diff --git a/python/dataconversion/QUAD_to_TRI.py b/python/dataconversion/QUAD_to_TRI.py
new file mode 100644
index 0000000..3f0d07e
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+++ b/python/dataconversion/QUAD_to_TRI.py
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+"""Converts an FE Quad zone to an FE Triangle zone
+
+usage:
+
+    > python QUAD_to_TRI.py
+
+Description
+-----------
+
+This connected-mode script creates a new FE Triangle zone
+from a chosen pre-existing FE Quad zone that only has 3 unique
+nodes per cell.
+"""
+
+
+import tecplot as tp
+from tecplot.constant import ZoneType
+
+
+def quad_to_tri(zn, ds, zone_name):
+    nmap = zn.nodemap[:]
+    n_cells = zn.num_elements
+    n_nodes = zn.num_points
+
+    # Check if nodemap is truly an FE Triangle nodemap
+    is_tri = any(len(set(lst)) == 3 for lst in nmap)
+
+    if not is_tri:
+        print("Not an FE Triangle zone")
+        return
+
+    # Create FE Triangle nodemap from FE Quad nodemap
+    tri_nmap = [set(m) for m in nmap]
+
+    new_zn = ds.add_fe_zone(ZoneType.FETriangle, zone_name, n_nodes, n_cells)
+
+    # Assign new zone with nodemap and variable values
+    new_zn.nodemap[:] = tri_nmap
+    for i in range(ds.num_variables):
+        new_zn.values(i)[:] = zn.values(i)[:]
+
+
+if __name__ == "__main__":
+    tp.session.connect()
+
+    ds = tp.active_frame().dataset
+
+    zones = ds.zone_names
+
+    # Print all zones to choose from
+    print("Zone list:")
+    for i, z in enumerate(zones):
+        print(f"{i+1}. {z}")
+
+    choice = int(input("Which zone would you like to convert? "))
+    zone_name = input("New zone name: ")
+
+    # Take zone input and run the conversion
+    zone = ds.zone(choice-1)
+
+    # Attempt to convert zone to FE Triangle zone
+    quad_to_tri(zone, ds, zone_name)