diff --git a/hw3-heat-fft/README.md b/hw3-heat-fft/README.md
index 5c922c90..1c8f7de7 100644
--- a/hw3-heat-fft/README.md
+++ b/hw3-heat-fft/README.md
@@ -1,15 +1,21 @@
 # Homework 3 - Heat Equation with FFT
 
-### Important note:    
-The option USE_FFTW in CMake must be ON in order to use the FFT part of the code!
+### Important notes:    
+The option USE_FFTW in CMake must be ON in order to use the FFT part of the code!    
+  
+Remember to add the googletest directory!
 
 ### Comment about the particle code organization:
 We now have a different type of "particle" in addition to Planet and PingPongBall. We call this type of particle a **MaterialPoint** (it derives from the Particle.hh class, just like Planet and PingPongBall)  
 
 The MaterialPoint has two properties; **temperature** and **heat rate**, which are both obtainable through their respective get-functions.
 
 The **MaterialPointsFactory** derives from the general ParticlesFactoryInterface whcih hold the list/vector of particles (in this case MaterialPoints) and the simulation interface. The createSimulation function in MaterialPointsFactory calls **ComputeTemperature** which solves the heat equation on a square (NB!) grid of particles.
 
 The **Matrix** class (or struct to be precise) is a general C++ class for storing square matrices.
 
 The **FFT** class (or struct to be precise) contains our implemented wrapping interfaces to Forward DFT, Inverse DFT and for computing FFT frequencies.  
+
+### Task division (subject to change)
+Exercise 1, 2 and 3: Lars  
+Exercise 4: Bertil