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E2 Design System

A Design System for
Environmental and
Engineering Interfaces.

Standardized SVG icons, markers, and symbols for environmental software, GIS platforms, engineering systems, and scientific applications.

Built for visual consistency, semantic clarity, and reliable implementation across technical interfaces and maps.

Explore the System Documentation
Grid-defined
Stroke-calibrated
Complexity-controlled
SVG-first

Why E2

More than an icon library.

Most icon systems are designed for generic consumer applications. E2 is built for technical and geospatial software where operational clarity, semantic structure, and visual consistency are critical across interfaces, maps, and analytical environments.

System Scope

Three asset systems, one visual language.

UI • Dashboards • Tooling

Technical Icons

Precision-built SVG icons for dashboards, interfaces, tooling, and operational applications. Consistent geometry and scalable rendering ensure clarity across dense UI environments.

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GIS • Maps • POI Systems

GIS Markers

Map markers optimized for geospatial readability, semantic hierarchy, and implementation-safe positioning across modern mapping frameworks and cartographic workflows.

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Environmental • Scientific • Technical

Illustrative Symbols

Structured symbols for environmental monitoring, hydrology, infrastructure, terrain analysis, and scientific visualization. Built for recognition and technical communication.

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Production Model

Designed for production workflows.

E2 defines asset geometry, naming logic, export rules, quality-assurance criteria, and metadata structure required to distribute technical SVG graphics consistently across websites, applications, and map interfaces.

Technical Foundation

System logic for scalable implementation.

Grid-Based Construction

Shared geometric logic ensures consistent proportions, spacing, and visual rhythm across icons, markers, and symbols.

SVG-First Implementation

Optimized for responsive interfaces, scalable rendering, design tokens, and modern frontend workflows.

Semantic Consistency

Structured naming, categorization, and metadata support maintainability across large technical software ecosystems.