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Discover the Best Private Physics Classes in Borehamwood

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3 physics teachers in Borehamwood

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3 physics teachers in Borehamwood

Tutoring for International Baccalaureate (IB) Maths AA HL/SL, Chemistry HL/SL, Physics HL/SL and for International General Certificate of Secondary Education (IGCSE) International Mathematics (0607), Additional Mathematics (0606), Physics (0625) Chemistry (0620). I aim to make sure students understand material intuitively first before delving into complicated questions and foster a friendly and patient learning environment. Instead of relying on memorising formulas, I teach students how to derive the formulas themselves, build upon their previous knowledge and use them to solve complex questions in a simple way, building their confidence in the process. To facilitate this, I use metaphors and every-day things to construct stories that help students remember concepts and relationships between them. My lessons are tailored to each student's needs, preferences and learning style so I am able to accommodate specific requests. I can help students work on improving both overall understanding of the subject as well as detailed and thorough understanding of specific topics/sub-topics. As someone who sat these exams myself, I know what the most common mistakes in each topic are, the best exam techniques and have lots of tips, tricks and resources I can share! I offer flexible scheduling, with availability during the day, early mornings, and late evenings for lessons online or in-person lessons near South Kensington. Please message me before booking so we can find a time that works for both of us! If you have any questions at all, please don't hesitate to contact me :)
Math · Chemistry · Physics
As a car crash calculation engineer, I hold a Master's degree in Mechanical Sciences and Engineering, with a rich background in science, technology, and engineering. I obtained a scientific Baccalaureate in Physics and Chemistry, a Bachelor's degree in Mechanical Engineering, as well as a university degree in Mathematics, Computer Science, and Physics. Trilingual (French, English, Arabic), I now want to share my skills and help middle and high school students succeed in science subjects and English. My experiences My professional experience in the automotive industry has allowed me to develop advanced skills in computational and numerical simulations, particularly in car crash modeling, while managing projects for major manufacturers such as Renault and PSA. These experiences have taught me rigor, precision, and a solid methodology that I pass on to my students. Why choose my courses? Tailor-made support: My courses are adapted to each student, whether to overcome difficulties or to deepen their knowledge. Educational approach: Thanks to my experience in project management and my technical expertise, I know how to clearly explain complex concepts in Mathematics, Physics-Chemistry, while making science accessible and exciting. Exam preparation: I support students in their preparation for exams (Brevet, Bac) by providing them with effective revision methods and giving them the confidence to succeed. English courses: In addition to scientific subjects, I offer practical English courses, perfect for improving written and oral skills, based on real-life situations. Tools mastered: Mathematics and Physics-Chemistry: problem-solving methods, complex calculations, numerical simulations. Languages: Improved grammar, vocabulary and fluent English conversation. Availability and prices I offer online or in-person classes (in Paris) for middle and high school students. Feel free to contact me to discuss your needs and develop a personalized program.
English · Physics · Math
*** Presentation *** : I graduated from Paris-Saclay University with a Master M2 in robotics. My passion for mathematics encourages me to share my knowledge and support you in your academic journey. Whether you are preparing for exams, looking to better understand your homework or simply want to improve your understanding of mathematics, I am at your side to provide you with my support. ***Teaching techniques and methods***: My teaching approach is tailored to each student. I favor an interactive method, encouraging you to ask questions and actively participate in the course. Each session is personalized according to your needs, whether it is to strengthen your basics or to delve deeper into more complex concepts. For online courses, I use an iPad tablet, which makes the sessions particularly interactive and facilitates the visualization of concepts thanks to diagrams and annotations in real time. This allows for greater clarity and a more immersive learning experience. *** Typical course outline ***: Each course begins with a review of the concepts seen previously to ensure their understanding. Then, we cover new concepts or specific points that you want to work on, with practical exercises to consolidate what you have learned. At the end of the course, a summary of the important points is made, and optional homework may be proposed to reinforce the progress. During online courses, the use of my iPad makes the course interactive and clearly visible to you, while facilitating the monitoring of the exercises in real time. *** Specificities as a teacher ***: With my generalist and robotics background, I have a rigorous and structured approach, while remaining attentive and listening to the needs of each student. I am able to simplify complex concepts, making mathematics more accessible and less intimidating. My experience allows me to adapt courses to both struggling students and those looking to excel. *** Who are the courses for ***: My courses are aimed at middle school, high school and university students, regardless of their level of competence. Whether you are looking for support for an exam, improvement or simply regular monitoring, I adapt to your specific needs.
Algebra · Math · Physics
Trusted teacher: 📚 Private tutor for university and high school - fully prepared to prepare for yesterday's exams 📚 Need help understanding study material? Preparing for SATs or university exams? 🤔 ⚡My services include: ✔️ Private lessons for all secondary subjects ✔️ Comprehensive help in preparing for the AMSAT exams (Physics and Mathematics) ✔️ Full support for university students in scientific and technical subjects ✔️ Flexible learning, remotely or in person, as you wish 📕Description of physics 👌Physics 1 Physics 1 is a foundational physics course often taught in the first year of university or advanced secondary education. The course focuses on the basic principles of mechanics and electricity, and covers the following topics: 1. Physical Quantities and Units: Students learn how to measure, standardize units, and know the differences between vector and scalar quantities. 2. Motion: It deals with the study of motion in a straight line, circular motion, velocity, and acceleration. 3. Newtonian Laws of Motion**: Analyze the forces acting on objects using Newton's three laws. 4. Energy, Work, and Power: Explain the relationship between kinetic energy and potential energy and how to calculate mechanical work. 5. Law of Gravity: Study of Newton's law of universal gravitation and its effect on objects. 6. Work, Energy, and Energy Conservation: Covers the concepts of work and energy and how energy is transformed between its different forms. 👌Physics 2: Physics 2 is a continuation and deepening of the concepts studied in Physics 1, but with a greater focus on the topics of electricity, magnetism and waves, and includes: 1. Static electricity: It deals with the study of electric charges, electric field, electric potential, and Coulomb's law. 2. Electric Current and Resistance: Understand electric current, electrical resistance, and Ohm's Law. 3. Magnetic fields: Study of the relationship between electricity and magnetism, the magnetic field produced by an electric current, and Faraday's law. 4. Electrical Circuits: Study of simple and complex electrical circuits such as DC and AC circuits. 5. Waves and Sound: The study of mechanical and acoustic waves, frequency, wavelength, and the speed of sound in different media. 6. Light and Optics: Study of the nature of light, reflection, refraction, and lenses. Physics 2 requires students to be able to deal with mathematical and analytical concepts to explain electrical, magnetic and optical phenomena. 📗Mathematics description 👌Mathematics 1 (secondary or university preparatory stage): 1. Algebra: Dealing with equations and algebraic sentences, analyzing equations of the first and second degree. 2. Limits and Continuity: Study the behavior of functions when the values of the variable approach a certain point, and learn about the concept of limit. 3. Differentiation: The study of time rates of change, the concept of the derivative, and how to apply it to solving problems. 4. Trigonometric functions: Study of trigonometric functions (sine, cosine, tangent) and their various applications. 5. Logarithms: Study of logarithms, their laws, and their use in solving equations. 👌Mathematics 2 (advanced levels): 1. Integration: The study of integrals, both definite and indefinite, and their use in calculating areas and volumes, and analyzing antiderivatives. 2. Matrices: Study of operations on matrices (addition, subtraction, multiplication), and the use of matrices in solving linear systems. 3. Differential Equations: Solving equations that relate functions and their derivatives, and their applications in physics and engineering. 4. Analytical geometry: dealing with geometric shapes from a mathematical perspective and analyzing dimensions, distances, and angles. 5. Probability and Statistics: Study of probability theories, calculation of expectations, probability distributions and data analysis using statistics. Advanced Mathematics (Undergraduate): 1. Linear Algebra: Study of vector spaces, linear transformations, eigenvalues and eigenvectors. 2. Multiple Calculus: Study of multivariable integrals and three-dimensional applications. 3. Mathematical Analysis: A more in-depth study of limits, continuity, and differentiation using advanced concepts. 4. Number theory: The study of the properties of integers and the mathematical structures associated with them. 5. Numerical Analysis: The study of numerical methods for solving mathematical equations using computers. 📗Mathematics description 👌Mathematics 1 (secondary or university preparatory stage): 1. Algebra: Dealing with equations and algebraic sentences, analyzing equations of the first and second degree. 2. Limits and Continuity: Study the behavior of functions when the values of the variable approach a certain point, and learn about the concept of limit. 3. Differentiation: The study of time rates of change, the concept of the derivative, and how to apply it to solving problems. 4. Trigonometric functions: Study of trigonometric functions (sine, cosine, tangent) and their various applications. 5. Logarithms: Study of logarithms, their laws, and their use in solving equations. 👌Mathematics 2 (advanced levels): 1. Integration: The study of integrals, both definite and indefinite, and their use in calculating areas and volumes, and analyzing antiderivatives. 2. Matrices: Study of operations on matrices (addition, subtraction, multiplication), and the use of matrices in solving linear systems. 3. Differential Equations: Solving equations that relate functions and their derivatives, and their applications in physics and engineering. 4. Analytical geometry: dealing with geometric shapes from a mathematical perspective and analyzing dimensions, distances, and angles. 5. Probability and Statistics: Study of probability theories, calculation of expectations, probability distributions and data analysis using statistics. Advanced Mathematics (Undergraduate): 1. Linear Algebra: Study of vector spaces, linear transformations, eigenvalues and eigenvectors. 2. Multiple Calculus: Study of multivariable integrals and three-dimensional applications. 3. Mathematical Analysis: A more in-depth study of limits, continuity, and differentiation using advanced concepts. 4. Number theory: The study of the properties of integers and the mathematical structures associated with them. 5. Numerical Analysis: The study of numerical methods for solving mathematical equations using computers. 🎯 With extensive experience in teaching and preparing students for exams with guaranteed success! For communication and reservation: via Apprentus
Physics · Math · Chemistry
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