Remember when you were a child eager to learn about technology? Do you remember when you dismantled your first PC, created the first code line, and learned the art of hacking Doom? The most effective way to master technological skills was (and is) through hands-on experience.
“Hands-on learning is 15x more efficient as compared to passive education (ie. lectures).”
Learning Technology Today
The process of getting started with technology can be a daunting task. If you’re interested in learning about technology today, there are only a few choices.
Online Courses
Since they’re purely digital, you won’t have the hands-on learning experience of making electronic devices. They are often simply coding classes.
Schools?
The majority of schools need to offer programming or electronics in their program. They also don’t engage their students in interactive learning. If you’re lucky enough, you could locate a school that offers an afterschool program run by an enthusiastic STEM teacher.
“There are nearly 500,000 open Computing jobs in the U.S. alone.”
Educational Hands-on Products
Some practical projects make use of block code and snap-on elements. However, these are typically simplified to the point that you must be taught the basics. If you eliminate the possibility of making mistakes, you’re losing the ability to understand how things function on the ground.
What changed with the old days of playing with actual hardware and programming?
In reality, people learn best through doing.
This is why we came up with Creation Crate, a technology subscription box that helps students prepare for future jobs by showing the basics of building unique homemade Electronic projects!
Here are five reasons Creation Crate is the perfect present for an aspiring engineer!
A hands-on educational curriculum
Do you prefer to build your Bluetooth speaker or study a book on electronics? Learning hands-on is not just more fun but also more stimulating as well. Learning should not be a burden; that’s why Creation Crate ensures that.
Creation Crate combines hands-on learning and electronic courses for education to teach electronics, circuits, critical thinking, coding, problem-solving, and much more!
“I am a student majoring in STEM (physics as well as computer science double major) and ordered this for the sole purpose of exploring and enhancing my understanding of computer engineering through projects of my own. And for me, the package proved to be extremely practical and fascinating. Thanks for the help, and best of luck in the near future!” – Roman F.
Introduces hardware that is real
If there ever was the right time to become an engineering aspirant, the time is now! The cost of parts is much less than it was ten years ago. Anyone has access to the equipment and software utilized in everyday technology jobs.
Why would you choose to settle for anything other than the authentic thing?
When you purchase Creation Crate, everything necessary is shipped in a set to your doorstep. Kits include everything required to construct your dream. Additionally, you will have access to a virtual classroom with step-by-step tutorials.
Every project is built using the Uno R3 (Arduino-compatible) Microcontroller, A small computer that can be programmed and functions as the project’s brain.
They’ll also discover how to utilize components such as the Breadboard, Ultrasonic Sensor LED Matrix 7-Segment Display, Accelerometer Distance Pressure, Temperature, and Humidity Sensors. LCD Display, Keypad, Microphone Module Resistors, Servo Motors, Motor Driver Board, and many more!
Teaches popular programming languages
Learning to program is an exhausting but rewarding experience. Most engineering jobs require knowledge of programming languages such as Java, C++, Python, Ruby, and more.
In Creation Crate, students will learn to create their computer programs using C/C++ and the Arduino code (C/C+) to help make plans appear in the real world!
Every project will provide various lessons in programming C++. Here are some examples of the tasks they’ll be learning:
- What are Comments and Variables?
- Randomizing Outputs
- Arrays and Functions
- Detecting variable input values
- If/Else statements
Challenging projects
As your engineer-in-training moves through the program, they’ll learn to design and program electronic designs, which become more complex as they acquire new knowledge. They’ll be taught how to construct things such as…
- A mood light that can change color. It will turn on when the lights are turned off
- A digital theremin that lets you create music just by wiggles of your hands
- A Bluetooth device that can play music from your smartphone
- A robot that avoids obstacles and can follow the lines
When they finish the course, students will have an experience that is more hands-on in the areas of hardware and programming than the majority of students get in a four-year degree!