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.

Questions to Ask When Developing a Pedagogy

When it comes to education, there is no one-size-fits-all approach.

In order to ensure that your students are getting the most out of your lessons, it is important to take the time to develop a pedagogy that works for you and your students.

But where do you start? Here are 5 questions to ask yourself as you begin developing your pedagogy.


1) Who are my students?
2) What are my goals for this class?
3) What is my teaching style?
4) What kinds of assignments and activities will best help my students learn?
5) How can I assess my students’ learning?

Asking yourself these questions will help you to create a pedagogy that is tailored to your unique students and classroom.

Keep in mind that your pedagogy will likely change and evolve over time as you gain more experience and insights into what works best for you and your students.

Allow yourself the flexibility to experiment and don’t be afraid to make changes as needed!


Developing a pedagogy can seem like a daunting task, but it doesn’t have to be!

By taking the time to ask yourself some important questions, you can start to develop a pedagogy that will work well for you and your students.

Keep in mind that your pedagogy may change over time as you gain more experience, so allow yourself the flexibility to experiment and make changes as needed.

Understanding Constructionism in Education

Educational Technology is now a part of the fabric of learning, much like books and chalkboards were the main instruments of education in the past.

  • Educational Robotics
  • Coding and Programming in the Curriculum
  • Makerspaces and Maker Tools
  • Laptops for all Children

In the world of Educational Technology, you have probably seen or are at least aware of the above-mentioned list and their radical effects on education. Did you know that these concepts were dreamed up in the late 1960s when computer access was only available for research institutions?

These ideas have gone on to change the way that children learn and how technology is used to enhance learning. These concepts and many others were dreamed up by a team of researchers led by Seymour Papert that eventually became known as the educational theory of Constructionism.

Seymour dared educators to grow, invent and lead in a system prone to compliance and standardization. He argued that education is a natural process that blossoms without coercion.

Constructionism surmises that learning is most effective when students are active in making meaningful objects and artifacts and can draw their own conclusions through experimentation across multiple media, thus constructing new relationships with knowledge in the process.

Our Vice President of Education, Mark Barnett, is a Ph.D. student in the lineage of Seymour Papert and has been designing Constructionist learning experiences for over 10 years.

Read more about his journey as a Constructionist educator and the history of Constructionism in this 3-part series on the topic.

For more on Constructionism, watch our BSD Learn webinar over on our YouTube channel today

Project-Based Learning For The Win!

When I reflect on my own experience as a student, there are only a handful of meaningful memories that I recall that were related to what I was learning. Nobody remembers what was said on page 36 of the math textbook or what year the Origin of Species was published. We probably spent many years of our formative education studying these types of facts, yet we don’t have strong memories attached to them. The memories that I recall fondly of are when my teachers immersed me into a project that didn’t have a solidly defined outcome. 

One example that stands out for me, which was my first experience with a project, involved the identification, collection and display of Texas wildflowers (proud Texan here). At the time I didn’t care too much about wildflowers, but the project ignited an inner ā€œIndiana Jonesā€ in me. I hunted down the most rare and beautiful wildflowers that I could find in West Texas, paying close attention to the varieties of subspecies, habitat locations and population distributions. The project culminated in creating a personal wildflower collection scrapbook with photos, notes, and pressed flowers. To this day, it is the only artifact of learning that I have retained from my k-12 education.

This early project profoundly impacted me, which has lasted through my career as an educator, researcher and Project Based Learning Coach. Since that first project I have always wondered why anyone would need to memorize the contents of page 36 of the math book, when you can easily find and look up any fact on the internet, which makes learning about facts almost obsolete. Famed education researcher, Sugata Mitra has even boldly stated that we have reached ā€œthe end of knowing (facts).ā€ Mitra, myself and many other leading educators and researchers have known this for a while and have shifted our focus from learning facts, to learning skills. Though, in my experience, learning skills in isolation is similar to learning facts, and can sometimes be boring and repetitive. Designing projects that provide opportunities for students to learn skills in the context of a certain content area makes learning skills more intuitive, natural and creates an atmosphere of how most work is done -through projects.

Project Based Learning provides an enriching experience where students are learning subject-matter content as well as highly transferable skills like communication, problem solving, and adaptability. If I think back to my Texas wildflower project, besides learning how to identify a Yellowstar, I also learned how to manage time, organize ideas, present information, share observations and ask for help. These vital skills are transferable and useful in life as well as in school. This is why Project Based Learning is such a powerful approach to learning. Along with learning transferable skills, Project Based Learning has also been shown to increase student engagement, increase National test scores and increase attendance. 

At BSD Education, we design learning experiences that take advantage of the benefits of Project Based Learning and bake them right into our learning platform. Our students learn digital skills like coding, design and entrepreneurship, collaboration, critical thinking and problem solving.

If you are interested in learning more about Project Based Learning, here are some resources you can check out:

PBL Works

PBL Professional Development

My blog with several project examples

If you want to learn more about this, tune into our upcoming webinar on the topic. If you are reading this article after the date of the webinar, no problem! All previous recorded webinars can be found here on our website

5 Ways To Make Your Students More Adaptable

Are you a new teacher looking for ideas to teach technology in your classroom? Then, you’ve come to the right place! This blog post will discuss five ideas you can use now. These ideas are fun and engaging and will help your students learn about technology in a new and exciting way.

Focus on Interdisciplinary Learning

While the traditional education system focuses on teaching students in separate subject areas, an interdisciplinary approach takes a more holistic view. This method emphasizes the connections between different disciplines and how they can be used to solve real-world problems. For example, a student might learn about biology, chemistry, and physics to understand how to develop new medical treatments. Or a student might study economics, psychology, and sociology to better understand human behavior. By taking an interdisciplinary approach, students can develop a deeper understanding of their world. In addition, they can learn to think creatively and to see problems from multiple perspectives. As a result, interdisciplinary learning can play a key role in preparing students for success in the 21st century.

Teach Resilience

Teaching resilience has been shown to positively affect students’ ability to adapt to different situations. Resilience is the ability to recover from or adjust easily to misfortune or change. It is a key life skill that can be taught to students of all ages. Teaching resilience to students has many benefits, including better academic performance, improved social skills, and increased psychological well-being.

It can also help students cope with stress, overcome challenges, and make successful life transitions. There are several ways to teach resilience, such as using positive reinforcement, teaching problem-solving skills, and providing support and encouragement. By teaching resilience, we can help students to be more adaptable and successful in whatever life throws their way.

Promote Self-Regulation

As any teacher knows, student adaptation is key to a successful learning experience. Not only do students need to be able to adapt to new material, but they also need to be able to adapt to different classroom environments and situations. One way to promote student adaptation is to promote self-regulation.

Self-regulated learners can monitor their own emotions and behavior, and they are better able to cope with stress and adversity. In addition, self-regulated learners are more flexible and adaptable, meaning they can better adjust to classroom changes. As a result, promoting self-regulation can help students become more adaptable and successful in the classroom.

Dispel the Fear of Failure

One of the best things educators can do for their students is to dispel the fear of failure. In a world where success is often measured by numbers and test scores, it’s easy to forget that mistakes are an essential part of learning. When students are afraid to make mistakes, they become less willing to take risks and try new things.

As a result, they miss out on valuable opportunities to learn and grow. Instead of viewing failure as a sign of personal inadequacy, educators should help students see it as a natural part of the learning process. When students are more willing to embrace failure, they become more adaptable and innovative thinkers. In the end, this leads to better outcomes for everyone involved.

Encourage Continuous Learning

The ability to learn new things quickly and effectively is a skill that will serve them well throughout their lives. There are many ways to encourage continuous learning, but one of the most important is to provide practice opportunities. Encouraging students to take on new challenges and then giving them time to reflect on their experiences will help them to develop the skills they need to be successful lifelong learners. We must also model continuous learning for our students by continuing to learn ourselves.

When we show our students that learning is a lifelong process, we encourage them to view it as an exciting journey rather than a chore. By encouraging continuous learning in our students, we give them the tools they need to thrive in an ever-changing world.

Your students will be engaged and excited to learn, and you will be able to keep up with the latest technology. So, what are you waiting for? Start using these ideas in your classroom today!

How Digital Skills Can Help Students Be Career Ready

What digital skills are necessary for future-ready, career-ready students? I’m sure if I asked 100 people what they thought the answer was, I would get 110 different examples. So how and which digital skills do we teach when we don’t know what those jobs look like because they haven’t been created yet? It’s like training for a sport, but you don’t know which sport you will be playing. Will I need to throw a football or hit a ball with a bat, or maybe I will be doing track and field? So how do you prepare when you don’t know what future jobs will look like?

Some think they know the answer.

When I started teaching computer fluency skills (about eight years ago), I was told by a school admin not to focus on keyboarding skills. ā€œThe keyboard will go away, and the students will not need this skill. ā€œ  I sat and listened to the admin in front of me, who had minimal technology skills or knowledge. I let him continue to tell me the best method for my classroom, and I let it go in one ear and out the other. I taught the students keyboarding skills along with multiple other hard and soft skills that year. Two years later, I was asked to teach keyboarding to kindergarten through second grade. It was interesting to see how as time went by, the keyboard did not go away but instead became more of a need for the students. 

Some thought it wasn’t a problem.

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Then COVID hit a few years later, and there was a big reality check. Schools realized that their students were not digitally fluent. Emails were sent to teachers with the body in the subject field, video cameras were turned off or were used inappropriately, and now the teacher needs to learn and teach the students Google Classroom, Google Meet/Zoom, etc. But we survived.

Now we’re back to ā€œnormalā€ for the most part. We have had time to fill the gaps across all curricula, but the question remains: What digital skills will the students need to be career-ready/future-ready? 

Let’s start with what we know.

All students will need computer literacy or digital literacy, or computer fluency. However, you want to label it. They need to know the technology hard skills along with soft skills as well.

Nowadays, when you ask young students what they wanna be when they grow up, you don’t hear nurses, firefighters, police officers, etc. Now you hear students say they want to be YouTubers, game designers, or technology-related careers. 

Remember, these students were born with a device in their hands, but that does not mean they know how to use it properly. Yes, they probably know how to create a video, peruse YouTube, or maybe even create a simple game using scratch. However, they really do not know the fundamentals of digital skills. Being forced into online learning proved that to be true.

To prepare them for future careers, we need to be sure we’re introducing students to all different levels of digital technology. We want our students to be well-rounded and give them opportunities to try something new. A simple progression starting with foundational hard skills such as word processing spreadsheets, presentation materials, and email is a great start. Once those students have those foundational skills, you can start incorporating real-world projects and help the students develop their soft skills simultaneously.

Let’s focus on soft skills for a moment. I look at soft skills as the umbrella, and under that (supporting the umbrella) are different categories such as communication. Then within communication comes the skills needed (the raindrops if we keep with my metaphor), such as public speaking, collaboration, writing, etc.  We can do the same with critical thinking. The skills needed there are curiosity, adaptability, resilience, and empathy. Then you have leadership, where students need time management, conflict resolution, and decision-making skills.

There is one thing that you should note, people fear that the future will entail jobs being replaced by robots. However, one thing you must remember is that robots cannot feel or experience critical thinking. So therefore, the most important skills the students will need will be soft skills; curiosity, adaptability, resilience, and empathy are all the core soft skills that robots cannot mimic.
So, our suggestion is first to define digital skills, create a progression, and incorporate soft skills.

For more information on how to complete this process and help your students become career ready, check out my next webinar, “How Digital Skills Can Help Students Be Career Ready,ā€ on September 8, 2022, from 1:00-1:45 EST. Reading this article after the date of the webinar, no problem! All previously recorded webinars can be found here on our website.

For more on this topic, check out our BSD Learn Webinar over on our YouTube channel today

A Well-Managed Classroom for 21st-Century Educators

As a teacher, staying ahead of the curve is more important than ever and keeping your teaching skills sharp. To do that, you need to be flexible and adaptable to changes in technology and methodology. A well-managed classroom is also key – here are five tips to help create a positive learning environment that encourages student success!

1. Establish rules and procedures for your classroom and enforce them consistently. 

A positive learning environment begins with clear expectations and a sense of order. Enforcing rules can be difficult, but it’s important to be consistent in your expectations. If students know what is expected of them, they are more likely to meet those expectations. Creating a set of procedures for various classroom activities will also help keep things running smoothly.

2. Create a positive learning environment that is conducive to student success.  

The physical environment of your classroom can have a big impact on student learning. A well-organized and clean classroom will help create a positive learning environment. Make sure there is enough space for students to move around and that the furniture is arranged in a way that promotes collaboration.

Encouraging students to take responsibility for their learning is another way to create a positive learning environment. When students feel ownership over their education, they are more likely to be successful.

3. Encourage independent learning.

One of the best ways to promote student success is to encourage them to be independent learners. This means teaching them how to take responsibility for their learning. There are a few different ways you can do this:

– Encourage students to set their own goals and track their progress.

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– Teach students to use different resources,

such as the library or online databases.

– Help students develop time management and study skills.

Teaching students how to be independent learners can set them up for success inside and outside the classroom.

4. Flexibility in teaching methodology and technology.

As a 21st-century educator, it’s important to be flexible and adaptable to teaching methodology and technology changes. With new technological advances, there are always new ways to teach the material. Likewise, new research on how students learn can impact how you teach. By being open to change, you can ensure that your students are getting the best education possible.

5. Making Professional Development A Priority

Seeking professional development opportunities is a great way to stay up-to-date on teaching methodology and technology changes. Various professional development opportunities, such as workshops, conferences, and online courses, are available. By taking advantage of these opportunities, you can ensure that your teaching skills are sharp.

Project Based Learning with Real World Experiences

As a Project Based Learning (PBL) coach, I help teachers design learning experiences with a project-first approach, as compared to traditional models that are standard/subject-first. The biggest obstacle I have encountered in my years of helping teachers is finding meaningful and purposeful projects. Therefore, I encourage teachers to consider ā€œreal-worldā€ connections whenever possible. While that may be a vague term, I elaborate on the term by asking this follow-up question: ā€œwill I ever need this skill in the future?ā€. To me, that is what defines ā€œreal-worldā€ learning. Students should feel that what they are learning has a purpose they will find helpful now or in the future that they can easily understand.Ā 

There are generally two ways to provide real-world experiences. You can provide a genuine experience or a simulation of an experience. An example would be an internship or a project that delivers tangible results or learning artifacts. A simulation can be just as powerful, but students should always be aware of the elements and why they are being simulated. For example, a science teacher might want to teach about volcanoes but doesn’t have easy access to any volcanoes, so students learn through models, videos, and examples.Ā 

Hydroponic Gardening Business (year-long project)

Plan

Starting with student strengths and core math content goals, The Harbour School Middle School Math teacher, Learning Extension Coordinator, and Foundry (maker space) teacher planned and organized the unit together. The group decided on an entrepreneurship focus that would provide application skills of algebra, geometry, and financial literacy content and a product development component that would use The Foundry and develop new skills in using tools.

Immerse

After a brainstorming session and an introduction to entrepreneurship lesson, students decided to co-create a business focusing on sustainability and gardening. For the project kick-off, students and teachers researched gardening in Hong Kong and discovered a local hydroponic growing company. Next, they organized a field trip to their facility to learn more about gardening, hydroponics, sustainability, and business practices. Through interviewing staff and interacting with the hydroponic system, students learned hands-on what it takes to garden with Hong Kong water and soil. They also learned best practices for organic gardening with hydroponic systems and about easy-to-grow plants for their business.

 

Teach and Reflect

Students developed a business plan and designed a schematic for a 6-tier hydroponic gardening system. With a solid business plan, the students were offered an investment from The Harbour School to acquire the materials and resources to start the business and build the hydroponic system. After students built the hydroponic gardening system, they tested through several iterations of growing different vegetables. They adjusted their business projections with each iteration, settling on a plan to maximize their profits. They also learned about business profit projections, investment interest rates, organic fertilizers, hydroponic substrates, and optimal growing conditions.

Delivery

Students settled on an online pop-up launch of their business, selling vegetables and herb packages to The Harbour School faculty and staff through a simple online ordering form. They marketed their packages with posters and word of mouth and ensured timely delivery to all customers. After selling out of stock, students earned enough money to repay production costs, purchase their next cycle of vegetables and herbs, and profit to pay themselves for their roles in the business. The students are planning their next business idea and looking for potential investors.

Outcome

The hydroponics gardening system will continue to operate at the school and serve as a community model for sustainable practices. The students that started the project will conduct a hand-off meeting with incoming students to explain how the system works and other transference of knowledge. The incoming students will be allowed to decide what to do with the system and how to proceed. One idea is to start a community gardening project for residents who live nearby without access to organic vegetables and produce.

Reflect

The Middle School Math teacher, the Learning Extension Coordinator, and the Foundry teacher mapped out how students met the learning objectives, wrote narratives for student portfolios, and documented the final details of the project for future use By using the Critical Friends protocol of criticizing the success of the project by stating ā€œI likeā€ and ā€œI wonderā€ statements. This has demonstrated that a year-long project paid huge dividends for the students involved, which is sometimes difficult to adhere to. Students met their learning goals, earned real dollars, and are now interested in starting their businesses.

 

This example shows various ways to answer the question, ā€œwill I ever need this skill in the future?ā€ If you are interested in learning more about Project Based Learning, here are some resources you can check out:

PBL Works

PBL Professional Development

My blog with several project examples

To learn more about this, tune into our upcoming webinar on the topic. If you are reading this article after the date of the webinar, no problem! All previously recorded webinars can be found here on our website.Ā 

Tap Into the Power of Play

As a child, I was always one of those kids with my pockets and backpack full of toys, games, rocks, and sometimes live animals! My Mom had to do a full security check before I left for school each morning, but I was always a step ahead with some clever way to hide my toys and sneak them to school. Later my Mom would find out when my teachers would turn over the confiscated items to her when I was picked up. Even today, I carry at least a couple of things to play with in my bag.Ā 

I learned from these early childhood experiences that there seemed to be some war on play and fun. At the time, I didn’t understand the big deal, but now as an educator, I can see how traditional education systems that are hyper-focused on test results don’t have space for play. When I was teaching in public school classrooms, I became one of those teachers that asked students to put their toys away, or they would be confiscated.Ā 

Today, a growing body of compelling research says playing is the natural state of being for a child and that playing can play an influential role in learning. Play has been an ongoing research topic since the 1980s and has been led by research groups at UNSESO, LEGO, Harvard, IDEO, and many others.

The LEGO Foundation has produced several research briefings and playbooks that summarize the characteristics and benefits of play.

5 Characteristics of play: Play is …

  • Meaningful
  • Joyful
  • Socially Interactive
  • Actively Engaging
  • Iterative

Play builds these five skills:

  • Physical
  • Social 
  • Creative
  • Emotional
  • Cognitive

Tap Into the Power of Play

The World Economic Forum has released a report saying that ā€œ94% of businesses say they expect people to learn new skills on the job (as recently as 2018, only 65% said the same).ā€ The skills they most want to see are critical thinking, problem-solving, active learning, resilience, stress tolerance, creativity, and flexibility. Coincidentally, these happen to be the same skills that play offers!

This research has developed practices, pedagogies, and tools to implement structured play in classrooms. These are slowly starting to be adopted all over the world.

Whether you want to add a bit of play to your current curriculum or you want to overhaul the entire system to be more playful, there are guides and best practices to follow

If you are looking for low-barrier entry points into playful learning, try these approaches:

  • Game-based learning
  • Gamified learning activities
  • Tinkering
  • Outdoor activities
  • Project-based learning

.Ā 
To learn more about this, tune into our upcoming webinar on the topic. If you are reading this article after the date of the webinar, no problem! All previously recorded webinars can be found here on our website.