diff --git a/node/core/pvf/src/execute/queue.rs b/node/core/pvf/src/execute/queue.rs
index 23ed115b7f09..9b240e02df17 100644
--- a/node/core/pvf/src/execute/queue.rs
+++ b/node/core/pvf/src/execute/queue.rs
@@ -247,9 +247,9 @@ fn handle_job_finish(
 	gum::debug!(
 		target: LOG_TARGET,
 		validation_code_hash = ?artifact_id.code_hash,
+		?worker,
 		worker_rip = idle_worker.is_none(),
-		?result,
-		"job finished.",
+		"execute worker concluded",
 	);
 
 	// First we send the result. It may fail due the other end of the channel being dropped, that's
diff --git a/node/core/pvf/src/executor_intf.rs b/node/core/pvf/src/executor_intf.rs
index 55e94922ed26..6827fb636eac 100644
--- a/node/core/pvf/src/executor_intf.rs
+++ b/node/core/pvf/src/executor_intf.rs
@@ -129,7 +129,7 @@ impl Executor {
 		// 2. It cannot and does not limit the stack space consumed by Rust code.
 		//
 		//    Meaning that if the wasm code leaves no stack space for Rust code, then the Rust code
-		//    and that will abort the process as well.
+		//    will abort and that will abort the process as well.
 		//
 		// Typically on Linux the main thread gets the stack size specified by the `ulimit` and
 		// typically it's configured to 8 MiB. Rust's spawned threads are 2 MiB. OTOH, the
diff --git a/node/core/pvf/src/worker_common.rs b/node/core/pvf/src/worker_common.rs
index 8614b07d8166..572e3717832b 100644
--- a/node/core/pvf/src/worker_common.rs
+++ b/node/core/pvf/src/worker_common.rs
@@ -200,7 +200,7 @@ pub enum SpawnErr {
 /// This is a representation of a potentially running worker. Drop it and the process will be killed.
 ///
 /// A worker's handle is also a future that resolves when it's detected that the worker's process
-/// has been terminated. Since the worker is running in another process it is obviously not necessarily
+/// has been terminated. Since the worker is running in another process it is obviously not necessary
 ///  to poll this future to make the worker run, it's only for termination detection.
 ///
 /// This future relies on the fact that a child process's stdout `fd` is closed upon it's termination.
@@ -209,6 +209,7 @@ pub struct WorkerHandle {
 	child: async_process::Child,
 	#[pin]
 	stdout: async_process::ChildStdout,
+	program: PathBuf,
 	drop_box: Box<[u8]>,
 }
 
@@ -233,6 +234,7 @@ impl WorkerHandle {
 		Ok(WorkerHandle {
 			child,
 			stdout,
+			program: program.as_ref().to_path_buf(),
 			// We don't expect the bytes to be ever read. But in case we do, we should not use a buffer
 			// of a small size, because otherwise if the child process does return any data we will end up
 			// issuing a syscall for each byte. We also prefer not to do allocate that on the stack, since
@@ -267,9 +269,19 @@ impl futures::Future for WorkerHandle {
 				cx.waker().wake_by_ref();
 				Poll::Pending
 			},
-			Err(_) => {
+			Err(err) => {
 				// The implementation is guaranteed to not to return `WouldBlock` and Interrupted. This
-				// leaves us with a legit errors which we suppose were due to termination.
+				// leaves us with legit errors which we suppose were due to termination.
+
+				// Log the status code.
+				gum::debug!(
+					target: LOG_TARGET,
+					worker_pid = %me.child.id(),
+					status_code = ?me.child.try_status(),
+					"pvf worker ({}): {:?}",
+					me.program.display(),
+					err,
+				);
 				Poll::Ready(())
 			},
 		}