Projects Page

Learn about history of computer, computer parts, input, and output devices. And Robot Hardware. Introducing the history & evolution of programming languages. The problem solving technique and explaining the life cycle of software development We will explore the robot parts. How to start programming, how to move the robot. All about sensors which are the robot parts that make it interact with the surrounding.

This course help students to harness the capabilities of the robot set and effectively plan, build, and program robots. They will then examine the pieces in the robot set and the roles they play in construction. Next, will learn practical building techniques, like how to build sturdy structures and work with gears. Finally, students will follow step-by-step instructions for building, programming, and testing sample robots.

A general introduction to electronics and electronic components and symbols. Measurement tools and how to use them. The different units of measurement using the software simulation and design of some simple circuits and their implementation in practice. Advanced Circuits and integrated circuit.

Investigate the most important phenomena in biology, chemistry, and physics by conducting fun experiments. A broad yet elaborate introduction to the physical and life sciences, this course is intended to expose students to the full spectrum of science and show firsthand how these three core disciplines interrelate. Forces: centrifugal force, energy, weight, gravity, inertia, pendulums, rockets. Magnetism: magnetic fields, compasses, magnetic poles, radiation. Electromagnetism: electromagnets, the EM spectrum, waves, current indicators. Light: light and shadow, light intensity Optics: microscopes, telescopes, lenses, prisms, reflection, optical illusions Chemistry: acids, bases, chromatography, filtration, reactions, tricks and safety.

The acid that holds the blueprints for life. See genetic material with your own eyes as you isolate the DNA from a tomato in a test tube. Investigate inheritance and learn how traits are passed down from parents to children. Learn about dominant and recessive genes and play inheritance games to determines how traits will be expressed. Learn about the biology of reproduction, the components of cells, and how chromosomes are combined and copied. Assemble a model to see the elegant doublestranded helical structure of DNA. Then crack the genetic code and find out how the different parts, called nucleotides, fit together to compose it.

Explore the world of Microcontrollers! Download and Install the Arduino IDE - for PC & Arduino Board Overview Arduino IDE and sketch over view Blink an LED. Digital Read Serial Port & Analog Read Serial Port If Statement Conditionals, for Loop Iteration, Arrays, Switch Case Statement. Blink an LED without using the delay () function. Hardware Libraries.