Self-Directed Coding
Courses for Kids Ages 10+Coding for Kids – Animated and Gamified in One Platform
Courses for Kids Ages 10+Coding for Kids – Animated and Gamified in One Platform
Self-Directed Coding Courses
810+ Animated Video Tutorials
Live Academic Support
No Training Required
Key Features
Self-Directed Coding Courses for Kids.Our courses empower kids 10 & above
to learn independently, from coding basics
to university-level computer science.
Immersive, Microlearning Courses810+ animated videos, real-world projects and
gamified bite-sized lessons bring computer
science to life for students of all learning styles.
Live Computer Science SupportConnect with our highly-trained computer science
teachers for immediate support for you and your students.
Zero Computer Science Training RequiredOur intuitive interface and step-by-step exercises
allow teachers and students to learn computer
science together. No CS experience needed!
Self-Directed Coding Courses for Kids.Our courses empower kids 10 & aboveto learn independently, from coding basics
to university-level computer science.
Immersive, Microlearning Courses810+ animated videos, real-world projects andgamified bite-sized lessons bring computer
science to life for students of all learning styles.
Live Computer Science SupportConnect with our highly-trained computer scienceteachers for immediate support for you and your students.
Zero Computer Science Training RequiredOur intuitive interface and step-by-step exercisesallow teachers and students to learn computer
science together. No CS experience needed!
How it Works
animated, story-based video tutorials.
story characters and solve problems.
You don’t need any training to plan, run or teach
a coding class, club or program. Simply fire
up EduCode™ and let your students dive in!
You choose the course for your students.
Your students choose how they learn.
Your students choose how they learn.
Students progress independently through
self-directed coding courses in 3 easy steps:
self-directed coding courses in 3 easy steps:
Step 1: Watch
Learn to code from cinematic,animated, story-based video tutorials.
Step 2: Code
Write real code to interact with thestory characters and solve problems.
Step 3: Get Feedback
Submit the code and get instant, personalized feedback.Step 4: Repeat
Keep up the same pattern through each lesson.a coding class, club or program. Simply fire
up EduCode™ and let your students dive in!
What Makes EduCode™
Academy Different?Blockly coding and text-based coding are the
two most common methods used today. Most
programs are restricted to either one of them.
EduCode™ Academy blends the best of both
worlds, without any of their limitations.
EduCode™
Academy Different?Blockly coding and text-based coding are the
two most common methods used today. Most
programs are restricted to either one of them.
EduCode™ Academy blends the best of both
worlds, without any of their limitations.
Blockly Coding
Easy drag & drop coding
Interactive & gamified
Lacks answer flexibility
No real coding
Staff training needed
Text-based Coding
Learn to write real code
Not interactive or gamified
Answer flexibility
Can be overwhelming
Staff training needed
Self-directed Microlearning
EduCode™Learn to write real code
Interactive & gamified
Answer flexibility
Digestible lessons
No staff training
MethodologyEduCode™’s unique curriculum combines three 21st
century pedagogies at the forefront of education:Instructions are the core building blocks in coding. This video explains how they work through a bite-sized lesson.Variables can be abstract. This video introduces them by providing a context for their application.Testimonials from teachers who have seen EduCode™ in action with students1 From Deep Learning: Engage the World Change the World by Joanne McEachen, Joanne Quinn and Michael Fullan
century pedagogies at the forefront of education:
Microlearning:Industry-standard coding languages concepts presented through bite-sized lessons, encouraging student progress with mini-successes throughout the learning process.
Contextual learning:Animated videos introduce and contextualize concepts, allowing students to see how they work in real-life situations without getting out of the chair.
Deep learning:Fostering a learning partnership between instructors and students where both can learn coding together, demonstrating the value of life-long learning.1
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