As a student-run club affiliated with STEM High School for Boys – 6th of October, we provide physics training, host competitions, and publish academic materials for high schoolers from all around the world.
Trainees master calculus-based general physics through a school year long program. Through ~40 sessions, independent study, multiple assignments, and personal academic mentorship, they learn:
Learn differentiation/integration techniques and solve real-world problems involving rates of change and optimization.
Solve mechanics problems involving motion, forces, energy, momentum and rigid bodies applying Newton's laws.
Analyze wave phenomena like reflection/refraction/diffraction/ interference and simple/coupled oscillators in mechanical systems.
Apply 1st/2nd/3rd laws of thermodynamics to problems involving ideal gases, heat engines, phase transitions and heat transfer.
Solve problems using Gauss's law, Ampere's law, Faraday's law and Maxwell's equations to analyze electric and magnetic fields.
Develop coding skills. Learn LaTeX for publishing and writing scientific reports.
A One-Day Club Bowl, where Grade 10 students will team up with club members for a thrilling competition centered around club knowledge and activities! Experience a day filled with fun challenges, engaging trivia, and spirited rivalry as teams showcase their skills.
IPhR is an annual physics competition for high school students (grades 9-12). It consists of two fast-paced rounds and rewards finalists with medals and special awards. Learn more about IPhR here.
Enhance skills, meet brilliant minds, and put knowledge to the test.
Learn and grow in a fun, supportive community. Get a participation certificate.
Win gold, silver, or bronze medals. Showcase your skills and be recognized.
COMPASS provides Egyptian High School students with the skills to apply computational techniques to solve complex physical problems that are difficult to address analytically. The program emphasizes the use of Python to model, simulate, and analyze systems in classical mechanics, electromagnetism, statistical mechanics, and quantum physics.
Develop critical thinking and analytical abilities through hands-on coding and simulations. Gain confidence in tackling complex physical problems.
Foster teamwork and support among peers, enhancing the learning experience. Build a network of like-minded aspiring scientists.
Earn recognition through the publication of top projects. Boost your academic portfolio and inspire future scientific endeavors.