How To Connect Coding to the Real World

As technology continues to advance, coding is becoming an increasingly important skill. It is no longer just for computer scientists and tech companies, but for almost any profession. Understanding coding can provide valuable insight into how to solve problems and set up processes to streamline workflows. But it can be hard to understand the connection between coding and the real world. Here, we’ll explore how to bridge the gap and connect coding to the real world.

The first step to connecting coding to the real world is to understand the basics. This means learning the syntax and structure of the coding language you are using. Once you have the basics down, you can start to delve deeper into the language. This will allow you to better understand how the language works and how it can be used to solve real-world problems.

The second step is to find real-world applications for the coding language you are learning. For instance, if you are learning Python, you can look for ways it can be used to automate tasks or create web applications. Understanding the various ways coding can be used will help you to better understand how coding can be used to solve real-world problems.

The third step is to practice. Coding is not something that can be learned overnight必利勁 . It takes time and practice to become proficient. The best way to practice is to find real-world problems that need solving and try coding solutions. This will not only help you to become better at coding, but it will also help you to better understand how coding can be used to solve real-world problems.

Finally, keep up with the latest trends in coding. Technology is constantly changing and evolving. As new trends emerge, it is important to stay up-to-date on the latest coding languages, frameworks, and technologies. This will help you to better understand how coding can be used to solve real-world problems.

By following these steps, you will be well on your way to connecting coding to the real world. Coding is a valuable skill that can provide you with insight into how to solve complex problems. With a bit of practice and staying up-to-date on the latest trends, you will be able to use coding to solve real-world problems like never before.

The Importance of EdTech in Developing Student Adaptability

Since the onset of the pandemic in 2020, students all over the world have started to develop a keen sense of adaptability when it comes to technology’s impact on their learning but what about now? How are these same students continuing to deepen their educational flexibility and set themselves up for success in their future careers? How will they adapt to new innovations such as ChatGPT? What specific activities or projects can educators incorporate into their curriculum to help students develop adaptability skills?

By addressing these questions, educators can help students develop the adaptability skills they need to navigate a constantly evolving world and succeed in their future careers. Here are a few ways to start answering those questions in your classrooms today:

Personalized Learning

EdTech is great for personalized learning, giving students the freedom to learn at their own pace and style. By adapting to individual needs, preferences, and abilities, this approach fosters self-directed and adaptable learners. So students can build the skills they need to excel in today’s fast-changing world.

Teachers can create a customized learning experience for each student, allowing them to learn in a way that suits their unique learning style. For example, visual learners can watch videos, while auditory learners can listen to lectures or podcasts.

This personalized approach helps students become more self-directed and motivated to learn, as they have greater ownership over their learning experience. By adapting to each student’s individual needs, preferences, and abilities, personalized learning can also help students become more adaptable and resilient learners, able to navigate challenges and solve problems in innovative ways.

Virtual Learning Environments

Virtual learning environments have become increasingly popular and have proven to be a powerful tool for developing student adaptability. In a virtual learning environment, students can experience learning in different settings, contexts, and formats that they may not have access to in a traditional classroom setting. This exposure to diverse learning experiences helps students become more flexible, adaptable, and comfortable with change.

Virtual learning allows for self-paced learning, which can help students develop skills such as time management, self-regulation, and responsibility. They have the opportunity to work at their own pace and adapt their learning experience to suit their individual needs, which can ultimately lead to greater engagement and motivation.

Collaboration Tools

Collaboration tools have become essential in modern education, as they provide a platform for students to work with their peers, share their ideas, and learn from one another. Collaborative learning environments help students develop a range of skills that are crucial for adaptability, including communication, teamwork, problem-solving, and critical thinking. By working collaboratively, students learn to appreciate diverse perspectives, value the contributions of others, and develop a greater sense of empathy towards their peers.

These tools also promote creativity, as students can brainstorm and develop innovative solutions to complex problems. The process of collaboration involves trial and error, experimentation, and feedback, all of which are critical components of adaptability. Through collaboration, students learn to be flexible, adaptable, and comfortable with change.

Project-Based Learning

Project-based learning is an effective approach to develop student adaptability, as it provides an opportunity for students to work on real-world projects that require them to adapt to new situations, challenges, and feedback. Through project-based learning, students can develop a range of skills that are crucial for adaptability, including problem-solving, critical thinking, communication, and creativity. Project-based learning challenges students to think beyond their textbooks and apply their learning in practical contexts.

In a project-based learning environment, students work on projects that are designed to simulate real-world challenges. As they work through these challenges, they encounter unexpected problems, which require them to adapt their approach and come up with creative solutions. This process of trial and error helps students become more resilient and adaptable learners. They learn to embrace challenges, seek feedback, and use their failures as learning opportunities.

Adaptive Assessments

Adaptive assessments are a relatively new and innovative way to develop student adaptability. These assessments use advanced algorithms and data analytics to adjust to the student’s performance, providing them with personalized feedback and opportunities to improve. This approach to assessment provides students with a learning experience that is tailored to their individual needs and abilities, helping them become more adaptable, self-directed, and reflective learners.

Adaptive assessments are designed to challenge students at their own level, providing them with tasks that are neither too easy nor too difficult. This approach promotes self-directed learning, as students are encouraged to set their own learning goals and work towards achieving them. By providing feedback and opportunities for improvement, adaptive assessments help students become more reflective and aware of their own learning process. Students learn to identify their own strengths and weaknesses, set goals, and develop strategies to achieve them.

EdTech is an essential tool in developing student adaptability. Personalized learning, virtual learning environments, collaboration tools, project-based learning, and adaptive assessments are just a few ways EdTech can be used to develop adaptability among students.

By using EdTech to develop adaptability, educators can help students prepare for the challenges of an ever-changing world.

Let’s work together to cultivate a culture of adaptability in our classrooms and empower our students to thrive in the face of change.

What Will Coding Be Like In The Next 50 Years?


The world of coding is constantly evolving, and it is difficult to predict what it will look like in the next 50 years. However, there are a few developments that are likely to take place.

First, coding is likely to become more automated. Automation will likely take on more of the mundane tasks that are currently done manually, freeing up coders to focus on more complex and interesting projects. In addition, coding is likely to become more intuitive, allowing coders to work more quickly and efficiently.

Second, coding will likely become more collaborative. As coding becomes more complex and the need for collaboration increases, coding platforms will likely become more sophisticated and include features such as real-time collaboration, version control, and automated refactoring.

Third, coding is likely to become more diverse. With the rise of open source software, coding will become more accessible to people from all backgrounds and disciplines. This will lead to more diverse coding teams and projects being created.

Finally, coding is likely to become more distributed. With the growing popularity of cloud computing, coders will be able to work from anywhere in the world, allowing for more collaboration and greater innovation.

Overall, coding is likely to become more automated, collaborative, diverse, and distributed over the next 50 years. This will open up new opportunities for coders and create an exciting and ever-changing landscape.

Improving Student Agency in Your Schools

Student agency is the ability of students to take initiative and ownership of their own learning. It’s an important part of student success, and schools need to prioritize it if they want to improve student outcomes. Here are some ways to promote student agency in your school.

1. Foster self-reflection. Create opportunities for students to reflect on their own learning and progress. This can be done through activities such as journals, surveys, and self-assessments. Encourage students to take the time to think about how they are doing and what they need to do to improve.

2. Give students autonomy. Allow students to have a say in their own learning. Give them the opportunity to choose their own topics or projects, and let them take the lead in their learning.

3. Provide multiple paths to success. Instead of having a single path to success, provide students with multiple pathways. Allow them to choose their own learning style, and provide them with different tools and resources to meet their needs.

4. Encourage collaboration. Promote collaboration between students and teachers. Allow students to work together to solve problems and come up with solutions.

5. Facilitate student-led activities. Give students the opportunity to lead activities and projects within the school. This could include anything from leading a club to developing a school product or service.

By implementing these strategies, schools can empower students to take ownership of their learning and develop their agency. This will help them become more successful in their studies and in their future endeavors.

10 Ways to Prepare Your Students for the Future of Work

The future of work is constantly evolving, and as a teacher, it is your responsibility to ensure your students are prepared for the changing landscape. With the prevalence of automation and technology, it is essential that students are equipped with the skills and knowledge necessary to succeed in the workplace. Here are 10 ways to prepare your students for the future of work:

1. Teach problem-solving skills. Developing the ability to think critically and solve complex problems is essential for success in the workplace. Encourage your students to think outside the box and use creative solutions to tackle difficult problems.

2. Implement career exploration activities. Introduce students to different career paths and help them explore their interests and passions. Talk to them about the benefits and drawbacks of each field and provide advice on how to pursue a career.

3. Encourage collaboration. In the future, working in teams and collaborating with others will be essential. Teach your students how to work well with others and develop their interpersonal skills.

4. Leverage technology. Technology is revolutionizing the workplace and it’s important that students learn to use technology effectively. Encourage your students to become familiar with different software and digital tools.

5. Practice communication. Effective communication is a key skill for the workplace. Teach your students how to communicate ideas and opinions clearly and concisely.

6. Foster a growth mindset. Empower your students to believe in themselves and develop a growth mindset. Encourage them to challenge themselves and look for opportunities to learn and grow.

7. Develop self-awareness. Help your students understand their strengths and weaknesses. Teach them how to recognize their emotions and how to manage them effectively.

8. Introduce them to the world of work. Take your students on field trips or invite guest speakers to your classroom to give them an insight into the world of work.

9. Prepare them for interviews. Help your students prepare for job interviews by role-playing different scenarios and teaching them how to answer common questions.

10. Promote financial literacy. Teach your students the basics of financial literacy and how to manage their finances.

By following these tips, you can help ensure your students are well-equipped to face the future of work.

Best EdTech Tools to Use In Your Classroom

The use of educational technology (EdTech) tools in the classroom have become increasingly popular in recent years. With the rise of new technologies, educators have a variety of options available to them when it comes to enhancing student learning. From interactive whiteboards to virtual reality systems, EdTech tools are being used in classrooms to engage students, increase collaboration, and improve learning outcomes.

In this blog post, we’ll explore some of the best EdTech tools to use in your classroom. From virtual learning platforms to 3D printing, these tools can help you create an engaging and effective learning environment for your students.

Interactive Whiteboards: Interactive whiteboards are an effective way to engage students and encourage collaboration in the classroom. These whiteboards can be used to present material in an interactive way and allow students to collaborate on projects and assignments. With interactive whiteboards, you can also easily share documents, videos, and other multimedia content with your students. Virtual Learning Platforms:

Virtual learning platforms, such as Blackboard or Moodle, are a great way to connect with your students and provide them with a more engaging learning experience. These platforms allow you to create virtual classrooms where students can access learning materials, collaborate on projects, and engage in discussions with their peers.

3D Printers: 3D printers are becoming increasingly popular in the classroom. These tools can be used to create tangible objects that students can interact with and learn from. 3D printers can also be used to create models and prototypes, which can be used to help illustrate concepts and ideas.

Augmented Reality: Augmented reality (AR) is a great tool for enhancing student learning. AR can be used to create immersive learning experiences by overlaying virtual objects and information onto the real world. This technology can be used to create interactive textbooks, games, and other educational materials.

These are just a few of the many EdTech tools that can be used in the classroom to engage students and improve learning outcomes. Educators should explore their options and find the tools that work best for their classroom. With the right EdTech tools, educators can create an engaging and effective learning environment for their students.

5 Ways To Introduce Coding Into The Classroom


Coding has become an essential skill for students in today’s digital world. With the growing demand for students to understand the basics of coding, it is important for teachers to introduce coding into the classroom. Here are five ways to get started: 1

. Start with an Introduction – It is important to provide an introduction to coding before diving into the details. Explain the basics of coding and the importance of understanding coding concepts. This will help students gain a better understanding of the terminology and concepts.

2. Utilize Educational Resources – There are many educational resources available to help teachers incorporate coding into the classroom. Websites like Code.org, Khan Academy, and Code Academy offer interactive tutorials and activities to help students learn the basics.

3. Use Visual Aids – Visual aids such as flow charts, diagrams, and pictures can help students understand coding concepts more easily. It can also help to have the students create their own visuals to better understand the concepts.

4. Introduce Fun Projects – Incorporating fun coding projects into the classroom can help make coding more engaging for students. Allow them to choose their own coding project or assign one that is appropriate for the student’s age group.

5. Involve Students in the Process – Involving students in the coding process can help them understand coding principles more easily. Ask them to create a code or debug an existing code. This will help them to gain a better understanding of coding concepts.

By implementing these five strategies, teachers can easily introduce coding into the classroom and get students excited about coding. With the right resources and guidance, students can learn coding concepts and develop their skills in no time.

What Do Digital Skills Really Mean?

Digital skills may seem like a broad and hard-to-define set of skills, but at BSD, we believe in empowering students to create and innovate with digital skills as the ultimate goal.

Our approach to digital skills education focuses on helping students become builders and creators of technology rather than just technology users. We teach a comprehensive set of digital skills, including content creation, data visualization, programming/coding, and engineering, in a project-based learning environment.

Digital skills can also be broken down into a linear set of sub-skills like content creation, data visualization, programming/coding, engineering, etc.

We teach these skills at BSD but do so in an indirect way that focuses more on the outcome of a project rather than focusing on skill practice.

For example, if the goal were to teach HTML, a traditional approach would be to study HTML syntax to learn all the elements. We build a simple web page with HTML as a project at BSD. The completion of the project and overall effort are more important than the individual skills gained, such as what the <button> tag in HTML does.

A student’s ability to synthesize and use knowledge is more valuable than the knowledge itself. We also don’t require students to memorize facts such as “what does the <button> tag in HTML do?”, instead we provide a glossary of all technical terms and encourage students to copy and paste.

Copy and paste is an essential digital skill that all professional programmers use. Knowing when, where, and how to paste is where real learning comes into play.

BSD’s 3-Tier Approach to Digital Skills: Creative Skills, Hard Skills, and Soft Skills

  1. Creative Skills
  2. Hard Skills
  3. Soft Skills

Creative Skills:

The Creative Skills sit at the top of this tier as a formula to synthesize the other skills. We combine the power of Design Thinking and Computational Thinking to solve problems or complete projects.

BSD combines Design Thinking and Computational Thinking to equip students with creative problem-solving abilities. Design Thinking involves generating ideas and solutions with empathy, while Computational Thinking breaks down problems into smaller, manageable tasks.

These two skills are used professionally and have supporting research to show their effectiveness in solving problems. 

Design Thinking is a type of divergent thinking that involves generating potential ideas and possible solutions using the power of empathy.

Computational Thinking is a convergent process that involves narrowing the ideas into actionable designs that can be accomplished by breaking down the problem into smaller chunks.

Hard Skills:

At BSD, we teach foundational web technologies like HTML, CSS, JavaScript, and Python, along with web design, game development, AI, VR, and Web3. Our learning content is designed to provide context and offer a fulfilling, enriching experience to students. While there are other languages, frameworks, and associated technologies, we start with these to build a foundation.

We also realize that learning hard skills without context isn’t useful to the learner, so we design learning content that pairs learning to code combined with content creation and other necessary skills to provide a fulfilling and enriching experience.

Soft Skills:

Our CARE (Curiosity, Adaptability, Resilience, and Empathy) framework is ingrained in our company ethos, curriculum design, and interactions with customers. By incorporating digital citizenship concepts into our curriculum, we offer students a well-rounded digital skills education.

Students receive a well-rounded digital skills education by infusing this framework and digital citizenship concepts into our curriculum. Experience the meaning of BSD in our comprehensive digital skills education, and prepare students to excel as creators and innovators in the world of technology.

Unlocking the Benefits of Digital Skills for All Students

With the world becoming increasingly digital, it is more important than ever for students to understand and be able to use the technology that surrounds them. The need for basic digital skills is no longer a nice-to-have; it’s a must-have.

BSD can open doors for students and empower them with knowledge and skills that will help them succeed personally and professionally.


Approach One: Baseline + Experience for All Students

Just like we require our students to learn certain languages or science fundamentals, having a baseline understanding of technology should also be mandatory. We can’t let our students opt out of this part of their education – they can’t ignore what is happening in their world!

BSD provides students with the foundation they need to interact with technology confidently and competently. It gives them the tools to become lifelong learners who are not afraid to tackle new technologies as they come along.

Approach Two: The Future Is Now!

The evolution of technology has changed so much about how we live, work, play, communicate, and even think. Technology permeates almost every aspect of life today, so teaching our students BSD isn’t just about preparing them for future jobs or tasks – it’s about equipping them with skills that are applicable now!

From communication platforms such as Skype or Zoom to search engines such as Google or Bing, having a good understanding of digital skills can give your students access to information and opportunities that may have been unavailable just a few years ago.

Teaching your students BSD can also foster creativity and collaboration among peers who may have different levels of experience when it comes to technology.

BSD is critical today because it provides our students with the knowledge and skills needed to engage in an increasingly digital landscape.

By providing our students with a baseline understanding of technology plus experience using various tools available, we can equip them with the confidence necessary to make informed decisions about their future careers and take advantage of opportunities that may come their way.

With great power comes great responsibility – by teaching our students about BSD today, we are setting them up for success tomorrow!

Understanding Integrated Curriculum in Schools

BSD can help integrate technology education into any subject. We’ve created a full line of guided projects that can easily be implemented across core subjects including math, science, English, social studies, and art.

An integrated school curriculum is an educational model which combines traditional academic learning with hands-on activities and real-world experiences. This type of learning encourages students to think critically, develop problem-solving skills, and become more engaged in their studies.

It provides an opportunity for students to learn and apply knowledge in a meaningful way. Integrated school curriculum combines academic subjects like math, science, and language arts with physical activities, creative arts, and other experiential learning opportunities.

Through this type of curriculum, students can develop a holistic understanding of the world around them. For example, a student may learn about the cell structure of a plant in a science class, then use the information to create a painting in an art class. The goal of integrated school curriculum is to create a learning environment which is engaging and motivating for students. This type of curriculum encourages students to think outside the box, seek out new ideas, and explore their interests.

By doing so, students learn more effectively and develop a better understanding of the material. Integrated school curriculum also offers students the chance to develop skills that will help them succeed in the future. For example, a student may learn how to communicate effectively in a team setting or how to use technology to solve a problem. These skills are invaluable in the workplace and can help students stand out in the job market.

Integrated school curriculum is an excellent way to ensure that students receive a well-rounded education. With this type of curriculum, students can engage in meaningful learning experiences and develop the skills necessary for success in the future.