20% for e-commerce, increasing product efficiency by 70% for comparison website, and reducing operational costs by 30% for SaaS companies through scalable, data-informed design decisions.
PortfolioMy work combines human-centred design, rigorous scientific UX methodology and strategic product thinking to solve complex problems and deliver measurable business impact.
Below is a selection of UX/UI and Product Design projects from my 10+ years international career, showcasing my contribution across strategy, research, design systems, product experiences and cross-functional leadership.
Some projects cannot be attributed to the company due to confidentiality, policy, and compliance requirements. Showing project files on request.
Check older works, university projects and case studies Behance
My goal is to help businesses innovate the usability of digital products to improve and strengthen relationships with current and future customers.
Senior Product / UX UI Designer with 10+ years of international experience across e-commerce, iGaming, travel and hospitality. Specialized in UX strategy, scalable design systems and data-driven product design for B2B, B2C and backoffice platforms. Strong front-end understanding (HTML, CSS, basic JavaScript) combined with project coordination and design leadership. Focused on business impact, conversion optimization and continuous UX improvement through research and KPI analysis.
Enki is a god in Sumerian mythology, later known as Ea in Akkadian and Babylonian mythology. He was the deity of crafts; water, seawater, lakewater, intelligence and creation
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I design UX/UI for SaaS platform backoffice system, managing the product from discovery through to delivery. I work in Agile environments closely collaborating with product managers and developers, and contributing to the integration of AI solutions into the design process.
Hidden Data: No visual charts or stats. Users had to export data to Excel just to see daily performance.
Disconnected Journeys: Managing one promotion required jumping between three different tabs.
Heavy Cognitive Load: Text-dense data grids with zero visual hierarchy.
Add visual analytics and real-time trend charts directly into module dashboards for business managers usage.
Surface cash flow anomalies instantly for financial department readings.
Unify player management and promotional workflows into a simple journey for gamification team.
The Persona: iGaming operators work in high-stress, fast-paced environments. They need to react to data, not just read it.
New Architecture: I mapped out a new flow to connect the four main pillars: Games, Promotions, Cash Flow, and Players.
AI Integration. Static Figma frames couldn't simulate live betting and cash flow data.
Usability testing: I used Claude to build a functional code prototype. This let us test how the UI handles complex, multi-conditional filtering with simulated live operators.
High-Contrast Data Elements: Ensured all charts, graphs, and alert badges meet WCAG AA color contrast standards for dark/light modes so critical alerts are never missed.
Keyboard Navigation & Focus States: Optimized dense data tables for keyboard-only navigation (Tab, Arrows), allowing rapid data entry and auditing without a mouse.
Accessible Data Statuses: Added unique visual icons and text labels to status indicators rather than relying on color alone (e.g., Red/Green) to assist color-blind operators.
Cash Flow: Introduced visual trend lines and instant alerts for withdrawal spikes.
Games: Replaced plain lists with performance cards showing live popularity and RTP stats.
Promotions: Built a wizard that lets operators target player segments and launch campaigns in one workflow.
Players: Designed a powerful search filter engine and usable section to isolate high-risk fraud.
Data Discovery Time: < 45 seconds (Native charts)
Operator System Adoption: 85% satisfaction rate
Error / Fraud Response: Instant visual system alerts
Faster Decisions: Visual charts removed the need for external Excel reporting. Reduced delivery time and increased consistency across products and continuously improved UX based on KPI analysis.
Campaign Creation & Edit: One page in interactive progress bar
Smooth Hand-off: The interactive Claude prototype proved the technical feasibility of the complex filters to the engineering team early on.
Design System: Developed a scalable design system that improved development efficiency by 60% and contributed to business growth (+20%) through UX optimisation
The Dealer UI Platform is a powerful, real-time interface built specifically for game dealers to efficiently monitor, manage, and control gameplay activity. Designed with an intuitive layout and responsive design, the platform provides a comprehensive view of ongoing game sessions, allowing dealers to stay informed and in control at all times.
Heavy Cognitive Load: Text-dense data grids with zero visual hierarchy made it difficult for dealers to read stats at a standing distance.
Buried Alerts: Critical fraud, chat, and system warnings looked identical to standard game data, causing delayed responses.
Poor UI & Interaction Targets: Touch and click targets were not designed properly following the UI principles, causing accidental inputs during live broadcasts.
Optimize for a 32" Screen: The interface must be readable and actionable from a physical distance of 3 to 4 feet under intense studio lighting.
Streamline Alert Escalation: Create an unmissable, tiered warning system that allows dealers to ask for help from a pit boss with a single click.
Consolidate the Screen Canvas: Seamlessly balance live game states, real-time player chat, and compliance logs without causing visual fatigue.
The Persona: Live Casino Dealers work in a high-stress, rapid-fire environment. They must keep their eyes on the physical game (cards/wheel) and the camera while using peripheral vision to track the screen.
Screen Zoning Architecture: I mapped out a strict layout canvas for the 32" monitor. I placed persistent game telemetry in the center, player communication on the left, and an isolated, high-priority emergency zone on the right.
Peripheral UI Scaling: Designed oversized telemetry text and massive status indicators, allowing dealers to track game health using only their peripheral vision while looking at the camera.
Integrated Player Feed: Transformed the chaotic player chat and leaderboard into a clean, scannable feed that highlights high-value VIP players and flags abusive behavior automatically.
Live Game Sync: Synchronized the digital interface with physical studio actions, using clear color-coded states to guide the dealer through dealing, betting windows, and payouts.
One-Click Help Escalation: Built a prominent "Ask for Help" trigger mechanism. It features an unambiguous target that immediately alerts studio supervisors without interrupting the dealer's flow.
Anti-Glare High-Contrast Data: Used specialized deep dark modes and strictly validated contrast pairings (meeting WCAG AA standards) to prevent eye strain over 8-hour shifts under studio lights.
Fitts's Law Optimization: Maximized the clickable surface area of high-frequency action buttons, minimizing the physical effort and precision required by the dealer to interact with the screen.
Multi-Sensory Status Design: Critical warning levels are never communicated via color alone (e.g., green/red). Every alert utilizes unique iconography, distinct border thicknesses, and flashing text frequencies to ensure absolute clarity for color-blind dealers.
Testing the Spatial Environment: Because this is an enterprise hardware interface, static screen mockups weren't enough. We set up physical 32" test monitors to simulate actual dealer standing and sitting distances under simulated studio lighting.
Key Insight & Iteration: During our first testing run, we discovered that under strong studio overhead lights, the initial text labels caused glare fatigue. I instantly pivoted to an ultra-high-contrast true black background and increased button padding by 40% to guarantee error-proof clicking during fast-paced rounds.
Designing for a specific 32" monitor environment required moving away from standard web components to create a highly specialized UI library.
Studio-Optimized Color Palette: Built on a "True Black" deep dark mode foundation. We eliminated standard blues and grays, opting instead for pure, high-contrast neon variants for status tags. This successfully prevents neon bleeding and text fuzziness under studio lens focal ranges.
Distance-Scaled Typography: Every font size was benchmarked against physical scale rules rather than standard web scales. The minimum telemetry size was locked at 32pt to guarantee a perfect legibility score from a 4-foot standing distance.
Fitts's Law Target System: All interactive modules utilize a minimum click/tap target size of 64px with generous 24px outer margins. This safety buffer prevents dealers from triggering adjacent commands during high-speed, live rounds.
The redesign successfully converted a high-stress operational interface into an automated safety net for live dealer talent. By reducing the physical effort needed to track stats, dealers can focus completely on showmanship and high-value player interactions.
Secured Brand Reputation: By bringing critical fraud and chat warnings directly to the dealer's immediate peripheral vision, the studio dramatically lowered compliance exposure risk.
Zero-Onboarding Readiness: The extreme layout simplicity allowed newly hired dealers to run live streams flawlessly with near-zero training time on the digital monitor.
Improved Talent Retention: Dealers reported a massive reduction in screen-induced headaches, eye strain, and physical fatigue during long shifts, boosting overall job satisfaction.
Warning Response Time: < 3 seconds (Instant peripheral alerts)
Accidental UI Misclicks: Zero recorded instances during testing
Dealer Eye Fatigue: Significant reduction via optimized high-contrast dark mode
GAN suffered from fragmented user interfaces and inconsistent component patterns across its branded product suite. As the single source of truth, the GAN Unified Design System was built from the ground up to bridge design and engineering, streamline multi-product scalability, and establish a cohesive brand language across every GAN touchpoint.
Across GAN's product suite, individual teams were reinventing UI patterns. Buttons, color tokens, and navigation flows differed slightly from app to app.
High design and engineering redundancy.
A disjointed user experience when switching between GAN-branded products.
Slow feature delivery due to lack of reusable UI primitives.
To build a system that truly served our users, I first needed to understand the pain points of our two primary user groups: internal product teams (designers/engineers) and external end-users navigating the GAN ecosystem.
Internal Audits: Conducted visual audits of all live GAN products to catalogue UI inconsistencies.
User & Stakeholder Interviews: Interviewed 15+ product designers and front-end engineers about their workflow bottlenecks.
Contextual Inquiries: Shadowed users navigating between different GAN applications to observe friction points.
The "Frankenstein" UI: Users felt lost because a primary action button on one GAN app looked completely different from a button on another.
User & Stakeholder Interviews: Interviewed 15+ product designers and front-end engineers about their workflow bottlenecks.
The Redundancy Tax: 70% of engineering time was spent fixing UI bugs and rebuilding components that already existed in other codebases.
Create a unified, scalable, and well-documented design system using Atomic Design principles to serve every product under the GAN umbrella. To prevent a rigid, over-engineered library, the system was structured using a modified Atomic Design hierarchy:
Built as a living library, each component was designed with full tokenization, accessibility (WCAG contrast standards), and responsive variants (default, hover, active, disabled, and dark/light modes where applicable).
Foundations First: Standardized a shared foundation of colors, grid systems, and typography before scaling up.
Reusability & Props: Designed components in Adobe XD with clean variant properties and flexible layout so product teams could drag-and-drop with zero breakage.
Before coding the components, I built high-fidelity interactive prototypes using our new Atomic architecture to validate usability and cross-product navigation seamlessly.
Validate if the unified global navigation structure reduced cognitive load when switching apps.
Measure task completion rates on core workflows built with the new unified molecules and organisms.
Conducted moderated usability tests with 10 active GAN users.
User & Stakeholder Interviews: Interviewed 15+ product designers and front-end engineers about their workflow bottlenecks.
Users were asked to complete cross-platform tasks.
Cross-Product Implementation: The unified system was rolled out across all GAN-branded products. By replacing bespoke legacy code with system primitives, we achieved immediate visual synchronization.
Cohesive Branding: Every GAN product now shares a unified visual identity while retaining contextual flexibility.
Design-to-Dev Handoff: Reduced ambiguity between designers and developers by mapping Figma component names directly to code variables.
The rollout of GAN Unified completely transformed our product development culture and vastly improved user metrics.
40% Drop in Navigation Errors: Users successfully moved between different GAN products without getting lost.
+25 Increase in NPS: Customer satisfaction scores surged due to a more cohesive and predictable user interface.
50% Faster Time-to-Market: Product teams can now design and prototype end-to-end features in days instead of weeks.
100% Brand Consistency: Eliminated visual fragmentation across all public-facing GAN digital products.
Improved Dev-Handoff: Bridged the communication gap by matching Figma component names exactly with production Storybook code.
Improved Play Agua's UI and usability, helping drive stronger user adoption and downloads while supporting a 4.5/5 App Store rating across 1.6K+ user ratings.
High Cognitive Load: Most mobile gaming apps overwhelm players with cluttered lobbies, making it difficult to find games.
Transactional Anxiety: Purchasing tokens and applying promotions often feel clunky, hidden, or untrustworthy on mobile viewports.
Fragmented Engagement: Scores, rewards, and gamification metrics are usually buried in submenus, killing long-term retention.
Frictionless Discovery: Build a highly structured, scalable lobby system with rapid filtering and favoriting mechanics.
Transparent Token Economy: Create a physical, tactile feel for promotional cards and wallet updates to drive conversions.
An Ambient Gamification Loop: Surface rewards, rankings, and active scores continuously to build a satisfying behavioral habit loop.
The Player Persona: B2C mobile players look for immediate dopamine loops. They want to open the app, find their favorite game, and play within three taps.
The Structural Ecosystem: Because I was designing a native mobile experience, I architected the app around a bottom-tab ecosystem. This isolates the core user pillars: The Lobby (Discovery), the Wallet (Transactions), and the Profile (Gamification & Scores), keeping them permanently within the thumb's natural reach zone.
Why a Strict UI Kit? To ensure a unified experience across multiple game lobbies, I engineered a highly structured, atomic component sheet.
The Dark/Neon Aesthetic: I chose a premium dark-mode background combined with highly saturated neon accents. This mirrors real-world gaming console environments, increases visual focus, and minimizes screen glare during long playing sessions.
Scalability: Built with modular token components and robust atomic button states to ensure rapid production handoff.
The Lobby Experience: Combating Choice Paralysis.
Tactile Category Filters: Replaced confusing submenus with clear, scrollable visual chips at the top of the viewport.
Instant Favoriting: Integrated a quick-tap star/heart mechanism directly onto game banners, allowing users to build a personalized dashboard dynamically.
The Token & Wallet Loop: Frictionless Monetization
Skeuomorphic Promo Cards: Designed promotional rewards to look like glowing, physical voucher cards so they feel tangible and highly rewarding to apply.
Clear Value Tiering: Segmented token purchasing tiers into clean, distraction-free cards that reduce cart abandonment and financial friction.
The Gamification Framework: Retaining Players
Continuous Progress Tracking: Implemented live progress bars and achievement scores directly into the user's view.
Visual Celebration Cues: Engineered high-contrast badge containers and rank systems to make leveling up feel deeply satisfying.
Designing a high-contrast native application meant prioritizing visual accessibility without losing the high-energy gaming aesthetic.
Contrast in Dark Mode: Ensured all text labels, active token package buttons, and promotional balances strictly pass WCAG AAA standards against the dark background.
Non-Color Reliant Statuses: When displaying transactional wins, balance updates, or game alerts, the UI pairs color shifts (green/red) with unique semantic icons so color-blind users can navigate seamlessly.
Touch Targets: Every interactive game card, favorite icon, and token selector adheres to strict mobile touch target guidelines (minimum 48x48 dp) to prevent accidental taps.
Elevated Product Trust & Brand Equity: Replaced the chaotic, untrustworthy look of traditional gaming platforms with a premium, console-grade dark mode aesthetic. Utilizing a unified design system instantly professionalized the brand image, reassuring players during financial transactions.
Optimized Monetization UX: By introducing skeuomorphic promo cards and distraction-free checkout modules, the interface removes psychological friction from the token economy. This turns a historically clunky payment process into a smooth, rewarding part of the player journey.
Improved Talent Retention: Dealers reported a massive reduction in screen-induced headaches, eye strain, and physical fatigue during long shifts, boosting overall job satisfaction.
Built-In Retention Architecture: Moving away from a transactional-only mindset, the integrated lobby filters and ambient gamification loops turn a casual gaming app into a daily destination. Giving players immediate access to their favorite games and visible reward statuses actively drives user lifetime value (LTV).
By auditing the platform, restructuring the site architecture, and redesigning the mobile and desktop booking flows, I successfully eliminated navigation dead-ends. This design transformation recovered a critical 40% user drop-off and established a seamless, high-converting funnel from editorial content to the core trivago booking engine.
While the magazine excelled at engaging readers with high-quality travel content, it suffered from two critical architectural flaws:
The Navigation Black Hole: Once users clicked deep into articles or search results, they could not easily return to their original research or retrieve previous results. This friction caused an immediate 40% user drop-off.
The Booking Dead-End: Inspiring content did not translate into business value. There was no clear, intuitive pathway for users to transition from reading about a hotel destination to booking it on the main trivago website, severely damaging overall conversion rates.
To diagnose why users were abandoning their journey, I initiated an extensive discovery phase combining user behavior analysis with market trends.
The Persona: Leisure travelers look at the magazine for inspiration, but they think in terms of multi-tasking and comparisons. They read about a hotel, immediately want to know the price, and expect to jump back to their list effortlessly.
Competitive Benchmarking: Marketing research showed that competitors treated inspiration and booking as a single interface. trivago magazine isolated them, treating the article as a dead-end billboard rather than an entry point to the booking funnel.
With a clear understanding of the friction points, I moved from synthesis to structural execution, mapping out a frictionless user journey.
I overhauled the existing navigation tree, introducing a hierarchical structure that remembers user states, simplifies backtracking, and introduces explicit touchpoints leading directly to the trivago booking engine.
I overhauled the existing navigation tree, introducing a hierarchical structure that remembers user states, simplifies backtracking, and introduces explicit touchpoints leading directly to the trivago booking engine.
Moving into digital wireframes, I refined the responsive layout structures for both desktop and mobile, focusing heavily on a sticky navigation system and an intuitive search filter state.
The final User Experience and the User Interface merges clean, modern editorial aesthetics with highly functional product design primitives.
Smart Search Persistence: Users can now seamlessly back-track to their exact previous search state without losing their history.
In-Context Booking Funnel: Introduced highly visible, contextual call-to-actions (CTAs) and hotel cards within the magazine layout, allowing readers to jump directly to room bookings on trivago.
Following the launch of the new design, key performance indicators showed a dramatic transformation.
40% Drop-Off Eliminated: The persistent navigation system and search history states successfully retained users within their active search loops.
Surging Conversion Rates: Direct click-through rates from magazine articles to the main trivago booking platform grew by 2%, establishing the magazine as a profitable acquisition channel.
Increased Session Duration: Users explored more destinations per session due to the friction-free browsing architecture.
Redesigning the Trivago map search interface to solve cross-platform user friction, helping B2C travelers seamlessly discover hotel information, manage filters, and explore photo galleries without losing spatial context.
Hidden Information: Selecting a hotel on the map broke user flow, forcing users into massive, disruptive pop-ups or entirely new tabs to view the photo gallery.
Lost Constraints: Applied filter parameters often became hidden or reset when panning/zooming the map canvas, causing immense user frustration.
Broken Visual Continuity: Desktop and mobile interactions were completely disconnected, introducing a massive learning curve for multi-device travelers.
Persistent Map Filter State: Keep applied filters fully visible and easily toggled directly on the map canvas.
Seamless Media Exploration: Embed high-speed photo galleries directly into hotel preview states without navigating away from the map.
Cross-Platform Responsive Sync: Unify the API logic so desktop hovers and mobile gestures yield identical data-sync speeds.
The Persona: B2C travelers looking for a hotel based heavily on location (proximity to landmarks/beaches). They operate on tight timelines and compare multiple variables (price, reviews, location, visual appeal) concurrently.
Marketing Research: Benchmarked top-tier travel platforms (e.g., Airbnb, Google Maps) to extract industry-standard map-search UX patterns.
New Architecture: Mapped out an integrated grid layout where the map serves as a living canvas, and the data layers dynamically float over it or slide in via non-intrusive bottom sheets.
Led the UX/UI redesign of trivago's map search experience, focusing on the map-results interaction, filter system and hotel imagery. I redesigned key user flows and interaction patterns to make location-based hotel discovery faster, clearer and more intuitive, enabling users to compare options visually and refine their search with less friction.
Persistent Map Filter State: Keep applied filters fully visible and easily toggled directly on the map canvas.
Seamless Media Exploration: Embed high-speed photo galleries directly into hotel preview states without navigating away from the map.
Cross-Platform Responsive Sync: Unify the API logic so desktop hovers and mobile gestures yield identical data-sync speeds.
I used the Google Maps Platform APIs and Styling Wizard to create a lightweight, customised map tailored to the user journey. By simplifying the visual language, hierarchy and map elements, I focused attention on the information most relevant to hotel discovery and location-based decision-making.
Hotel Information Discovery: 1 hover / single tap (Zero context loss).
Gallery View Engagement: 92% increase in photos viewed inline.
Map Drop-off Rate: Reduced to < 6% with sticky filter chips.
Cross-Platform UX: 100% feature consistency across all viewports
As the Lead Product UX/UI Designer, I was responsible for transforming a highly complex, legally intensive legal process into an intuitive, high-trust mobile experience. I designed the end-to-end user journey, balancing strict financial compliance with an engaging, friction-free interface.
The core challenge of this marketplace was balancing two distinct user mindsets: the asset-managing Seller and the wealth-building Buyer. Below is the blueprint of the end-to-end ecosystem, mapping the emotional highs and lows of both personas from initial discovery to completion day.
The final interface design is broken down into five distinct phases, engineered to lower cognitive load and build user confidence at every step.
Because fractional property selling is an emerging financial concept, the onboarding flow prioritizes interactive education over generic feature listings. I utilized bite-sized, card-based progressive disclosures to explain equity sharing simply. The service selection screen employs strong visual hierarchy and clear value propositions, allowing users to confidently self-segment into buying or selling pathways without analysis paralysis.
Transitioning a user from a digital app to a physical, real-world service introduces a high risk of drop-offs. To counter this, the property walkthrough booking features an inline, interactive calendar component with pre-filled, dynamically optimized time slots. By minimizing typing and page transitions, the interface secures user commitment during their peak moment of high intent.
Uploading deeds, survey plans, and government IDs is inherently tedious and frustrating on a mobile layout. To tackle this high-friction phase, I structured the interface as a multi-step progressive form accompanied by real-time validation feedback. I integrated native camera access to allow instant scanning of physical documents, while micro-animations and clear upload status states keep the user informed and motivated.
Large financial transactions on mobile devices trigger high user anxiety. To establish deep psychological safety, the checkout interface features absolute fee transparency, detailed visual breakdowns of cost breakdowns, and prominent security badges. Legal terms are broken down into digestible summaries with interactive tooltips, giving users clarity before final biometric validation.
On closing day, the user experience smoothly transitions from a transactional flow to an ongoing asset management dashboard. The interface celebrates completion day with a rewarding micro-interaction before revealing the asset split. I designed clean data visualizations, such as an intuitive property share breakdown, to give users a clear overview of their equity, estimated property appreciation, and monthly rental yields.
Real estate transactions require extensive legal text, which quickly clutter a mobile interface and overwhelm users.
The UI Solution: I designed an expandable dashboard accordion pattern. Users receive a high-level summary of legal agreements in plain language, with the ability to expand specific sections for absolute transparency. This balances clear readability with regulatory compliance.
Asking users to manage thousands of dollars on a phone requires bank-grade credibility without making the app feel rigid or intimidating.
The UI Solution: I established a strict system of micro-copy confirmations and persistent progress tracking. Every major action is preceded by an explanatory prompt and followed by an undo option, making users feel completely in control of their financial choices.
To convey financial stability while maintaining a modern, approachable feel, the visual language combines crisp geometric layouts with warm, humanistic design elements.
Typography - Inter Sans-Serif: Chosen for its exceptional readability at small sizes on mobile screens, especially for complex financial tables and dense numeric data.
Color Palette - Deep Emerald Green & Warm Stone: The green evokes security, wealth, and growth (FinTech), while the warm stone neutrals ground the app in real estate and home comfort.
UI Components Custom Component Library: Designed modular input fields, specialized image upload cards, contextual tooltips, and interactive data visualization charts.
The Power of Clarity: When dealing with novel financial concepts, clear UX writing and transparent status indicators are just as crucial as the visual aesthetics of the UI.
Next Steps: In the next iteration, I plan to design the responsive web dashboard version of this product, focusing on institutional buyers who need to monitor and manage multiple fractional properties simultaneously.
Kitchen Door Workshop is an established e-commerce platform specializing in replacement kitchen doors and components. While the desktop experience historically sustained steady traffic, the platform faced a 32% drop-off rate at the product customization stage, particularly on mobile devices. Users found the millimetric measurement inputs, material selections, and dynamic pricing updates confusing and high-friction, leading to elevated cart abandonment and an influx of customer support queries.
We redesigned the end-to-end purchasing funnel with a mobile-first approach, transforming a complex, multi-variable specification workflow into a guided, step-by-step product customizer. By modernizing the UI, clarifying technical measurement inputs, and creating a transparent pricing breakdown, we reduced user cognitive load and friction throughout the checkout process.
To diagnose why users abandoned their carts prior to checkout, we executed a mixed-methods research strategy combining quantitative data with qualitative insights.
Hotjar Heatmaps & Session Recordings: Analyzed 150+ user sessions to track interaction drop-offs on the customization page.
User Interviews: Conducted structured 1-on-1 interviews with 6 recent users to understand their hesitations when purchasing technical hardware online.
Competitive Benchmarking: Evaluated 3 direct and indirect e-commerce competitors to map baseline industry configuration standards.
The discovery phase revealed that user friction was driven by technical anxiety rather than a lack of intent.
Measurement Anxiety: "Am I doing this right?" 68% of interviewed users expressed intense fear of mismeasuring their doors. The original UI lacked clear contextual guidelines or visual indicators for width vs. height inputs.
Mobile Form Fatigue: "The fields are too small to tap." Session recordings highlighted severe friction on mobile devices. Dropdowns were tightly packed, and numerical inputs frequently triggered the wrong keyboard layouts.
CTAs hierarchy: no real dinstiction in between primary, secondary and tertiary
We moved from data to strategy by reimagining the user flow. The goal was to transform a single, overwhelming form into an intuitive, linear sequence that mimics talking to an in-store kitchen specialist.
Instead of forcing users to fill out an unstructured list of options simultaneously, we mapped out a structured, 4-step linear wizard: 1. Select Style & Finish → 2. Input Precise Dimensions → 3. Configure Hinge Options → 4. Review Final Spec & Price.
Clarity Over Density: Show only what is relevant to the active decision step. Hide secondary options until needed.
Visual Reassurance: Provide instantaneous structural feedback when numbers or directions change.
Absolute Price Transparency: Maintain a sticky, real-time cost breakdown visible on all screen variations.
We built mid-fidelity wireframes to validate structural changes and layout ideas before investing heavily in visual execution.
We ran unmoderated usability tests using mid-fidelity Figma prototypes with 5 participants to observe how they completed a door customization workflow.
Dimension Inputs: Users still hesitated when typing numbers into blank boxes, worried about millimeter vs. centimeter mix-ups. Added explicit units ("mm") inside the field and created a helper graphic showing exactly where to place the tape measure.
Hinge Selection: Participants were confused by technical jargon like "Left Hand Hanging" vs. "Right Hand Hanging". Swapped textual jargon out for clear visual icons representing the physical door opening direction.
The final visual system blends a clean, modern aesthetic with highly functional e-commerce design patterns. We prioritized high readability, spacious click targets, and unmistakable interactive elements.
The Guided Customizer: Implemented distinct step indicator tabs. Input fields feature explicit helper text, and the mobile numeric keypad automatically triggers upon tapping sizing inputs.
Responsive Execution: Grid layouts dynamically scale down from a clean multi-column desktop layout to an elegant, single-column vertical stack on mobile screens.
Typography: Accessible sans-serif hierarchy ensuring crisp readability on small viewports.
To evaluate the success of this redesign post-launch, the following key performance indicators (KPIs) are tracked:
Customizer Completion Rate: Target a 20% increase in users completing the configuration step on mobile hardware.
Support Ticket Reduction: Measure the decrease in customer inquiries asking for sizing assistance or order corrections.
Average Order Value (AOV): Monitor if clearer component upselling (hinges, handles) increases total basket value.
Lobby
Bonus - Fortune wheel
Promotions
Maintenace page
PLC - Panel Machine Control - is the screen to control the function of the cleaning tools of industrial oils and coolants. User interface and user experience design for the filtering systems made by Comatfilters.
Home Page
Listing Page
Product Page
Registration Page
Dashboard