Session 1: Introduction to MATLAB1.1 Introduction1.2 The MATLAB Environment1.3 MATLAB Online1,4 MATLAB as a Calculator1.5 Syntax and Semantics1.6 Help1.7 Plotting

Session 2: Matrices and Operators2.1 Introduction to Matrices and Operators2.2 The Colon Operator2.3 Accessing Parts of a Matrix2.4 Combining and Transforming Matrices2.5 Arithmetic Part 12.6 Arithmetic Part 22.7 Operator Precedence

Session 3: Functions3.1 Introductions to Functions3.2 Function I/O3.3 Formal Definition of Functions3.4 Subfunctions3.5 Scope3.6 Advantages of Functions3.7 Scripts3.8 Problem Solving

Session 4: Programmer’s Toolbox4.1 Introduction to programmer's Toolbox4.2 Matrix Building4.3 Input / Output4.4 Plotting4.5 Debugging

Session 5: Selection5.1 Selection5.2 If-Statements, continued5.3 Relational and Logical Operators5.4 Nested If-Statements5.5 Variable Number of Function Arguments5.6 Robustness5.7 Persistent Variables

Session 6: Loops6.1 For-Loops6.2 While-Loops6.3 Break Statement6.4 Logical Indexing6.5 Preallocation 

Session 7: Data Types7.1 Introduction to Data Types7.2 Strings7.3 Structs7.4 Cells

Session 8: File Input/output8.1. File Input-Output8.2 Excel Files8.3 Text Files8.4 Binary Files 

Session 9: Exam

• على الطالب أن يكون ملماً بمبادئ الحساب والرياضيات والمصفوفات.
• لا يشترط معرفة مسبقة بالبرمجة.

بإنتهاء هذا المقرر إن شاء الله سيحقق الطالب فهم المبادئ الأساسية للبرمجة، ويستطيع أن يكتب الخوارزميات المختلفة لحل المسائل بلغة الماتلاب.

J. MICHAEL FITZPATRICK AND ÁKOS LÉDECZI (2013), COMPUTER PROGRAMMING WITH MATLAB, Gumroad LLC.