Master Python / C / C++ Easily – Beginners, Intermediates and Pros Welcome!

I am a qualified and experienced private math tutor. Having graduated from the University of Lorraine in 2018, I began my career providing remedial classes in various schools in Nancy. I then specialized in individual tutoring by completing a teacher training program at the Harvard Graduate School of Education. I have been giving private math lessons daily for over 7 years. The students who follow my private lessons benefit from personalized support. The first session is devoted to an in-depth assessment of the student's mathematical knowledge. The objective is to detect its weak points and understand their origin in order to adapt my courses to its needs. I develop a tailor-made remediation program for each of my students aimed at filling each of their gaps. Over the course of the sessions, the student builds a solid foundation for learning and regains self-confidence. At the same time, I help him acquire a work methodology that allows him to gradually become autonomous in his studies. I have a perfect knowledge of the mathematics program of the College and the High School (from the Sixth to the Terminale). During my formative years, I studied and developed many techniques that make it easier to learn math. The strength of my pedagogical approach lies in my ability to explain in a simple way everything that the student finds complicated. I am passionate about this job because it gives me the opportunity to guide dropout students on the path to success. It is a real pleasure to see them evolve and come to terms with the fantastic world of mathematics. I offer my private lessons remotely for greater flexibility. My distance learning courses take place on an interactive online whiteboard. This board is specially designed to encourage student/teacher interaction online. Thanks to this educational tool, my online courses are as effective as in-home lessons. All students need is an internet connection and a computer, tablet, or smartphone to benefit from them.

Are you preparing for your Digital and Computer Science (NSI) exams and want to maximize your chances of success? "NSI Booster: Intensive Preparation to Shine in Your Exams!" is the course you need to revise effectively, fill in your gaps, and excel on the big day! This comprehensive and intensive program is specially designed for students in Première and Terminale to master all the key concepts of the NSI program and pass with flying colors. Why choose this NSI preparation course? Optimize revision time: Focus on the essential concepts to save time and revise efficiently. Deep understanding of concepts: Don't just memorize, really understand the basics of computing to succeed in the most complex exercises. Intensive practice: Practice with corrected exercises, exam questions and past papers to be fully prepared. Exam Methodology: Learn how to manage your time, structure your answers, and avoid common NSI question pitfalls. Confidence and serenity: Work in a progressive and structured manner to arrive calm on the day of the exam. What you will learn: This course covers the entire NSI program for Première and Terminale, focusing on the concepts most often covered in exams: 1. Algorithms and Programming: Advanced algorithms: Algorithmic complexity, recursion, sorting and searching (quick sort, dichotomous sort). Programming in Python: Advanced syntax: list comprehension, lambda, decorators. Data structures: lists, tuples, dictionaries, sets. Functions and modularity: Decomposition of the problem, reuse of code. File Management: Reading and writing files to process real data. Object-oriented programming: Classes, objects, inheritance, polymorphism in Python. Practical projects: Development of complete programs to apply the concepts covered. 2. Data Structures and Algorithms: Lists, Stacks, Queues, and Trees: Implementation, Manipulation, and Use in Problem Solving. Graphs: Representation (adjacency matrix, neighbor list), breadth-first (BFS) and depth-first (DFS) traversal. Sorting and searching algorithms: Merge sort, quick sort, binary search. Algorithmic complexity: Big-O notation, analysis of algorithm performance. 3. Databases and SQL: Data modeling: Relational model, database design with the Entity-Relationship model. SQL: Select, insert, update and delete queries. Joins (INNER JOIN, LEFT JOIN, RIGHT JOIN). Aggregate functions and subqueries. Optimizing queries for better performance. Practical projects: Creation and management of databases for concrete applications. 4. Computer and Network Architecture: Hardware architecture: Processor, memory (RAM, cache), input/output devices. Computer operation: Instruction cycle, execution of programs in memory. Computer networks: OSI model and TCP/IP. IP addressing, routing, protocols (HTTP, FTP, SMTP). Network security: firewall, encryption, VPN. 5. Web and Front-End Development: HTML/CSS: Structure and formatting of web pages. JavaScript: Dynamics of web pages, manipulation of the DOM, events. Practical projects: Creation of interactive websites to apply the skills acquired. Methodology and educational approach: Targeted and structured revisions: Each module is designed to cover the key concepts of the NSI program while adapting to your level and your needs. Practical exercises and exam questions: Practice with targeted exercises and past exam questions to familiarize yourself with the exam format. Detailed correction and personalized feedback: Each exercise is corrected in detail with a thorough explanation of the solutions. Exam methodology: Advice on how to read and understand the statements, structure your answers and manage your time on the day of the test. Interactive Online Classes: Classes are conducted online with the use of audio and screen sharing, ensuring seamless communication and interactive learning. For who ? This course is aimed at: NSI students in their first and final year of high school who want to pass their exams with intensive and targeted preparation. Computer science students wanting to strengthen their foundations in programming and algorithms. Self-taught people passionate about programming and computer science looking to deepen their knowledge. Parents who wish to support their children in their academic success in computer science. Why choose this course? An experienced teacher: The course is led by a computer engineer with a perfect command of the NSI program, with a clear and motivating teaching approach. An intensive and comprehensive program: Each concept is covered in depth, with varied exercises to practice all types of questions. Personalized support: The content and pace of the course are adapted to your level and your objectives. Flexibility and accessibility: Learn from home at your own pace, with additional resources to deepen your knowledge. How does it work? Initial assessment: A personalized assessment to identify your objectives and your starting level. Interactive online courses: Learn from home with live explanations, demonstrations and practical exercises. Intensive training: Series of exercises and past papers to prepare you for written and practical tests. Personalized monitoring: Receive regular feedback on your progress and advice to continuously improve. Register now ! Don't leave anything to chance when it comes to your NSI exams. Join "NSI Booster" for intensive and targeted preparation, and give yourself every chance of excelling in your exams!

Good morning and welcome on my profile ! I am a passionate and dedicated science and math teacher with over 7 years of experience helping students achieve their academic goals. Whether you struggle with the basics or advanced concepts, I am here to guide you with patience, clarity, and a deep understanding of science. (European Baccalaureate and International Baccalaureate options available.) -- Teaching Methods -- I pride myself on using innovative, effective teaching methods adapted to every learning style. My approach includes: • Initial Assessment: Understand your current level and identify your strengths and weaknesses through initial assessments. • Personalized Learning Plans: Develop a personalized study plan that targets your specific needs and goals. • Interactive Learning: Using digital tools, visual aids and hands-on experiences to make concepts more tangible. • Problem Solving Techniques: Teach various problem-solving strategies and develop critical thinking skills to approach complex issues. • Regular Review and Practice: Incorporate regular review and practice sessions to reinforce concepts and improve retention. • Adaptability: Modify teaching strategies based on your progress and feedback to ensure continuous improvement. -- Professionalism -- Professionalism is at the heart of my teaching method. I am committed to providing a respectful, caring and structured learning environment. Here's what you can expect from me: • Punctuality: I respect your time and ensure that our classes start and end on time. • Preparation: Each session is carefully planned to meet your specific needs and goals. • Constructive Feedback: I provide constructive and timely feedback to help you understand your progress and identify areas for improvement. My goal is to make science accessible and exciting, helping you develop a solid understanding of fundamental principles and practical applications. I hope to help you discover the beauty and complexity of the scientific world while achieving your academic goals.

Are you interested in the captivating world of connected objects, robotics, or embedded electronics? "Introduction to Microcontroller Programming - Learn C/C++ Easily and Create Your First Projects" is the perfect course to immerse yourself in this exciting world! This course is specially designed for beginners who want to acquire the basics of C/C++ programming while learning how to control microcontrollers like Arduino and ESP32. Why get started in microcontroller programming? Essential for electronics and robotics: Microcontrollers are at the heart of connected objects, home automation systems, robots and much more. Practical, hands-on projects: Learn how to make useful and fun projects, such as motion-sensing systems, automated lights, or small robots. C and C++: Versatile and high-performance languages: Used in the embedded industry, they offer great flexibility and total control over the hardware. Career Outlook: Demand for embedded programming skills is growing rapidly in the electronics, automotive, and Internet of Things (IoT) industries. What you will learn: This course covers all the essential concepts for mastering C/C++ programming applied to microcontrollers: Introduction to Microcontrollers: Learn what a microcontroller is, its role, and its various real-world applications. Choosing and Configuring Your Platform: Explore popular platforms like Arduino and ESP32, and learn how to install the necessary development environments (IDEs) (Arduino IDE, PlatformIO). Basics of C/C++ applied to microcontrollers: Basic syntax, variables and data types. Mathematical and logical operators. Conditions (if, else, switch) and loops (for, while). Functions: Definition, calling and organization of the code. Digital and analog inputs and outputs: Reading sensors (buttons, potentiometers, temperature sensors). Control of actuators (LEDs, motors, relays). Communication with other devices: Serial communication (UART) to exchange data with a computer. I2C and SPI protocols for connecting multiple components (displays, advanced sensors). Methodology and educational approach: Learning by doing: Each theoretical concept is immediately implemented through engaging practical exercises and mini-projects. Interactive Online Classes: Classes are conducted online, using audio and screen sharing to ensure seamless communication and interactive learning. Structured and adapted progression: The content is organized to allow step-by-step progression, ranging from beginner to intermediate level. Personalized approach: We adjust the pace and content according to your level and specific needs. Motivating Projects: Create your own electronic projects to experiment and make concrete devices. For who ? This course is aimed at: Programming beginners who want to discover C/C++ in a practical and fun way. Electronics enthusiasts who want to learn how to program their own circuits and embedded devices. Computer science, electronics or engineering students looking to strengthen their embedded programming skills. Makers and hobbyists curious to design innovative projects with Arduino or ESP32. Professionals in retraining who wish to acquire sought-after skills in IoT and embedded electronics. Why choose this course? An experienced teacher: The course is led by a computer engineer passionate about electronics and embedded programming, with a clear and motivating teaching approach. Concrete and engaging projects: Each project allows you to put the concepts learned into practice while creating useful and fun devices. Personalized support: Regular monitoring to ensure your progress and answer all your questions. Flexibility and accessibility: Learn from home at your own pace, with additional resources to deepen your knowledge. How does it work? Initial assessment: A tailor-made assessment to define your objectives and evaluate your starting level. Interactive online courses: Learn from home with live explanations, demonstrations and practical exercises. Personalized monitoring: Receive regular feedback on your progress and advice to help you continuously improve. Register now ! Don't let embedded programming seem overwhelming. Join us to master C/C++ applied to microcontrollers and bring your electronics ideas to life. Dive into the world of connected objects with confidence and creativity!