facebook

Discover the Best Private Computer programming Classes in Fès

For over a decade, our private Computer programming tutors have been helping learners improve and fulfil their ambitions. With one-on-one lessons at home or in Fès, you’ll benefit from high-quality, personalised teaching that’s tailored to your goals, availability, and learning style.

search-teacher-icon

Find Your Perfect Teacher

Explore our selection of Computer programming tutors & teachers in Fès and use the filters to find the class that best fits your needs.

chat-icon

Contact Teachers for Free

Share your goals and preferences with teachers and choose the Computer programming class that suits you best.

calendar-icon

Book Your First Lesson

Arrange the time and place for your first class together. Once your teacher confirms the appointment, you can be confident you are ready to start!

0 teachers in my wish list
|
+

4 computer programming teachers in Fès

Trusted teacher: 🌱 EVERY JOURNEY STARTS WITH ONE STEP LET'S START YOUR JOURNEY TO BECOMING TECH PROFESSIONAL 🎯 Welcome to the exciting world of web development! In this comprehensive course, students will embark on a journey to master the fundamental programming languages of the web: HTML, CSS, JS, PHP, and mySQL. By joining this course, students will gain the skills and knowledge to create stunning and interactive websites from scratch. They will unleash their creativity, learn to write clean and efficient code, and develop the ability to bring their ideas to life in the digital realm. The benefits of learning web development extend far beyond the classroom. In today's digital age, proficiency in web programming opens up a world of exciting opportunities. From pursuing a career as a professional web developer to creating personal portfolios and launching entrepreneurial ventures, the possibilities are endless. Web development skills are in high demand, making it a valuable asset for future prospects. What sets this course apart is its unique and effective structure. I have carefully designed a step-by-step learning journey that fosters both understanding and practical application. Through engaging projects, hands-on exercises, and real-world examples, students will build a solid foundation in web development. Each lesson is crafted to be interactive, encouraging active participation and problem-solving. By taking a project-based approach, students will gain valuable experience working on real-life web development scenarios, empowering them to tackle challenges with confidence. Furthermore, my teaching method focuses on individual growth and development. I believe in fostering a supportive and nurturing environment where students can thrive. I provide personalized attention, ensuring that each student's unique needs and learning styles are addressed. By combining theoretical knowledge with practical exercises and continuous feedback, I guide students towards mastery of web development concepts. 🎁 My commitment to you doesn't end with the course. I am dedicated to the long-term success of my students. Even after the course concludes, I will continue to offer ongoing support, professional guidance, and mentoring. As they advance their careers or pursue further academic endeavors, I will be there every step of the way, cheering them on and providing valuable insights to help them reach new heights. Contact Me Let's "BUILDING THE FUTURE TOGETHER" as we embark on a transformative learning experience that will equip you with essential skills for the digital era. Let's unlock the secrets of the online world together and create a bright future filled with endless possibilities.
Computer programming · Web development · Information technology
Trusted teacher: Hello - Servus - Greetings ... Future Silicon Whisperer ... Welcome to this recreational programming class for absolute beginners (but lifelong learners!) who want to take the first small steps into the domain of coding ... and a giant leap into the realm of software. But no need to fret. You are in safe hands with me — someone who has being tinkering with the computational engineering sciences for well over a decade, publishing novel research, presenting conference talks, and, of course, tutoring curious minds. It is always rewarding to see a tutee go from building simple websites to developing complex artificial intelligence applications, often in a few short months, which motivates me to continue delivering and refining this course. For me, our computers are virtual laboratories in which software can be our digital apparatus. The true power of our electronic devices can be unlocked once we become literate in the languages that a computer can understand. This process can be challenging; but it is ultimately a fruitful endeavour. But before you dive in, you might have a few questions; here is a preemptive measure to answer the common ones: - - - - - - - - {Q} I work in the <x> industry/business. So why should I start programming? {A} Programming skills are becoming increasingly essential in our modern world. Coding is a contemporary craft — one that can be used to solve technical problems, innovate new technologies or even express artistic ideas. (At the very least code can be used automate boring and repetitive tasks, thereby saving considerable time and money!) {Q} I am <n> years old. Is it too early/late to start coding? {A} Start coding whenever you feel comfortable and at your own pace ... and you will quickly realise that age is just an unsigned int. That is to say, no prior knowledge will be assumed in this class, and mature students are more than welcome. {Q} How are sessions organised? {A} We will have a video call/meeting in which we share our screens over a one- or two-hour period. There will be lots of typing (mostly on your end) but also custom notes and additional resources will be prepared for you. {Q} How is the syllabus structured? {A} As a gentle but comprehensive introduction into software carpentry, a tentative outline would involve a four-part sequence: - Part[0] = Foundational Programming Mechanics - Part[1] = Coding Best Practices - Part[2] = Tools of the Trade - Part[3] = Software Project Lifecycle - - - - - - - - The course can, and will, be tailored around your goals and needs; so do feel free to get in touch to brainstorm something that works for you. Here is to your continued success.
Computer programming · Software engineering
Trusted teacher: <Course Description> This course is designed for beginners who are interested in learning programming with Python. It covers the basic concepts of programming such as data types, variables, control structures, functions, and file I/O. Participants will learn how to write Python programs, debug code, and design algorithms using Python. The course also introduces the basics of object-oriented programming and the Python libraries used for data manipulation and visualization. <Prerequisites> No prior programming experience is required. However, familiarity with basic computer concepts such as files, folders, and operating systems is recommended. <Learning Objectives> By the end of the course, participants will be able to: * Understand the fundamentals of programming and how it applies to Python * Write Python code for simple applications and automate repetitive tasks * Use control structures such as loops and conditional statements * Create functions to encapsulate code and enable code reuse * Work with Python libraries such as NumPy, Pandas, and Matplotlib * Use object-oriented programming principles to design more complex programs * Debug code and use error-handling techniques <Course Outline> The course is divided into modules that build on each other to provide a comprehensive introduction to Python programming. Each module consists of lectures, demonstrations, hands-on exercises, and quizzes to reinforce learning. Here is an outline of the course: Module 1: Introduction to Python History and Overview of Python Setting up Python environment Writing and running basic Python programs Variables, data types, and operators Module 2: Control Structures Conditional statements and Boolean logic Loops and iteration User input and output Module 3: Functions Writing and calling functions Scope and namespaces Return values and parameters Lambda functions Module 4: File Input and Output Reading and writing files File modes and buffering Handling exceptions and errors Module 5: Object-Oriented Programming Classes and objects Inheritance and polymorphism Data encapsulation and abstraction Special methods and decorators Module 6: Python Libraries Introduction to NumPy, Pandas, and Matplotlib Data manipulation and analysis with Pandas Data visualization with Matplotlib Conclusion This beginner's programming class in Python provides a solid foundation for anyone interested in learning programming and using Python for data analysis, automation, or software development. With hands-on exercises, interactive quizzes, and a comprehensive final project, participants will learn how to write Python code that is efficient, maintainable, and elegant.
Software engineering · Computer programming
Trusted teacher: The computer science course is a discipline that focuses on the study of information technology and computer systems. It covers a wide range of topics, from fundamental concepts such as programming, algorithms, and data structures, to more specialized areas such as artificial intelligence, cybersecurity, and computer networks. Computer science courses can be taught in various formats, ranging from online courses to in-person classes, and can be intended for students at all levels, from beginner to advanced. The skills acquired in a computer science course can be applied to various fields such as software engineering, web design, data analysis, cybersecurity, and more. Computer programming is a key skill in the field of computer science, which involves writing computer code to create software applications, websites, games, and many other digital products. Computer programming can be performed in a number of different programming languages, such as Java, Python, C, C++, and many others. Programmers must be able to understand and write efficient algorithms to solve problems and create functional and reliable software solutions. Programmers must also be able to work in teams, communicate effectively with users and clients, and adapt their code to changing requirements and technologies. Finally, computer programming is a constantly evolving skill, so programmers must be able to continue learning and adapting to new technologies and challenges throughout their careers.
Computer programming · Computer science
Showing results 651 - 675 of 1346651 - 675 of 1346