Improve courses concepts

Author: jpcano

src/components/Resume.astro

@@ -365,17 +365,17 @@ contest"
       </p>
 
       <p>
-        C++ data structures • C++ file handling • Cmake • C++ pointers • C++
-        data types • C++ polymorphism • Encapsulation • Access specifiers •
-        Inheritance • Abstraction • Generic programming • Computer memory
-        architecture • Dynamic memory allocation • C++ copy and move semantics •
-        Heap memory • Memory management in c++ • R-values • Smart pointers •
-        Buffer overruns • Memory-efficient programming • Call-by-value • Rule of
-        three • Memory leaks • L-values • Code debugging • Automatic memory
-        allocation • Variable scope • Call-by-reference • Rule of five • • Stack
-        memory • Ownership in memory management • Call stacks • Raii • Threading
-        • Concurrent computing • Futures and promises • Parallel computing •
-        Data races • Message queues
+        C++ data structures • CMake • C++ pointers • C++ data types • C++
+        polymorphism • Encapsulation • Access specifiers • Inheritance •
+        Abstraction • Generic programming • Computer memory architecture •
+        Dynamic memory allocation • C++ copy and move semantics • Heap memory •
+        Memory management in C++ • R-values • Smart pointers • Buffer overruns •
+        Memory-efficient programming • Call-by-value • Rule of three • Memory
+        leaks • L-values • Code debugging • Automatic memory allocation •
+        Variable scope • Call-by-reference • Rule of five • Stack memory •
+        Ownership in memory management • Call stacks • RAII • Threading •
+        Concurrent computing • Futures and promises • Parallel computing • Data
+        races • Message queues
       </p>
     </ResumeBlock>
     <ResumeBlock
@@ -393,15 +393,14 @@ contest"
 
       <p>
         File I/O • Functional programming concepts • Python data structures •
-        Python exception handling • Python data types • Code debugging • Magic
-        methods • Python namespaces • Pythonic design patterns • Python
-        decorator functions • Object-oriented design patterns • Object creation
-        design patterns • Python virtual environments • Web services •
-        Application servers • Pythonic design patterns • Object creation design
-        patterns • PIP • Abstraction • Flask • PEP 8 • Modular code •
-        Application routing • Python package management • Inheritance •
-        Application dependency management • Python modules • Fetching data •
-        REST APIs
+        Python exception handling • Python data types • Magic methods • Python
+        namespaces • Pythonic design patterns • Python decorator functions •
+        Object-oriented design patterns • Object creation design patterns •
+        Python virtual environments • Web services • Application servers •
+        Pythonic design patterns • Object creation design patterns • PIP •
+        Abstraction • Flask • PEP 8 • Modular code • Application routing •
+        Python package management • Inheritance • Application dependency
+        management • Python modules • Fetching data • REST APIs
       </p>
     </ResumeBlock>