Minor grammer improvements on the code page

Author: Jonas-Hack

index.html

@@ -70,9 +70,11 @@ <h2 style="display: inline-block; padding: 0; margin: 0; vertical-align: middle;
                 <p> 
                     Hi, my name is Jonas Hack. I'm a <b class="gradient-text">Game Programmer</b> by trade and <b class="gradient-text">3D Artist</b> by hobby.
                     <br>
-                    I recently graduated from TUM with a B.Sc. in <b class="gradient-text">Informatics: Games Engineering</b>, and am now starting the masters. 
+                   <!-- My specialized interests include <b class="gradient-text">Graphics Programming</b>, <b class="gradient-text">Tool Dev</b> and bit og<b class="gradient-text">Virtual Reality</b>.
+                    <br>-->
+                    Recently I graduated from TUM with a B.Sc. in <b class="gradient-text">Informatics: Games Engineering</b>, and am now starting my masters. 
                     <br>
-                    Currently I'm looking to join a preferably Munich based studio, either as a working student or even full-time.
+                    Currently I'm looking to join a preferably Munich-based studio, either full-time or as a working student.
                 </p>
             </section>
 

sub-pages/Code.html

@@ -277,13 +277,13 @@ <h4>View on Github</h4>
                                 This script automatically <b class="gradient-text">differentiates between left- & right handed flight stick inputs for HOSAS</b> use.
                                 <br><br>
 
-                                By default Unity does not recognize the difference between <b>left- and right handed fight sticks</b>. There is however a suitable system for <i>XR-Controllers</i> in the form of Configuration Usage Tags.
+                                By default, Unity does not recognize the difference between <b>left- and right handed flight sticks</b>. There is however, a suitable system for <i>XR-Controllers</i> in the form of Configuration Usage Tags.
                                 <br>
 
-                                These scripts automatically assigns a side to <i>Thrustmaster T16000M</i> sticks by reading the value of the little switch on the bottom.
+                                These scripts automatically assign a side to <i>Thrustmaster T16000M</i> sticks by reading the value of the little switch on the bottom.
                                 <br>
 
-                                Additionally the sides get updated automatically at runtime, should the switch be flipped again - or another device be plugged in.
+                                Additionally, the sides get updated automatically at runtime, should the switch be flipped again - or another device be plugged in.
                                 <br><br>
 
                                 The current script is available on <a href="https://github.com/Jonas-Hack/Unity-Thrustmaster-T16KM-HOSAS-InputSystem" target="_blank">Github</a>. 
@@ -359,13 +359,13 @@ <h4>View on Github</h4>
                                 This script uses <a href="https://cmtext.indiana.edu/synthesis/chapter4_granular.php" target="_blank">granular synthesis</a> to <b class="gradient-text">dynamically mimic engine</b> sounds.
                                 <br><br>
 
-                                More specifically it makes use of <b>granulation of sampled</b> sound. The script doesn't speed up or pitch shift the input sound, but traverses it based on engine RPM.
+                                More specifically, it makes use of <b>granulation of sampled</b> sound. The script doesn't speed up or pitch shift the input sound, but traverses it based on engine RPM.
                                 <br><br>
 
-                                It separates an input sound into <i>smaller sections</i> called <b>grains</b> and adjusts them to avoid clipping. During runtime it chooses a grain, which resembles the desired RPM of the virtual engine. To make the granulation less noticeable, grains are cross faded (through so called <a href="http://www.granularsynthesis.com/hthesis/envelope.html" target="_blank">envelopes</a>) and some variation (in the form of slightly randomized RPM) is added.   
+                                It separates an input sound into <i>smaller sections</i> called <b>grains</b> and adjusts them to avoid clipping. During runtime it chooses a grain, which resembles the desired RPM of the virtual engine. To make the granulation less noticeable, grains are cross-faded (through so-called <a href="http://www.granularsynthesis.com/hthesis/envelope.html" target="_blank">envelopes</a>) and some variation (in the form of slightly randomized RPM) is added.   
                                 <br><br>
 
-                                There are lots of opportunities for improvement, as this is just a small experiment. Specifically I'm looking into <i>Dave Stevensons'</i> comprehensive explanation of adjusting grain boundaries based on analysis of the frequency space. 
+                                There are lots of opportunities for improvement, as this is just a small experiment. Specifically I'm looking into <i>Dave Stevenson's</i> comprehensive explanation of adjusting grain boundaries based on analysis of the frequency space. 
                                 <br><br>
 
                                 The current script is available on <a href="https://github.com/Jonas-Hack/Granular-Synthesis-for-Engine-Audio" target="_blank">Github</a>
@@ -441,7 +441,7 @@ <h4>View on Github</h4>
                             <summary>Read More</summary>
                             <section>
                                 <i>SusOp</i> <p> is a project I made with a friend for the <b>hackaTUM 2021 hackathon</b>. <br>
-                                It is a <b class="gradient-text">climate conscious network monitor</b>, which keeps track of the <b>CO2</b> produced by the devices running in the LAN. It is a neat little piece of software ment to increase climate change awareness.
+                                It is a <b class="gradient-text">climate conscious network monitor</b>, which keeps track of the <b>CO2</b> produced by the devices running in the LAN. It is a neat little piece of software meant to increase climate change awareness.
 
                                 <br>My main contributions were in UI/UX and general desktop development, while my buddy handled networking.
                                 <br>
@@ -524,8 +524,8 @@ <h2>Raytracer</h2>
                         <details>
                             <summary>Read More</summary>
                             <section>
-                                <p> A <b class="gradient-text">software raytracer</b> <i>(running on the CPU using Java)</i>. It supports <i>multi-threading, spheres, skydomes, planes and phong-lighting</i>.<br>
-                                    I made it in order to manually explore the <b>mathematical principles</b> behind the methods shading languages such as glsl and hlsl provide by default.</p>
+                                <p> SusOp is a <b class="gradient-text">software raytracer</b> <i>(running on the CPU using Java)</i>. It supports <i>multi-threading, spheres, skydomes, planes and phong-lighting</i>.<br>
+                                    I made it in order to manually explore the <b>mathematical principles</b> behind the methods that shading languages such as glsl and hlsl provide by default.</p>
                               </section>
 
                             <br>