Design of a real-time collision avoidance interface providing 360-degree operator awareness for vehicles and assets in open-pit mining environments. The system integrates GPS positioning, RF transmission, and proximity sensors to predict trajectories and deliver both visual and audible alerts to help prevent potential incidents.

The interface was designed with safety as the primary driver. Given the high-risk, time-sensitive context, simplicity and clarity were essential to support rapid decision-making. The UI emphasizes clear spatial visualization, immediate threat identification, and intuitive iconography to minimize cognitive load under pressure.

Through structured information hierarchy, high-contrast visuals, and streamlined interaction patterns, the final design enables operators to quickly interpret surrounding risks and respond confidently in dynamic field conditions.

Interface design for a real-time fleet management system built to support open-pit mining operations. The platform monitors truck haulage cycles, task assignments, and key operational KPIs, providing operators and dispatch teams with centralized, actionable data.

The system functions as both a monitoring dashboard and a navigation tool, guiding operators to their next assignment while maintaining continuous communication with dispatch. The design focused on structuring complex operational data into clear visual hierarchies, integrating intuitive equipment representations, and implementing a streamlined notification system for real-time updates and interaction.

Prioritizing clarity, responsiveness, and low cognitive load, the interface enables operators to stay informed, aligned with production goals, and connected to office coordination in dynamic mining environments.

A conceptual end-to-end UI/UX project for a music streaming app inspired by Viking mythology. The process included discovery research, user flow definition, wireframing, visual exploration, and high-fidelity prototyping. The goal was to create an intuitive and immersive listening experience that combines bold thematic branding with simple, familiar music playback functionality. The final design balances strong visual identity with usability best practices, ensuring effortless navigation, clear hierarchy, and seamless interaction patterns.

A conceptual end-to-end UI/UX project designed to unify mining operations, safety management, and planning into a single, data-driven platform. The objective was to reduce system fragmentation and provide decision-makers with a centralized, intuitive interface for real-time operational oversight.

The process included stakeholder analysis, workflow mapping, and user research focused on engineers, planners, and field supervisors. Insights informed the development of user flows, information architecture, and dashboard-driven interfaces prioritizing clarity, hierarchy, and rapid data interpretation.

The final solution features integrated dashboards, KPI visualization, and safety-performance metrics designed to support informed decision-making, operational efficiency, and risk mitigation. The design balances complex industrial data with clean, structured UI patterns to ensure usability in high-pressure, field-driven environments.

Design of a custom icon set illustrating mining equipment from a top-down perspective. The objective was to create visually recognizable, realistic assets that maintain clarity at small sizes while avoiding unnecessary visual complexity within the interface.

The process involved studying equipment proportions and operational layouts to ensure accuracy, then simplifying forms to achieve consistency, scalability, and visual balance within map-based UI environments. The final result supports quick identification, spatial awareness, and clean integration into data-driven dashboards.

Development of a profile-view icon set representing key mining equipment. The goal was to create clear, immediately recognizable icons that preserve essential mechanical characteristics while remaining clean and interface-friendly.

The process involved analyzing equipment structure and proportions from a lateral perspective, then refining forms to balance realism with simplicity. The final icons enhance visual communication within operational dashboards and planning tools, ensuring readability, consistency, and seamless integration into complex industrial interfaces.