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diff --git a/Tutorial4_ODE/Problems/README.md b/Tutorial4_ODE/Problems/README.md
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--- a/Tutorial4_ODE/Problems/README.md
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@@ -1 +0,0 @@
-# Problems for ODE
diff --git a/Tutorial4_ODE/Problems/Tut4.pdf b/Tutorial4_ODE/Problems/Tut4.pdf
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index 2ad3662..0000000
--- a/Tutorial4_ODE/Problems/Tut4.pdf
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diff --git a/Tutorial4_ODE/README.md b/Tutorial4_ODE/README.md
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index 841c27b..0000000
--- a/Tutorial4_ODE/README.md
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@@ -1 +0,0 @@
-# Ordinary differential equation
diff --git a/Tutorial4_ODE/Scilab_code/README.md b/Tutorial4_ODE/Scilab_code/README.md
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index 78de9d2..0000000
--- a/Tutorial4_ODE/Scilab_code/README.md
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-# Scilab code for ODE
diff --git a/Tutorial4_ODE/Scilab_code/Tutorial4_ode_matrix.sce b/Tutorial4_ODE/Scilab_code/Tutorial4_ode_matrix.sce
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index 33e5e33..0000000
--- a/Tutorial4_ODE/Scilab_code/Tutorial4_ode_matrix.sce
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-//This script demonstrates the use of ODE solver when matrix is involved
-clear 
-clc
-
-//Definition of the function
-function ydot = func(t,y)
-  ydot = A*y + ones(3,1);
-endfunction
-
-//Defining the matrix
-A = [1 2 1;9 6 1;1 3 4];
-//Initial condition
-y0 = [-1;2;3];
-//Start time
-t0= 0;
-//The time at which the solution is computed
-t = 0.2;
-//Calling the ode solver 
-sol=ode(y0,t0,t,func);
-//Displaying the solution
-disp(sol,"y(t) at t = 0.2");
diff --git a/Tutorial4_ODE/Scilab_code/Tutorial4_ode_simple.sce b/Tutorial4_ODE/Scilab_code/Tutorial4_ode_simple.sce
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index 66431a4..0000000
--- a/Tutorial4_ODE/Scilab_code/Tutorial4_ode_simple.sce
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@@ -1,21 +0,0 @@
-//This script demonstrates the use of ODE solver
-clear 
-clc
-
-//Definition the function. 
-//The function is dy/dt = cos(t)*sin(t) - tan(t) + 1
-function ydot = func(t,y)
-  ydot = t^2*exp(-2*t) + y
-endfunction
-
-//Initial condition of the problem, a scalar or vector
-y0 = -1;
-//Initial time, a real scalar
-t0= 0;
-//The time at which the solution is computed
-t = 0.2;
-//Calling the ode solver 
-sol=ode(y0,t0,t,func);
-//Displaying the solution
-disp(sol,"y(t) at t = 0.2");
-
diff --git a/Tutorial4_ODE/Scilab_code/Tutorial4_ode_simple_plot.sce b/Tutorial4_ODE/Scilab_code/Tutorial4_ode_simple_plot.sce
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index f2df913..0000000
--- a/Tutorial4_ODE/Scilab_code/Tutorial4_ode_simple_plot.sce
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-//This script demonstrates the use of ODE solver and computing the 
-//solution at different times. The output is in the form of a plot 
-//of time versus computed solution
-clear 
-clc
-
-//Definition the function. 
-function ydot = func(t,y)
-  ydot = t^2*exp(-2*t) + y
-endfunction
-
-//Initial condition
-y0 = -1;
-//Start time
-t0= 0;
-
-//The array of time where the solution is computed
-tf = 4:0.01:10;
-
-//Calling the ODE solver
-sol=ode(y0,t0,tf,func);
-
-
-//Plotting the result
-plot(tf,sol,'Linewidth',3)
-xtitle('Dynamics of y','Time','y(t)')