diff --git a/tools/tune/dcblock/README.md b/src/audio/dcblock/tune/README.md
similarity index 100%
rename from tools/tune/dcblock/README.md
rename to src/audio/dcblock/tune/README.md
diff --git a/tools/tune/dcblock/dcblock_build_blob.m b/src/audio/dcblock/tune/sof_dcblock_build_blob.m
similarity index 94%
rename from tools/tune/dcblock/dcblock_build_blob.m
rename to src/audio/dcblock/tune/sof_dcblock_build_blob.m
index 0b4293054f57..df4722cd8f10 100644
--- a/tools/tune/dcblock/dcblock_build_blob.m
+++ b/src/audio/dcblock/tune/sof_dcblock_build_blob.m
@@ -1,4 +1,4 @@
-function blob8 = dcblock_build_blob(R_coeffs, endian, ipc_ver)
+function blob8 = sof_dcblock_build_blob(R_coeffs, endian, ipc_ver)
 
 %% Settings
 qy_R = 30;
diff --git a/src/audio/dcblock/tune/sof_dcblock_paths.m b/src/audio/dcblock/tune/sof_dcblock_paths.m
new file mode 100644
index 000000000000..fffb360511e4
--- /dev/null
+++ b/src/audio/dcblock/tune/sof_dcblock_paths.m
@@ -0,0 +1,18 @@
+function sof_dcblock_paths(enable)
+
+% dcblock_paths(enable)
+% enable - set to true to enable needed search path
+%          set to false to disable the search paths
+%
+
+% SPDX-License-Identifier: BSD-3-Clause
+%
+% Copyright (c) 2024, Intel Corporation. All rights reserved.
+
+	common = '../../../../tools/tune/common';
+	if enable
+		addpath(common);
+	else
+		rmpath(common);
+	end
+end
diff --git a/tools/tune/dcblock/dcblock_plot_stepfn.m b/src/audio/dcblock/tune/sof_dcblock_plot_stepfn.m
similarity index 90%
rename from tools/tune/dcblock/dcblock_plot_stepfn.m
rename to src/audio/dcblock/tune/sof_dcblock_plot_stepfn.m
index e0c7c3d14db3..4a93f310eece 100644
--- a/tools/tune/dcblock/dcblock_plot_stepfn.m
+++ b/src/audio/dcblock/tune/sof_dcblock_plot_stepfn.m
@@ -1,4 +1,4 @@
-function dcblock_plot_stepfn(R, fs)
+function sof_dcblock_plot_stepfn(R, fs)
 % Plot the step response of a DC Blocking Filter
 % For a DC Blocking filter: H(z) = (1-1/z)/(1 - R/z)
 % Therefore the coefficients are b = [1 -1], a = [1 -R]
diff --git a/tools/tune/dcblock/dcblock_plot_transferfn.m b/src/audio/dcblock/tune/sof_dcblock_plot_transferfn.m
similarity index 89%
rename from tools/tune/dcblock/dcblock_plot_transferfn.m
rename to src/audio/dcblock/tune/sof_dcblock_plot_transferfn.m
index 513a291f666b..6c420a242ce2 100644
--- a/tools/tune/dcblock/dcblock_plot_transferfn.m
+++ b/src/audio/dcblock/tune/sof_dcblock_plot_transferfn.m
@@ -1,4 +1,4 @@
-function dcblock_plot_transferfn(R, fs)
+function sof_dcblock_plot_transferfn(R, fs)
 % Plot the transfer function.
 % For a DC Blocking filter: H(z) = (1-1/z)/(1 - R/z)
 % Therefore the coefficients are b = [1 -1], a = [1 -R]
diff --git a/tools/tune/dcblock/example_dcblock.m b/src/audio/dcblock/tune/sof_example_dcblock.m
similarity index 68%
rename from tools/tune/dcblock/example_dcblock.m
rename to src/audio/dcblock/tune/sof_example_dcblock.m
index 5e1d022c8e61..139f812ee869 100644
--- a/tools/tune/dcblock/example_dcblock.m
+++ b/src/audio/dcblock/tune/sof_example_dcblock.m
@@ -1,4 +1,4 @@
-function example_dcblock()
+function sof_example_dcblock()
 
 % Default blob, about 150 Hz cut-off @ 48 kHz
 prm.fc = [];
@@ -31,13 +31,16 @@ function example_dcblock()
 function dcblock_blob_calculate(prm)
 
 % Set the parameters here
-tplg1_fn = sprintf("../../topology/topology1/m4/dcblock_coef_%s.m4", prm.id); % Control Bytes File
-tplg2_fn = sprintf("../../topology/topology2/include/components/dcblock/%s.conf", prm.id);
+sof_tools = '../../../../tools';
+sof_tplg = fullfile(sof_tools, 'topology');
+sof_ctl = fullfile(sof_tools, 'ctl');
+tplg1_fn = sprintf("%s/topology1/m4/dcblock_coef_%s.m4", sof_tplg, prm.id); % Control Bytes File
+tplg2_fn = sprintf("%s/topology2/include/components/dcblock/%s.conf", sof_tplg, prm.id);
 % Use those files with sof-ctl to update the component's configuration
-blob3_fn = sprintf("../../ctl/ipc3/dcblock/coef_%s.blob", prm.id); % Blob binary file
-alsa3_fn = sprintf("../../ctl/ipc3/dcblock/coef_%s.txt", prm.id); % ALSA CSV format file
-blob4_fn = sprintf("../../ctl/ipc4/dcblock/coef_%s.blob", prm.id); % Blob binary file
-alsa4_fn = sprintf("../../ctl/ipc4/dcblock/coef_%s.txt", prm.id); % ALSA CSV format file
+blob3_fn = sprintf("%s/ipc3/dcblock/coef_%s.blob", sof_ctl, prm.id); % Blob binary file
+alsa3_fn = sprintf("%s/ipc3/dcblock/coef_%s.txt", sof_ctl, prm.id); % ALSA CSV format file
+blob4_fn = sprintf("%s/ipc4/dcblock/coef_%s.blob", sof_ctl, prm.id); % Blob binary file
+alsa4_fn = sprintf("%s/ipc4/dcblock/coef_%s.txt", sof_ctl, prm.id); % ALSA CSV format file
 
 endian = "little";
 
@@ -49,32 +52,32 @@ function dcblock_blob_calculate(prm)
 	R_coeffs = R * ones(1, channels);
 end
 
-addpath ./../common
+sof_dcblock_paths(true);
 
-blob8 = dcblock_build_blob(R_coeffs, endian);
-blob8_ipc4 = dcblock_build_blob(R_coeffs, endian, 4);
+blob8 = sof_dcblock_build_blob(R_coeffs, endian);
+blob8_ipc4 = sof_dcblock_build_blob(R_coeffs, endian, 4);
 
 % Generate output files
 tplg_write(tplg1_fn, blob8, "DCBLOCK", ...
-	   "Exported with script example_dcblock.m", ...
-	   "cd tools/tune/dcblock; octave example_dcblock.m");
+	   "Exported with script sof_example_dcblock.m", ...
+	   "cd tools/tune/dcblock; octave sof_example_dcblock.m");
 sof_ucm_blob_write(blob3_fn, blob8);
 alsactl_write(alsa3_fn, blob8);
 
 tplg2_write(tplg2_fn, blob8_ipc4, "dcblock_config", ...
-	    "Exported with script example_dcblock.m" , ...
-	    "cd tools/tune/dcblock; octave example_dcblock.m");
+	    "Exported with script sof_example_dcblock.m" , ...
+	    "cd tools/tune/dcblock; octave sof_example_dcblock.m");
 sof_ucm_blob_write(blob4_fn, blob8_ipc4);
 alsactl_write(alsa4_fn, blob8_ipc4);
 
 % Plot Filter's Transfer Function and Step Response
 % As an example, plot the graphs of the first coefficient
 fs = 48e3;
-dcblock_plot_transferfn(R_coeffs(1), fs);
+sof_dcblock_plot_transferfn(R_coeffs(1), fs);
 figure
-dcblock_plot_stepfn(R_coeffs(1), fs);
+sof_dcblock_plot_stepfn(R_coeffs(1), fs);
 
-rmpath ./../common
+sof_dcblock_paths(false);
 
 end