Abdulrahman Magdy
Transform Your Coding: Certified C++ and Java Tutor with 5 Years of Experience Guiding Success from Basics to USACO.
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Abdulrahman Magdy
Bachelors degree
/ 55 min
About your coding tutor - Abdulrahman
I am a dedicated educator with over 5 years of experience specializing in making the complex world of programming—specifically C++, Java, and Python—intuitive and accessible. My approach is defined by a "logic-first" philosophy. I believe that many students struggle not because they lack the ability, but because they are taught syntax before they understand logic. My sessions are designed to reverse that; we focus on "guided discovery" and visualization, ensuring that you understand the underlying architecture of a problem before you write a single line of code. My methodology is rooted in the Feynman Technique. This means I have spent years mastering these subjects to a point where I can explain them in the simplest, most intuitive terms possible. I don't just lecture; I link new programming concepts to knowledge you already possess, making the learning process feel natural rather than forced. Whether I am working with a 6-year-old beginner starting their journey in Python or a graduate-level student tackling advanced C++, I tailor my communication style to match the student’s specific pace and background. My experience as a Teaching Assistant allowed me to refine this approach with dozens of students simultaneously. I specialized in guiding learners through the "debugging mindset"—teaching them how to think like a professional by identifying errors logically rather than through guesswork. This results-driven style has led to significant breakthroughs for my students. For example, I recently helped a Master’s student with no prior programming experience master C++ foundations and complete a high-level computer vision project in just four lessons.
Meet Abdulrahman
Coding tutor specialities
Exam prep
Project help
Assignment help
Code Review
Code Optimization
Homework help
CoTutorAI modules
Summary
Podcast
Quiz
Learnings
Flashcard
Spotlight
Zero Risk Guaranteed
15-days refund
Free tutor swap
No cancel fee
1-yr validity
24/7 support
Learner types for coding classes
Coding for advanced
Coding for beginners
Coding for adults
Coding for kids
Coding for intermediate
Rated 5 stars consistently
Students appreciate how lessons simplify complex coding concepts.
100% on-time college submissions
Students meet deadlines with tutor support.
Proven success with code projects
85% of students complete personal projects in a few months.
Abdulrahman - Coding tutor also teaches
C++
Java
Python
Coding concepts taught by Abdulrahman
The session focused on applying concepts from Chapter 6, including rotational motion, centripetal forces, gravitational principles, and static friction. The Student worked through practice problems involving linear and angular speeds, centripetal acceleration, period, static friction, bank angle, and gravitational force calculations. For homework, the Tutor assigned problems 1-5 and reminded the Student to prepare for an upcoming exam covering chapters 3-6.
Rotational Kinematics: Angular Velocity
Linear Speed
Period & Frequency
Centripetal Acceleration (a_c) and Centripetal Force (F_c)
Gravitational Force and Gravitational Acceleration
Static Friction (μ_s) and Ideal Banking Angle (θ)
The student and tutor reviewed homework on vector properties, magnitudes, and unit vectors. They then delved into higher dimensions of vectors, basis vectors, and linear combinations, with a focus on systematic methods like Gaussian elimination. The session concluded by introducing the dot product, its geometric interpretation, and practical calculations involving orthogonality and angles between vectors.
Vector Dimensions and Norm
The Dot Product
Vector Addition Properties
Linear Combinations and Independence
Vector Equivalence and Basis Vectors
The student and tutor worked through physics problems involving gravitational force and centripetal acceleration. They practiced applying relevant formulas, performing unit conversions, and interpreting results for celestial mechanics. The homework assigned was to complete part B of question 41, using the previously calculated values.
Units and Scientific Notation
Orbital Mechanics: Velocity and Period
Centripetal Acceleration
Newton's Law of Universal Gravitation
The tutor and student worked on implementing a stack data structure in C++, covering push and pop operations. They then transitioned to discussing matrix representation and operations, including initialization and basic arithmetic, with the student preparing to work on matrix problems for the upcoming semester.
Stack Data Structure Implementation
Matrix Representation and Operations
Sorting Algorithms and String Manipulation
The tutor and student reviewed vector concepts in linear algebra, including their definition, properties, and operations like addition, subtraction, and scalar multiplication. They practiced solving various vector problems and discussed the relationship between vector magnitudes and their sums.
Vector Addition and Subtraction
Unit Vectors
Scalar Multiplication and Vector Norm
Vectors: Magnitude and Direction
The tutor and student worked on C++ programming challenges, focusing on debugging and implementing algorithms for fraction simplification and competitive programming problems. They reviewed the "fraction calculator" and "competitive programming" problem sets, addressing specific coding errors and logic for divisibility and score tracking.
Greatest Common Divisor (GCD) and Simplification
Handling Floating-Point Arithmetic and Type Casting
String Manipulation in Real-World Scenarios
Random Number Generation and Seeding
Approach & tools used by coding tutor
Google Colab
PyCharm
Jupyter Notebook
Visual Studio Code
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Every tutor is interviewed and selected for subject expertise and teaching skill.