In the digital age, coding has become an essential skill for students to acquire. The integration of programming and education has become more important than ever before. One particularly exciting way to achieve this integration is by incorporating coding into traditional subjects like mathematics
CodeEasy utilizes a unique set of rules in its curriculum design, setting it apart from traditional programming platforms and tutorials. Our distinct factors include adventure stories, non-sequential presentations of educational topics, and the effective blend of theory and practice.
We can't contain our excitement as we announce the launch of CodeEasy 2.0 - a revolution in programming education that's about to bring some serious joy and excitement to high schools all over the country! We've been on quite a journey, fueled by creativity, innovation, and lots of interviews with gymnasium principals and teachers. And guess what? It led us to create a platform that not only aligns with Skolverkets curriculum but also speaks the language of Swedish students, making programming accessible and engaging for everyone.
At CodeEasy, we believe that programming education should be an exciting journey of discovery, where students are inspired to unleash their creativity and shape the world of technology. We've carefully crafted CodeEasy's platform to provide a wealth of benefits that go beyond traditional coding courses. Join us as we explore the unique advantages that CodeEasy brings to the table.
At CodeEasy, we believe that sustainability isn't just a buzzword - it's a responsibility we take seriously. While our platform may not directly contribute to climate change, we are dedicated to ensuring that our operations and courses are environmentally friendly. Through responsible resource management and promoting efficient coding practices, we strive to make a positive impact on the planet.
In this digital age, programming education has become a crucial skill for students to develop. As technology continues to shape our world, educators and school principals must recognize the significance of programming in modern education. This article aims to guide school principals on the Importance of programming education and how to effectively incorporate it into the curriculum.
Today I want to share a heartfelt story that revolves around passion, challenges, and the vision to transform high school programming education. I want to dive into my journey with CodeEasy, from its humble beginnings as a hobby project then to “a learn to code” platform and currently a programming platform for high schools to assist teachers to teach programming and finally reaching to our vision of building an ambitious platform to enable personalized learning and teaching in programming based on AI for schools.
Programming has become an essential skill in a rapidly changing digital world, and teachers who can effectively impart this knowledge are highly sought after. One such teacher is Marcus Medina, a programming teacher at Campus Mölndal. Marcus's passion for teaching and dedication towards students has made him a respected figure in programming education. We at CodeEasy got an opportunity to interview Marcus. Join us as we unravel his journey as a teacher, his approach to teaching programming to beginners, and his insights into the future of programming education.
In the ever-evolving world of technology, programming has become an essential skill, and it’s never too early for teachers and principals to start exploring. Platforms like Scratch and devices like Micro:bit have played a significant role in introducing programming to students in both primary and highschool in a fun and interactive manner. However, as students turn 14 in age, they seek more progress and seek more advanced programming experiences
Vad har framtiden för programmering och teknologi att erbjuda? Marcus, VD för IT Högskolan, har några tankar. Han ser nya teknologier som ChatGPT som otroligt fördelaktiga för de som har en teknisk bakgrund, och vi håller helt med. Vi är så spända över att se vart programmeringsvärlden tar oss under de närmaste fem åren.
If you're looking for a career in high demand in 2023 and beyond, consider becoming a programmer. With the increasing importance of technology in almost every industry, the need for skilled programmers is growing rapidly. But that's not the only reason why becoming a programmer is a smart choice.
Everyone learns how to write code if they go to a classroom. But people often forget the essence of reading code and get shocked when they go to work. After learning how to write code all along, fresh-out-of-the-classroom developers go to work, and the first thing they get as their job is to read tons and tons of code.
Despite the fact that Python is simpler to start with, there are drawbacks to starting with it. One of the main issues with Python is that it is an interpreted language, which means it is slower than compiled languages like C# and Java.
Worldwide, women get fewer chances than men to participate in the economy, have less access to primary and secondary education in many parts of the world, are more at risk of health and safety issues, and have lower political representation. For example, according to a report by the National Center for Women & Information Technology, women make up only 25% of the workforce in the tech industry
As technology continues to advance, it is becoming increasingly important for students to have a strong understanding of programming. Not only is it a valuable skill for those pursuing careers in computer science and technology, but it can also be applied to various other fields, such as finance and marketing. However, for many high school and community college teachers, incorporating programming into their curriculum may seem daunting. Here are three tips to help get started.
When you start a career transition into software development, there are so many things to think about, from “What programming language to start with?” to “Do I study or not study math?”. Then you have to choose a project and maybe even look for an internship. “Is this language still actively used?” “Will I find a job knowing <insert any technology>?” All these things bring other things with them, and you get a pile of questions and not enough answers.