diff --git a/examples/CMakeLists.txt b/examples/CMakeLists.txt
index 98f98fa10..40449945e 100644
--- a/examples/CMakeLists.txt
+++ b/examples/CMakeLists.txt
@@ -60,6 +60,7 @@ add_example(std_allocator_ex)
 add_example(svm_ex)
 add_example(threaded_object_ex)
 add_example(thread_function_ex)
+add_example(thread_pool_ex)
 add_example(threads_ex)
 add_example(timer_ex)
 add_example(xml_parser_ex)
diff --git a/examples/thread_pool_ex.cpp b/examples/thread_pool_ex.cpp
new file mode 100644
index 000000000..8e60a9165
--- /dev/null
+++ b/examples/thread_pool_ex.cpp
@@ -0,0 +1,145 @@
+/*
+
+    This is an example illustrating the use of the thread_pool 
+    object from the dlib C++ Library.
+
+
+    This is a very simple example.  It creates a thread pool with 3
+    threads and then sends a few simple tasks to the pool.
+*/
+
+
+#include "dlib/threads.h"
+#include "dlib/misc_api.h"  // for dlib::sleep
+#include "dlib/logger.h"
+
+using namespace dlib;
+
+
+// Here we make an instance of the thread pool object
+thread_pool tp(3);
+
+
+// We will be using the dlib logger object to print out messages in this example
+// because its output is timestamped and labeled with the thread that the log
+// message came from.  So this will make it easier to see what is going on in 
+// this example.  Here we make an instance of the logger.  See the logger 
+// documentation and examples for detailed information regarding its use.
+logger dlog("main");
+
+// ----------------------------------------------------------------------------------------
+
+class test
+{
+    /*
+        The thread_pool accepts "tasks" from the user and schedules them
+        for execution in one of its threads when one becomes available.  Each
+        task is just a request to call a member function on a particular object.
+        So here we create a class called test with a few member functions which
+        we will have the thread pool call as tasks.
+    */
+public:
+
+    void task_0()
+    {
+        dlog << LINFO << "task_0 start";
+
+        // Here we ask the thread pool to call this->subtask() three different times
+        // with different arguments.  Note that calls to add_task() will return 
+        // immediately if there is an available thread to hand the task off to, however,
+        // if there isn't a thread ready then add_task blocks until there is such a thread.
+        // Also note that since task_0() is executed within the thread pool (see main() below)
+        // calls to add_task() will execute the requested task within the calling thread
+        // in cases where the thread pool is full.  This means it is safe to have
+        // tasks running in the thread pool spawn sub tasks which is what we are doing here.
+        tp.add_task(*this,&test::subtask,1); // schedule call to this->subtask(1) 
+        tp.add_task(*this,&test::subtask,2); // schedule call to this->subtask(2) 
+        tp.add_task(*this,&test::subtask,3); // schedule call to this->subtask(3) 
+
+        // wait_for_all_tasks() is a function that blocks until all tasks
+        // submitted to the thread pool by the thread calling wait_for_all_tasks()
+        // finish.  So this call blocks until the 3 tasks above are done.  
+        tp.wait_for_all_tasks();
+
+        dlog << LINFO << "task_0 end" ;
+    }
+
+    void subtask(long a)
+    {
+        dlib::sleep(200);
+        dlog << LINFO << "subtask end " << a;
+    }
+
+    void task_1(long a, long b)
+    {
+        dlog << LINFO << "task_1 start: " << a << ", " << b;
+        dlib::sleep(700);
+        dlog << LINFO << "task_1 end: " << a << ", " << b;
+    }
+
+};
+
+// ----------------------------------------------------------------------------------------
+
+int main()
+{
+    // tell the logger to print out everything
+    dlog.set_level(LALL);
+
+    test a;
+
+    dlog << LINFO << "schedule a few tasks";
+
+    // schedule a call to a.task_1(10,11)
+    tp.add_task(a, &test::task_1, 10, 11);
+
+    // schedule the thread pool to call a.task_0().  
+    uint64 id = tp.add_task(a, &test::task_0);
+
+    // schedule a call to a.task_1(12,13)
+    tp.add_task(a, &test::task_1, 12, 13);
+
+    dlog << LINFO << "wait for a.task_0() to finish";
+    // now wait for our a.task_0() task to finish.  To do this we use the id
+    // returned by add_task to reference the task we want to wait for.
+    tp.wait_for_task(id);
+    dlog << LINFO << "a.task_0() finished, now start another task_1() call";
+
+    // schedule a call to a.task_1(14,15)
+    tp.add_task(a, &test::task_1, 14, 15);
+
+    dlog << LINFO << "wait for all tasks to finish";
+    // here we wait for all tasks which were requested by the main thread
+    // to complete.
+    tp.wait_for_all_tasks();
+    dlog << LINFO << "all tasks finished";
+
+
+    /* A possible run of this program might produce the following output (the first column is 
+       the time the log message occurred and the value in [] is the thread id for the thread
+       that generated the log message):
+
+    0 INFO  [0] main: schedule a few tasks
+    0 INFO  [1] main: task_1 start: 10, 11
+    0 INFO  [2] main: task_0 start
+  200 INFO  [2] main: subtask end 2
+  200 INFO  [3] main: subtask end 1
+  200 INFO  [3] main: task_1 start: 12, 13
+  201 INFO  [0] main: wait for a.task_0() to finish
+  400 INFO  [2] main: subtask end 3
+  400 INFO  [2] main: task_0 end
+  400 INFO  [0] main: a.task_0() finished, now start another task_1() call
+  401 INFO  [2] main: task_1 start: 14, 15
+  401 INFO  [0] main: wait for all tasks to finish
+  700 INFO  [1] main: task_1 end: 10, 11
+  901 INFO  [3] main: task_1 end: 12, 13
+ 1101 INFO  [2] main: task_1 end: 14, 15
+ 1101 INFO  [0] main: all tasks finished
+
+    */
+}
+
+
+
+
+