diff --git a/expo/evaluation/visualize_mcts.py b/expo/evaluation/visualize_mcts.py
index 6a8869670..44f5ec5f5 100644
--- a/expo/evaluation/visualize_mcts.py
+++ b/expo/evaluation/visualize_mcts.py
@@ -128,7 +128,7 @@ def visualize_tree(graph, show_instructions=False, save_path=""):
     plt.show()
 
 
-def build_tree_recursive(graph, parent_id, node, start_task_id=2):
+def build_tree_recursive(graph, parent_id, node, node_order, start_task_id=2):
     """
     Recursively builds the entire tree starting from the root node.
     Adds nodes and edges to the NetworkX graph.
@@ -143,9 +143,10 @@ def build_tree_recursive(graph, parent_id, node, start_task_id=2):
     # Add the current node with attributes to the graph
     dev_score = node.raw_reward.get("dev_score", 0) * 100
     avg_score = node.avg_value() * 100
+    order = node_order.index(node.id) if node.id in node_order else ""
     graph.add_node(
         parent_id,
-        label=f"{node.id}\nAvg: {avg_score:.1f}\nScore: {dev_score:.1f}\nVisits: {node.visited}",
+        label=f"{node.id}\nAvg: {avg_score:.1f}\nScore: {dev_score:.1f}\nVisits: {node.visited}\nOrder: {order}",
         avg_value=node.avg_value(),
         dev_score=dev_score,
         visits=node.visited,
@@ -159,4 +160,4 @@ def build_tree_recursive(graph, parent_id, node, start_task_id=2):
     for i, child in enumerate(node.children):
         child_id = f"{parent_id}-{i}"
         graph.add_edge(parent_id, child_id)
-        build_tree_recursive(graph, child_id, child)
+        build_tree_recursive(graph, child_id, child, node_order)
diff --git a/expo/scripts/visualize_experiment.py b/expo/scripts/visualize_experiment.py
index e2443d0fd..6cd84a0de 100644
--- a/expo/scripts/visualize_experiment.py
+++ b/expo/scripts/visualize_experiment.py
@@ -17,7 +17,9 @@
     )
 
     mcts.load_tree()
+    mcts.load_node_order()
     root = mcts.root_node
+    node_order = mcts.node_order
     G = nx.DiGraph()
-    build_tree_recursive(G, "0", root)
+    build_tree_recursive(G, "0", root, node_order)
     visualize_tree(G, save_path=f"results/{args.task}-tree.png")