Programming course in (javascript/c/c#/python...) - Fes - Private lessons

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Programming course in (javascript/c/c#/python...)

From 14.53 $ /h

For any motivated and passionate person wishing to learn and confront the field of programming.
In:
basic programming with c or python
giving structure
backend:(javascript,Node.js,php)
dev-desktop:(c# .net,electrone.js)
If you need help specifically for a project please contact me

Location

|

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At student's location :

Around Fes, Morocco

About Me

As a freelancer the university was for me only a simple leader to arrive at the skills acquired now, I liked to know several information from my leaders and my teaching staff but I had none from where I try to give my students information that will not be found elsewhere in a way as simple as my explanation, in addition I have passed several competitions regarding robotics and coding challenges, which allowed me to have a problem solving skill.

Education

Currently in 4th year computer engineering, at the private university of fes, where I am specialized in software development, big data and machine learning.

Experience / Qualifications

I hold a position at the RA2E company in iot and machine learning.
trainer at the robotic club of the private university of fes.

Age

Teenagers (13-17 years old)

Adults (18-64 years old)

Seniors (65+ years old)

Student level

Beginner

Intermediate

Advanced

Duration

60 minutes

90 minutes

The class is taught in

French

Arabic

English

Skills

Computer science

Computer programming

Computer engineering

Availability of a typical week

(GMT -05:00)

New York

At student's home

Mon

Tue

Wed

Thu

Fri

Sat

Sun

00-04

04-08

08-12

12-16

16-20

20-24

When you decide to learn a math course, the first thing is to know for what purpose (in two words...), from what perspective you are learning it. Indeed, for the brain, the project is very important. If you want to be effective, you have to have the right project. If we learn our lesson for the next lesson, the next question or the next supervised assignment, we will have forgotten it right after. It's a shame, because in math, everything fits together. The course builds on what we have done in previous years. That's why it's particularly annoying if you pick up at any given moment...

professional and complete computer courses

computer tools (yard, practice)
office automation (word, excel, powerpoint)
excel (court, practice)
word (court, practice)
powerpoint (court, practice)
photoshop (courtyard, practice)
illustartor (court, practice)

An algorithm is a general method for solving a type of problem, it is the basis of programming.
I will try, through organized remote sessions, to help you understand the concept of algorithms.
This sessions based on formal university courses.
And for the neck application I will use C language. Why ?
It is a general imperative programming language, it is the most basic language than other programming languages, so it is the most appropriate language to enter the world of programming.

Learn the basics and nuances of the C/C#/C++ programming language with me! This course is designed for beginners and intermediate programmers who want to strengthen their skills. Explore fundamental concepts, problem solving, and creating effective programs. Whether you're passionate about programming or looking to improve your skills, this personalized course will guide you through the world of C/C#/C++ in an interactive and practical way.

Introduction to C language:
History and context of the C language.
Structure of a program in C.
Compiling and running a C program.
Basic syntax:
Data types (integers, reals, characters, pointers, etc.).
Variables and constants.
Arithmetic, logical and comparison operators.
Flow control:
Control structures (if, else if, else, switch, etc.).
Loops (for, while, do-while).
Functions and procedures:
Definition and calling of functions.
Passing parameters.
Return of values.
Arrays and pointers:
Declaration and use of arrays.
Pointers and pointer operations.
Dynamic memory allocation.
Data structures:
Structures.
Enumerations.
Enter exit :
Using the library<stdio.h> for entry/exit.
Reading and writing files.
Preprocessor:
Preprocessor directives (#define, #include, etc.).
Using macros.
Modular programming:
Organizing code into source files and headers.
Separate compilation.
Error management :
Handling syntax errors.
Handling runtime errors.
Using debugging techniques.
Advanced programming (depending on course level):
Recursive functions.
Manipulation of character strings.
Advanced use of pointers.
Use of dynamic data structures (linked lists, stacks, files, etc.).
Introduction to multithreaded programming (with the use of external libraries).
Good programming practices:
Comment the code.
Name variables and functions meaningfully.
Using consistent code formatting.
Error and exception handling.

As an experienced mathematics teacher, I am passionate about teaching and the success of my students. For several years, I have acquired solid experience in support courses and preparation for prestigious competitions such as medicine, ensa, ensam and apesa ... I have helped many students succeed in their competitions. My personalized approach and innovative teaching methods will allow you to master the most complex mathematical concepts and discover the essential tips for succeeding in your competitions.
Contact me for more information on how to turn your challenges into opportunities, learn competition tips, and achieve excellence!

When you decide to learn a math course, the first thing is to know for what purpose (in two words...), from what perspective you are learning it. Indeed, for the brain, the project is very important. If you want to be effective, you have to have the right project. If we learn our lesson for the next lesson, the next question or the next supervised assignment, we will have forgotten it right after. It's a shame, because in math, everything fits together. The course builds on what we have done in previous years. That's why it's particularly annoying if you pick up at any given moment...

professional and complete computer courses

computer tools (yard, practice)
office automation (word, excel, powerpoint)
excel (court, practice)
word (court, practice)
powerpoint (court, practice)
photoshop (courtyard, practice)
illustartor (court, practice)

An algorithm is a general method for solving a type of problem, it is the basis of programming.
I will try, through organized remote sessions, to help you understand the concept of algorithms.
This sessions based on formal university courses.
And for the neck application I will use C language. Why ?
It is a general imperative programming language, it is the most basic language than other programming languages, so it is the most appropriate language to enter the world of programming.

Learn the basics and nuances of the C/C#/C++ programming language with me! This course is designed for beginners and intermediate programmers who want to strengthen their skills. Explore fundamental concepts, problem solving, and creating effective programs. Whether you're passionate about programming or looking to improve your skills, this personalized course will guide you through the world of C/C#/C++ in an interactive and practical way.

Introduction to C language:
History and context of the C language.
Structure of a program in C.
Compiling and running a C program.
Basic syntax:
Data types (integers, reals, characters, pointers, etc.).
Variables and constants.
Arithmetic, logical and comparison operators.
Flow control:
Control structures (if, else if, else, switch, etc.).
Loops (for, while, do-while).
Functions and procedures:
Definition and calling of functions.
Passing parameters.
Return of values.
Arrays and pointers:
Declaration and use of arrays.
Pointers and pointer operations.
Dynamic memory allocation.
Data structures:
Structures.
Enumerations.
Enter exit :
Using the library<stdio.h> for entry/exit.
Reading and writing files.
Preprocessor:
Preprocessor directives (#define, #include, etc.).
Using macros.
Modular programming:
Organizing code into source files and headers.
Separate compilation.
Error management :
Handling syntax errors.
Handling runtime errors.
Using debugging techniques.
Advanced programming (depending on course level):
Recursive functions.
Manipulation of character strings.
Advanced use of pointers.
Use of dynamic data structures (linked lists, stacks, files, etc.).
Introduction to multithreaded programming (with the use of external libraries).
Good programming practices:
Comment the code.
Name variables and functions meaningfully.
Using consistent code formatting.
Error and exception handling.

As an experienced mathematics teacher, I am passionate about teaching and the success of my students. For several years, I have acquired solid experience in support courses and preparation for prestigious competitions such as medicine, ensa, ensam and apesa ... I have helped many students succeed in their competitions. My personalized approach and innovative teaching methods will allow you to master the most complex mathematical concepts and discover the essential tips for succeeding in your competitions.
Contact me for more information on how to turn your challenges into opportunities, learn competition tips, and achieve excellence!

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