This page presents a collection of my LEGO-style mapping projects. They began as small experiments driven by curiosity. Before 2024, I had never considered LEGO a serious cartographic medium. I was interested in whether familiar building blocks could represent landscapes and geographic phenomena in an engaging way.
Over time, the projects developed in two main directions. Many focus on topographic maps, using LEGO forms to suggest topography and bathymetry. Others are thematic maps that explore political, urban, transportation, or symbolic topics. The works appear as physical built models or digitally rendered images, depending on scale, intent, and context.
Featured in Esri UC Plenary Session;
Most Unique Map, Best Student Map,
President’s Choice, People’s Choice
(Adult) in WLIA 2024 Map Contest
Winner of Student
Artistic Section in
GISCO Mapping Contest;
one brick = 10 sq mi
Minimalism topographic
map of Georgia with labels
(one dot represents 8*8 sq mi)
3D rendered graphics with labels;
winner of college student project,
AGIC Symposium Maps Contest
Displayed on Map Exhibition of
GeoCart'2024, New Zealand's
National Cartographic Conference
Best Student Map in
WLIA 2025 Map Contest;
Collected by American
Geographical Society Library
Contributing one
map quilt tile in
Seattle-Tacoma Area
Runner-Up of Mapping
Poster Award in WLIA
2025 Map Contest
3D rendered LEGO graphic
using layered round tiles
with labels of physical features,
contour lines, and major cities
Two abstract world maps
made with LEGO round tiles;
one represents topography and
one displays different continents
Each blue/red round plates
represent a electoral vote
for Democrats/Republican
Physical LEGO map in theme color
of Ukraine (blue and yellow),
with red cover showing
land invaded by Russia
Representing the essential
geography on Madison's
official city flag: lakes, isthmus,
capitol building with dome
Abstract and fun 3D
representation of apartment
room layout using
LEGO elements
Coastal cliffs and rolling hills
transformed into layered brick
elevations across the island
in compact scale rendering
Pixelated topographic map
with each brick representing
25*25 square miles
Featuring rainbow Apple logo
and iPod shuffle music player
as a creative salute to Apple
iOS design icon reinterpreted in
LEGO as creative homage to
Apple's mapping platform and
its visual design language
Topography expressed through
colorful brick elevation steps
capturing mountain ranges and
valleys across the Keystone State
Curved LEGO tile assembly
presents global geography from
spherical perspective showing all
continents in one visualization
Schematic showing four colored
subway routes and I-285 beltway
converging to illustrate Atlanta's
transit network in LEGO form
State topography compressed at
miniature scale from mountain
peaks to coastal plain and relief
features of the Peach State
Four UK nations and Irish
Republic distinguished through
distinct brick patterns showing
political and geographic divisions
Inland seas rendered with blue
depths and surrounding landforms
showing bathymetry
Digital interface reinterpreted
with brick textures, roads, and
labels as playful homage to
mapping interface design
Topography combined with UGA's
iconic Bulldog emblem expressing
proud connection between campus
and state geography
Lunar topography revealed through
grayscale brick relief showing
maria, highlands, and impact
craters of the lunar surface
Street-scale mapping in LEGO
capturing neighborhood character
through parcels and pathways of
Pittsburgh's historic district
Transit routes and stations
mapped with LEGO visualization
revealing expansion plans and
future growth of the system
Festive winter wonderland with
holiday lights, snow, and cheer
through seasonal LEGO palette
Terrain from Scottish peaks to
English lowlands expressed
through different heights
Annual celebration with modern
aesthetic rendered in colorful
bricks expressing optimism and
hopes for the year ahead
While the LEGO style appears playful, most of the maps are informed by real geographic data and cartographic thinking, even when exact spatial accuracy is not the primary goal. This balance makes the work suitable for potential uses such as children's education, public science communication, tourism promotion, and exhibition display.
This collection is ongoing, and the ideas behind it continue to evolve. I hope these maps encourage viewers to look closer and reconsider how geographic information can be communicated through simple and familiar forms.