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Advanced Programming (Python, Java, SQL) – Engineers & Universities (Videoconference)
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From 30 € /h
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Master Algorithmic Logic and Development
Learning to program at the university or engineering school level is not just about writing lines of code: it's about learning to analyze complex problems, construct logical reasoning, and develop effective solutions. Holding a PhD in Computer Science and a State Engineering Diploma, I bring my more than 35 years of experience to bear on helping students and professionals achieve complete mastery of programming.

Expertise and Pedagogy through Practice
Whether you're preparing for an exam, a complex academic project, or a technical interview, my goal is to make you completely independent. We will work together on:

Essential languages: Python, Java, and SQL (databases).

Advanced algorithms and data structures.

Object-Oriented Programming (OOP).

Optimization, structured design and debugging of your programs.

Rather than memorizing code, you will acquire the good programming practices required in higher education and business, including the thoughtful use of assistive tools (AI) to verify and improve your solutions.

Work Environment and Requirements
Programming requires precise, interactive, and technical guidance. Therefore, it's essential to note that the course is conducted via webcam and video conference with screen sharing. This format allows us to write, test, and debug your code together in real time, ensuring extremely rapid progress.

To ensure a serious and immediate commitment to your development projects, a trial lesson or brief webcam chat is not part of my approach. We dive straight into analyzing your code and resolving your issues from our very first session.

Support Formats

60-minute session: Ideal for unlocking a specific bug, understanding a complex algorithmic concept, or correcting a targeted program.

90-minute session: Recommended for making significant progress on a university project, preparing for a computer science exam, or undertaking a complete refresher course.

I would be delighted to pass on to you the rigor and technical expertise that will allow you to excel in computer science.
Extra information
Equipment and setup: A computer (or tablet) with a stable internet connection is essential. To ensure the same effectiveness as in-person classes, the course is conducted via webcam and videoconference with screen sharing, allowing us to interact live on a digital whiteboard.

Session preparation: To optimize our working time, I encourage you to send me your course materials in advance (chapters, challenging exercises, past papers, or assignments). This allows me to prepare a customized session and pinpoint your specific difficulties.

Immediate commitment: To get straight to the point and guarantee serious support, a trial lesson or a short webcam chat is not part of my approach. Our first meeting will be a full and structured working session designed to help you progress without delay.

Work environment: Make sure you are in a quiet and conducive place to concentrate before the start of the connection, in order to get the most out of our 60 or 90 minute course.
Location
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At teacher's location :
  • Rue Gustave Rouanet, Paris, France
  • Bruxelles, Belgique
  • Genève, Suisse
  • Luxembourg
  • René-Lévesque / Robert-Bourassa, Montréal, QC, Canada
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Online from France
About Me
For over 35 years, I have been teaching mathematics, physics and computer science to students of very varied levels: middle school, high school, preparatory classes, university and engineering schools.

Throughout my career, I have observed that difficulties in science do not stem solely from a lack of knowledge. They often arise from a lack of methodology, self-confidence, or appropriate explanations.

My priority is therefore to understand each student's needs in order to offer them personalized support. I explain concepts step by step, with simple examples and a rigorous progression, until the concepts become truly understandable.

My courses take place entirely online, in a serious, supportive, and interactive working environment. Thanks to the digital whiteboard and screen sharing, we solve exercises together in real time, as if we were face to face.

Whether your goal is to pass a test, prepare for the Brevet or the Baccalaureate, validate a university year, prepare for a competition or consolidate your foundations permanently, I offer you my experience as a teacher and a proven method.

Families who trust me particularly appreciate the clarity of my explanations, my patience, and my commitment to helping each student progress.

I would be happy to accompany you on your journey and to build with you a program tailored to your objectives.
Education
My academic and scientific background allows me to support pupils and students of very varied levels, from middle school to higher education.

It includes, in particular:

- PhD in Computer Science, with a specialization in the analysis, modeling and solving of complex problems.
- State Engineering Diploma obtained from a French Grande École, combining solid theoretical knowledge and practical applications.
- Preparatory classes for the Grandes Écoles (CPGE), which gave me in-depth training in mathematics, physics and engineering sciences.

Beyond my qualifications, it is above all my teaching experience that makes the difference. For over 35 years, I have supported pupils and students in their progress by emphasizing understanding, study methods, and autonomy.

My goal is to impart not only knowledge, but also a way of thinking that will enable the student to succeed in the long term, well beyond an exam or competition.
Experience / Qualifications
For over 35 years, I have been teaching mathematics, physics and computer science to pupils and students of very varied levels: middle school, high school, preparatory classes, university and engineering schools.

This experience allowed me to support students with very different profiles: some needed to review the basics, others were preparing for demanding exams or competitions.

Over the years, I have learned that a good explanation is not just about giving the solution, but about helping the student understand the reasoning behind it. That is why I place great importance on working methods, logic, and autonomy.

I adapt each session to the student's level, objectives, and pace. The lessons are interactive and based on progressive exercises, concrete examples, and detailed corrections.

My goal is for each student to finish the session with a stronger understanding, more self-confidence, and a method they can reuse in their studies.
Age
Children (7-12 years old)
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
English
Arabic
Reviews
Availability of a typical week
(GMT -04:00)
New York
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At teacher's location and via webcam
Mon
Tue
Wed
Thu
Fri
Sat
Sun
00-04
04-08
08-12
12-16
16-20
20-24
Une méthode structurée pour maîtriser les mathématiques
Les mathématiques exigent de la rigueur, de l'entraînement et une parfaite compréhension des mécanismes de base. J'accompagne les élèves du Collège à la Terminale pour surmonter leurs difficultés, consolider leurs acquis et préparer efficacement leurs examens officiels.

Ce que nous abordons ensemble :

Arithmétique & Algèbre : Calcul littéral, équations, inéquations et systèmes.

Analyse & Fonctions : Étude complète de fonctions (affines, polynômes, exponentielles, logarithmes).

Géométrie & Espace : Géométrie plane, vectorielle et vision spatiale.

Données : Probabilités et statistiques descriptives.

Chaque séance vise à transformer la théorie en automatismes de résolution pour aborder les devoirs et examens en toute confiance.
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Making physics intuitive and concrete
Physics often poses a challenge because it combines theoretical modeling with mathematical calculations. I help students from middle school to their final year of high school to connect concepts and formulas, enabling them to succeed in their tests and Baccalaureate exams.

Concepts covered:

Mechanics: Motion, forces, speed and energy.

Electricity & Circuits: Fundamental Laws and Voltage Regimes.

Optics & Waves: Propagation, refraction and wave phenomena.

Scientific methodology: Clear writing of reasoning and management of units.
Read more
Show more
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Are you looking to deepen your knowledge of physics or master advanced techniques in Python programming? This course is designed to help you achieve a level of academic and technical excellence, whether you are a high school student, university student or professional looking to develop your skills.

With an interactive and effective teaching approach, you will benefit from personalized support to overcome obstacles, grasp complex concepts and improve your performance. Whether it is to succeed in difficult exams, high-level competitions or to create powerful applications in Python, this course will provide you with all the tools necessary to achieve your goals.

🎯 Why Choose This Course?
Advanced and Expertise Level: In-depth content and effective methodology to master complex topics in physics and programming.
Personalized Courses: Sessions adapted to your needs, your pace and your level.
Interactive Online Learning: Dynamic online courses with screen sharing and audio interaction for enjoyable and engaging learning.
Concrete Projects and Practical Applications: Development of practical projects to implement theoretical concepts.
Intensive Preparation for Exams and Competitions: Rigorous training with complex exercises and exam simulations to guarantee your success.
Flexibility and Comfort: Learn from home, according to your schedule, without having to travel.

🔬 Advanced Physics – From High School to University
This module offers a complete and in-depth program to prepare you for demanding secondary school exams, preparatory classes and scientific university courses:

1. Secondary Physics (High School and Preparatory Classes)
⚙️ Classical Mechanics: Kinematics, dynamics, Newton's laws, energy and work, oscillations.
🌊 Waves and Vibrations: Wave propagation, interference, diffraction, acoustics.
⚡ Electricity and Magnetism: Electric circuits, electrostatics, magnetostatics, electromagnetic induction.
🔦 Optics: Geometric optics (lenses, mirrors), wave optics (interference, diffraction).
🌡️ Thermodynamics: Laws of thermodynamics, thermodynamic cycles, entropy, changes of state.

2. University and Advanced Physics
🔄 Analytical Mechanics: Lagrangian, Hamiltonian, and generalized coordinates.
🌐 Advanced Electromagnetism: Maxwell's equations and the propagation of electromagnetic waves.
🧪 Quantum Physics: The postulates of quantum mechanics, the wave function, and the Schrödinger equation.
☢️ Nuclear and Particle Physics: The structure of the nucleus, radioactivity, and fundamental interactions.
🌌 Special Relativity: Lorentz transformations, time dilation, and length contraction.

3. Intensive Preparation for Exams and Competitions
📘 Scientific methodology: Learn to analyze statements, structure responses and write clearly and precisely.
📝 Application exercises and past papers: Intensive training to master the concepts and pass your exams.
🔎 Solve complex problems with detailed explanations and effective strategies.
⏰ Time management: Practical tips to improve your time management during exams.

🐍 Advanced Python Programming – Focused on Efficiency
This module will teach you how to program efficiently and effectively in Python, with an emphasis on best practices and advanced techniques:

1. Mastering Advanced Concepts in Python
🔠 Advanced Syntax and Best Practices: Deepening of Python concepts.
📦 Object-Oriented Programming (OOP): Abstract classes, interfaces, and design patterns in Python.
🔄 Functional Programming: Using lambda, map, filter, reduce, generators and iterators.
⚡ Asynchronous Programming: Implementing asyncio for fast and responsive applications.
🧪 Unit Testing and Code Quality: Use of pytest, code coverage, and CI/CD.

2. Performance Optimization
🚀 Algorithm Optimization: Analysis of algorithmic complexity and use of efficient data structures.
⚙️ Profiling and Debugging: Performance evaluation with cProfile and code improvement.
🔒 Security and Robustness: Writing secure code and handling exceptions appropriately.
3. Practical Projects and Advanced Applications
🌐 Web Applications: Building high-performance web applications using Flask and FastAPI.
📊 Data Science and Machine Learning: Exploitation of Pandas, NumPy, Scikit-learn and TensorFlow.
🕸️ Advanced Web Scraping: Complex data extraction using BeautifulSoup and Selenium.
🤖 Automation and Efficient Scripts: Automation of tasks and development of efficient scripts.

🧑‍🏫 Methodology and Pedagogical Approach:
Learning by doing: Each theoretical concept is directly implemented through practical exercises.
Interactive Online Teaching: Using audio and screen sharing for seamless communication and dynamic learning.
Personalized monitoring: Regular support to assess your progress and answer all your questions.
Concrete projects: Development of complete projects to apply your programming skills.
Motivation and Confidence: A positive and encouraging approach to build your confidence in your abilities.

🎓 For whom?
This course is intended for:

- High school and preparatory class students who aspire to academic excellence.
- University students in science and computer science wishing to deepen their knowledge.
- Candidates for scientific competitions who are preparing for physics and programming tests.
- Developers looking to improve their advanced Python skills.
- Researchers and engineers who use Python for complex scientific applications.

🔔 Register now! Don't miss the opportunity to master advanced physics while developing skills in optimized and efficient Python. Join our program "🚀 Advanced Courses - 🔬 Physics from High School to University & 🐍 Advanced Python Programming Focused on Efficiency!" and progress at your own pace with confidence and motivation!
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Contact Adam
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Similar classes
arrow icon previousarrow icon next
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Join
Are you looking to deepen your knowledge of physics or master advanced techniques in Python programming? This course is designed to help you achieve a level of academic and technical excellence, whether you are a high school student, university student or professional looking to develop your skills.

With an interactive and effective teaching approach, you will benefit from personalized support to overcome obstacles, grasp complex concepts and improve your performance. Whether it is to succeed in difficult exams, high-level competitions or to create powerful applications in Python, this course will provide you with all the tools necessary to achieve your goals.

🎯 Why Choose This Course?
Advanced and Expertise Level: In-depth content and effective methodology to master complex topics in physics and programming.
Personalized Courses: Sessions adapted to your needs, your pace and your level.
Interactive Online Learning: Dynamic online courses with screen sharing and audio interaction for enjoyable and engaging learning.
Concrete Projects and Practical Applications: Development of practical projects to implement theoretical concepts.
Intensive Preparation for Exams and Competitions: Rigorous training with complex exercises and exam simulations to guarantee your success.
Flexibility and Comfort: Learn from home, according to your schedule, without having to travel.

🔬 Advanced Physics – From High School to University
This module offers a complete and in-depth program to prepare you for demanding secondary school exams, preparatory classes and scientific university courses:

1. Secondary Physics (High School and Preparatory Classes)
⚙️ Classical Mechanics: Kinematics, dynamics, Newton's laws, energy and work, oscillations.
🌊 Waves and Vibrations: Wave propagation, interference, diffraction, acoustics.
⚡ Electricity and Magnetism: Electric circuits, electrostatics, magnetostatics, electromagnetic induction.
🔦 Optics: Geometric optics (lenses, mirrors), wave optics (interference, diffraction).
🌡️ Thermodynamics: Laws of thermodynamics, thermodynamic cycles, entropy, changes of state.

2. University and Advanced Physics
🔄 Analytical Mechanics: Lagrangian, Hamiltonian, and generalized coordinates.
🌐 Advanced Electromagnetism: Maxwell's equations and the propagation of electromagnetic waves.
🧪 Quantum Physics: The postulates of quantum mechanics, the wave function, and the Schrödinger equation.
☢️ Nuclear and Particle Physics: The structure of the nucleus, radioactivity, and fundamental interactions.
🌌 Special Relativity: Lorentz transformations, time dilation, and length contraction.

3. Intensive Preparation for Exams and Competitions
📘 Scientific methodology: Learn to analyze statements, structure responses and write clearly and precisely.
📝 Application exercises and past papers: Intensive training to master the concepts and pass your exams.
🔎 Solve complex problems with detailed explanations and effective strategies.
⏰ Time management: Practical tips to improve your time management during exams.

🐍 Advanced Python Programming – Focused on Efficiency
This module will teach you how to program efficiently and effectively in Python, with an emphasis on best practices and advanced techniques:

1. Mastering Advanced Concepts in Python
🔠 Advanced Syntax and Best Practices: Deepening of Python concepts.
📦 Object-Oriented Programming (OOP): Abstract classes, interfaces, and design patterns in Python.
🔄 Functional Programming: Using lambda, map, filter, reduce, generators and iterators.
⚡ Asynchronous Programming: Implementing asyncio for fast and responsive applications.
🧪 Unit Testing and Code Quality: Use of pytest, code coverage, and CI/CD.

2. Performance Optimization
🚀 Algorithm Optimization: Analysis of algorithmic complexity and use of efficient data structures.
⚙️ Profiling and Debugging: Performance evaluation with cProfile and code improvement.
🔒 Security and Robustness: Writing secure code and handling exceptions appropriately.
3. Practical Projects and Advanced Applications
🌐 Web Applications: Building high-performance web applications using Flask and FastAPI.
📊 Data Science and Machine Learning: Exploitation of Pandas, NumPy, Scikit-learn and TensorFlow.
🕸️ Advanced Web Scraping: Complex data extraction using BeautifulSoup and Selenium.
🤖 Automation and Efficient Scripts: Automation of tasks and development of efficient scripts.

🧑‍🏫 Methodology and Pedagogical Approach:
Learning by doing: Each theoretical concept is directly implemented through practical exercises.
Interactive Online Teaching: Using audio and screen sharing for seamless communication and dynamic learning.
Personalized monitoring: Regular support to assess your progress and answer all your questions.
Concrete projects: Development of complete projects to apply your programming skills.
Motivation and Confidence: A positive and encouraging approach to build your confidence in your abilities.

🎓 For whom?
This course is intended for:

- High school and preparatory class students who aspire to academic excellence.
- University students in science and computer science wishing to deepen their knowledge.
- Candidates for scientific competitions who are preparing for physics and programming tests.
- Developers looking to improve their advanced Python skills.
- Researchers and engineers who use Python for complex scientific applications.

🔔 Register now! Don't miss the opportunity to master advanced physics while developing skills in optimized and efficient Python. Join our program "🚀 Advanced Courses - 🔬 Physics from High School to University & 🐍 Advanced Python Programming Focused on Efficiency!" and progress at your own pace with confidence and motivation!
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