Hi! I’m Dmitrii,a Senior Product Designerwith 11 years of experiencein Web, Desktop, and Mobile
With an engineering background, I architect complex, high‑load interfaces focused on intuitive user experience
SaaS Platforms
Enterprise UX
B2B / B2C Products
Dashboards
E-commerce
Internal Tools
CRM
Design Systems
AI-powered Workflow
Try the app
High-precision shooting training system for Olympic-level athletes
SportTech
Hardware-Software System
Real-time Data
Combining a barrel-mounted optical sensor with advanced software, the system visualizes the aiming path in real-time. It captures every shot and calculates vital metrics like aiming speed and timing, transforming raw data into actionable training analytics
Timeline:
2018 — 2023
Role:
Product Designer, Art director
Scope of Work:
UX Research, User Testing, Prototyping, Product Strategy, Ecosystem Architecture, Multi-platform UI/UX, Design System, Identity, E-commerce
Key Challenge:
Designing for extreme physical constraints during Olympic aiming. The shooter must remain perfectly motionless to maintain their position, making traditional interaction impossible. The interface had to be fully operable with a single finger of an outstretched hand or through touch-free gestures to avoid disrupting the shot cycle
Impact:
Engineered a "One-Finger" UI for devices fixed at arm’s length, allowing full control without the athlete losing their aiming stance
Implemented "finger-knocking" commands using the sensor’s internal microphone, enabling app interaction without even touching the screen
Designed an automated replay flow that instantly visualizes shot data, removing the need for manual navigation during training sessions
Case Study
AI-powered Intelligent Document Processing for Healthcare
HealthTech
B2B SaaS
Hardware-Software System
The platform uses AI and Computer Vision to extract data from scanned medical records into structured digital profiles. To ensure high accuracy for healthcare decisions, the interface allows operators to seamlessly verify and refine AI findings before finalization
Timeline:
2023 — 2024
Role:
Senior Product Designer
Scope of Work:
UX Research, User Testing, Prototyping, UI/UX Design, Product Strategy
Key Challenge:
Maintaining absolute precision while processing huge volumes of medical data. Repetitive manual tasks and unnecessary mandatory steps caused operator fatigue, which increased the risk of errors and slowed down the entire workflow.
Impact:
Redesigned the flow into focused, sequential steps to eliminate visual noise. This helped operators experience less fatigue during long shifts, leading to a 13% User Error Rate Reduction
Converted the mandatory "Unreadable or Blank Page" check into an optional toggle. Since unreadable pages occurred in less than 5% of cases, this optimization removed thousands of redundant clicks per day
Boosted processing speed by 21%, allowing the team to handle larger volumes with the existing headcount. This streamlined workflow resulted in a 16% reduction in the average cost per processed page
Gamified loyalty system for high-status users of an online gaming platform
Product Gamification
Reward Mechanics
Premium User Segment
An exclusive VIP service featuring personalized support, special promotions, and private tournaments. It offers a unique reward system and deep progression mechanics
Timeline:
2024 — 2025
Role:
Senior Product Designer
Scope of Work:
UX Research, User Testing, Prototyping, UI/UX Design, Product Strategy
Key Challenge:
Users rarely visited the section and missed personal offers. The goal was to boost daily returns and retention for premium users, using a loyalty program and rewards to increase gaming activity and spending.
Impact:
Developed a unique graphic language to present personal offers, making users feel special and increasing their average session time within the section
Developed an interactive feature for users who follow "luck" and daily signs. This ritual became a key reason for users to visit the section every day, increasing return rates by 3%
Designed a tiered system where users collect keys to unlock chests with rewards like discounts and bonuses. This mechanic successfully boosted the daily task completion rate

Engineering Mindset, Design Driven
My approach is rooted in a fundamental engineering degree and 5 years of computer hardware design and technology experience
Experienced in every stage of the design process, including briefing, UX research, prototyping, branding, art direction, concept development, visual design, design systems, development handoff, and design supervision.
Leveraging AI tools to accelerate the design workflow
Based in Thailand ©2026
Hi! I’m Dmitrii,a Senior Product Designerwith 11 years of experiencein Web, Desktop, and Mobile
With an engineering background, I architect complex, high‑load interfaces focused on intuitive user experience
SaaS Platforms
Enterprise UX
B2B / B2C Products
Dashboards
E-commerce
Internal Tools
CRM
Design Systems
AI-powered Workflow
Try the app
High-precision shooting training system for Olympic-level athletes
SportTech
Hardware-Software System
Real-time Data
Combining a barrel-mounted optical sensor with advanced software, the system visualizes the aiming path in real-time. It captures every shot and calculates vital metrics like aiming speed and timing, transforming raw data into actionable training analytics
Timeline:
2018 — 2023
Role:
Product Designer, Art director
Scope of Work:
UX Research, User Testing, Prototyping, Product Strategy, Ecosystem Architecture, Multi-platform UI/UX, Design System, Identity, E-commerce
Key Challenge:
Designing for extreme physical constraints during Olympic aiming. The shooter must remain perfectly motionless to maintain their position, making traditional interaction impossible. The interface had to be fully operable with a single finger of an outstretched hand or through touch-free gestures to avoid disrupting the shot cycle
Impact:
Engineered a "One-Finger" UI for devices fixed at arm’s length, allowing full control without the athlete losing their aiming stance
Implemented "finger-knocking" commands using the sensor’s internal microphone, enabling app interaction without even touching the screen
Designed an automated replay flow that instantly visualizes shot data, removing the need for manual navigation during training sessions
Case Study
AI-powered Intelligent Document Processing for Healthcare
HealthTech
Hardware-Software System
B2B SaaS
The platform uses AI and Computer Vision to extract data from scanned medical records into structured digital profiles. To ensure high accuracy for healthcare decisions, the interface allows operators to seamlessly verify and refine AI findings before finalization
Timeline:
2023 — 2024
Role:
Senior Product Designer
Scope of Work:
UX Research, User Testing, Prototyping, UI/UX Design, Product Strategy
Key Challenge:
Maintaining absolute precision while processing huge volumes of medical data. Repetitive manual tasks and unnecessary mandatory steps caused operator fatigue, which increased the risk of errors and slowed down the entire workflow.
Impact:
Redesigned the flow into focused, sequential steps to eliminate visual noise. This helped operators experience less fatigue during long shifts, leading to a 13% User Error Rate Reduction
Converted the mandatory "Unreadable or Blank Page" check into an optional toggle. Since unreadable pages occurred in less than 5% of cases, this optimization removed thousands of redundant clicks per day
Boosted processing speed by 21%, allowing the team to handle larger volumes with the existing headcount. This streamlined workflow resulted in a 16% reduction in the average cost per processed page
Gamified loyalty system for high-status users of an online gaming platform
Product Gamification
Reward Mechanics
Premium User Segment
An exclusive VIP service featuring personalized support, special promotions, and private tournaments. It offers a unique reward system and deep progression mechanics
Timeline:
2024 — 2025
Role:
Senior Product Designer
Scope of Work:
UX Research, User Testing, Prototyping, UI/UX Design, Product Strategy
Key Challenge:
Users rarely visited the section and missed personal offers. The goal was to boost daily returns and retention for premium users, using a loyalty program and rewards to increase gaming activity and spending.
Impact:
Developed a unique graphic language to present personal offers, making users feel special and increasing their average session time within the section
Developed an interactive feature for users who follow "luck" and daily signs. This ritual became a key reason for users to visit the section every day, increasing return rates by 3%
Designed a tiered system where users collect keys to unlock chests with rewards like discounts and bonuses. This mechanic successfully boosted the daily task completion rate

Engineering Mindset, Design Driven
My approach is rooted in a fundamental engineering degree and 5 years of computer hardware design and technology experience
Experienced in every stage of the design process, including briefing, UX research, prototyping, branding, art direction, concept development, visual design, design systems, development handoff, and design supervision.
Leveraging AI tools to accelerate the design workflow
Based in Thailand ©2026
Hi! I’m Dmitrii,a Senior Product Designerwith 11+ years of experiencein Web, Desktop, and Mobile
With an engineering background, I architect complex, high‑load interfaces focused on intuitive user experience
SaaS Platforms
Enterprise UX
B2B / B2C Products
Dashboards
E-commerce
Internal Tools
CRM
Design Systems
AI-powered Workflow
Try the app
High-precision shooting training systemfor Olympic-level athletes
SportTech
Hardware-Software System
Real-time Data
Combining a barrel-mounted optical sensor with advanced software, the system visualizes the aiming path in real-time. It captures every shot and calculates vital metrics like aiming speed and timing, transforming raw data into actionable training analytics
Timeline:
2018 — 2023
Role:
Product Designer, Art director
Scope of Work:
UX Research, User Testing, Prototyping, Product Strategy, Ecosystem Architecture, Multi-platform UI/UX, Design System, Identity, E-commerce
Key Challenge:
Designing for extreme physical constraints during Olympic aiming. The shooter must remain perfectly motionless to maintain their position, making traditional interaction impossible. The interface had to be fully operable with a single finger of an outstretched hand or through touch-free gestures to avoid disrupting the shot cycle
Impact:
Engineered a "One-Finger" UI for devices fixed at arm’s length, allowing full control without the athlete losing their aiming stance
Implemented "finger-knocking" commands using the sensor’s internal microphone, enabling app interaction without even touching the screen
Designed an automated replay flow that instantly visualizes shot data, removing the need for manual navigation during training sessions
Case Study
AI-powered Intelligent Document Processingfor Healthcare
HealthTech
AI & Computer Vision
B2B SaaS
The platform uses AI and Computer Vision to extract data from scanned medical records into structured digital profiles. To ensure high accuracy for healthcare decisions, the interface allows operators to seamlessly verify and refine AI findings before finalization
Timeline:
2023 — 2024
Role:
Senior Product Designer
Scope of Work:
UX Research, User Testing, Prototyping, UI/UX Design, Product Strategy
Key Challenge:
Maintaining absolute precision while processing huge volumes of medical data. Repetitive manual tasks and unnecessary mandatory steps caused operator fatigue, which increased the risk of errors and slowed down the entire workflow.
Impact:
Redesigned the flow into focused, sequential steps to eliminate visual noise. This helped operators experience less fatigue during long shifts, leading to a 13% User Error Rate Reduction
Converted the mandatory "Unreadable or Blank Page" check into an optional toggle. Since unreadable pages occurred in less than 5% of cases, this optimization removed thousands of redundant clicks per day
Boosted processing speed by 21%, allowing the team to handle larger volumes with the existing headcount. This streamlined workflow resulted in a 16% reduction in the average cost per processed page
Gamified loyalty system for high-status usersof an online gaming platform
Product Gamification
Reward Mechanics
Premium User Segment
An exclusive VIP service featuring personalized support, special promotions, and private tournaments. It offers a unique reward system and deep progression mechanics
Timeline:
2024 — 2025
Role:
Senior Product Designer
Scope of Work:
UX Research, Prototyping, Visual Concept, Gamification, UI/UX Design, Design System
Key Challenge:
Users rarely visited the section and missed personal offers. The goal was to boost daily returns and retention for premium users, using a loyalty program and rewards to increase gaming activity and spending.
Impact:
Developed a unique graphic language to present personal offers, making users feel special and increasing their average session time within the section
Developed an interactive feature for users who follow "luck" and daily signs. This ritual became a key reason for users to visit the section every day, increasing return rates by 3%
Designed a tiered system where users collect keys to unlock chests with rewards like discounts and bonuses. This mechanic successfully boosted the daily task completion rate

Engineering Mindset, Design Driven
My approach is rooted in a fundamental engineering degree and 5 years of computer hardware design and technology experience
I offer full-cycle design expertise including Briefing, Competitor Analysis, UX Research, Information Architecture, User Flow Mapping, Prototyping, and Usability Testing. I manage Concept Development, Visual Design, Branding, Art Direction, Design Supervision, and scalable Design Systems
Leveraging AI tools to accelerate the design workflow
Based in Thailand ©2026