diff --git a/README.md b/README.md
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--- a/README.md
+++ b/README.md
@@ -8,7 +8,7 @@ surface.
 Patterns are widely used in common objects, and so are the possible usages of
 this module:
  - [alveolar reinforcement](examples/reinforcement/)
- - moucharabieh
+ - [moucharabieh](examples/moucharabieh/)
  - decorative patterns
  - surface texturing
 
diff --git a/examples/moucharabieh/README.md b/examples/moucharabieh/README.md
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@@ -0,0 +1,8 @@
+# A moucharabieh
+
+This example shows how to build a panel with a moucharabieh pattern.
+
+## Showcase
+
+![pattern](images/moucharabieh_pattern.png?raw=true)
+![the finished panel](images/moucharabieh_panel.png?raw=true)
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diff --git a/examples/moucharabieh/images/moucharabieh_pattern.png b/examples/moucharabieh/images/moucharabieh_pattern.png
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diff --git a/examples/moucharabieh/moucharabieh.scad b/examples/moucharabieh/moucharabieh.scad
new file mode 100644
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+// First, include the module
+use <../../pattern.scad>
+
+// Define the base shape: a very modern moucharabieh
+module moucharabieh(l = 10, w = 1) {
+  // epsilon is an infinitesimally small value that is added to the outter
+  // surfaces in order to get rid of the zero thickness artifacts induced
+  // by the "difference" operation.
+  epsilon = 0.1;
+
+  difference() {
+    // start with a plain square
+    square([ l, l ], center=true);
+
+    // and then dig the holes in it
+    union() {
+      for(i = [0 : 3]) {
+        rotate([ 0, 0, i*90 ])
+        union() {
+          translate([ l / 2 - w, l / 2 - w])
+            square([w + epsilon, w + epsilon]);
+          translate([ -l / 2 + 2 * w, l / 2 - w])
+            square([ l - 4 * w, w + epsilon ]);
+          translate([ -l / 2 + 2 * w, -l / 2 + 2 * w ])
+            square([ w, w ]);
+          translate([ -l / 2 + 2 * w, -l / 2 + 3 * w, 0 ])
+            rotate([ 0, 0, -45 ])
+              square([ sqrt(2 * pow(w, 2)), sqrt(pow(l/2 - 3*w, 2) + pow(l / 2 - 3 * w, 2)) - w]);
+          polygon(points = [ [ 0, w + sqrt(2 * w) ],
+                             [ l / 2 - (w + sqrt(2 * w)), l/2],
+                             [ -l/2 + (w + sqrt(2 * w)), l/2 ] ]);
+        }
+      }
+      rotate([ 0, 0, 45 ]) square([ sqrt(2 * w), sqrt(2 * w) ], center=true);
+    }
+  }
+}
+
+// Instanciate the base shape, once.
+size = 10;
+moucharabieh(l=size);
+
+// Define our moves: how the pattern is sprayed
+moves = [
+  [ size, 0 ], // For the first move, we will translate on x by two times the radius
+  [ 0, size ], // For the second move, we will translate on y by two times the radius
+];
+
+// Define the boundaries: the area to spray is defined by a rectangle
+bounding_box = [
+  [ 0, 0 ],     // Lower left corner
+  [ 100, 50 ]   // upper right corner
+];
+
+translate([ 30, 0, 0 ]) union() {
+  // Spray our pattern in the bounding box
+  // and extrude it
+  linear_extrude(height = 1, center = true)
+    spray_pattern(bounding_box, moves)
+      moucharabieh(l=size, w=1);
+
+  // Build a border around the moucharabieh
+  border = 5;
+  linear_extrude(height = border, center = true) difference() {
+    polygon(points = [ bounding_box[0] - [ border, border ],
+                       [ bounding_box[0].x - border, bounding_box[1].y + border ],
+                       bounding_box[1] + [ border, border ],
+                       [ bounding_box[1].x + border, bounding_box[0].y - border ] ]);
+    polygon(points = [ bounding_box[0],
+                       [ bounding_box[0].x, bounding_box[1].y ],
+                       bounding_box[1],
+                       [ bounding_box[1].x, bounding_box[0].y ] ]);
+  }
+}