Create Fun and Meaningful Summer Learning Programs using Tech Education

The demand to solve summer learning loss is heating up. While it would be difficult to make up for lost time during the pandemic, teachers will need this summer to refocus children.

However, while a priority on addressing learning loss will be crucial this summer. So will addressing the social and emotional well-being of students after experiencing a year unlike any other. 

“Summer presents a key opportunity for school districts and community partners to accelerate learning and provide new avenues for students to safely engage with each other in fun activities” said, U.S. Secretary of Education Miguel Cardona.

“Reimagining interesting, engaging summer programming that is available to all students will help our communities heal and rebuild.”

Given that summer school might feel like a punishment for students, teachers must create an enjoyable and engaging learning atmosphere. Integrating fun tech education projects rooted in coding offers students a fun outlet that also provides them with real-world skills.

BSD Education Vice President of Education Mark Barnett recently explained why making learning fun is more than just having fun.

It can affect students’ understanding and whether or not they leave the classroom with practical abilities. Because children love games and learning by play, incorporating technology into summer learning activities can be a success.

“BSD Education believes that children are born to play. Hence, our curriculum are focusing on producing digital artifacts like web pages and games” said Barnett. “Our students are experiencing iteration, meaningful contexts, enjoyable experiences, and social interactions, as stated in the Pedagogy of Play.”

“At BSD Education, like LEGO, we know that children are inherently tuned for play, which is why our curriculum is project-focused and is centered around creating and making digital artifacts such as web pages, games, and interactive elements. By engaging in the process of making something like a webpage or video game, our students are experiencing the same characteristics of play that are described in the Pedagogy of Play: iteration, meaningful contexts, joyful experiences, and social interactions.”

Mark Barnett, BSD’s VP of Education

BSD is here to help you teach 21st century digital skills while creating a learning environment that’s enjoyable for students using a variety of coding projects, including building a website or developing a personalized game. Contact us today to see how you can partner with BSD for your summer learning programs.

Reconnecting Student & Teacher Relationships Through Tech Education

It’s safe to say levels of anxiety are at an all-time high worldwide, especially in classrooms. COVID-19 forced students into isolation, and now many students lack engagement and difficulty building confidence in their abilities due to this disconnect. The question has become how can we reconnect students and teachers through tech education?

Education Week outlines the importance of the teacher/student relationship and how making this connection is essential for academic success. Author Arianna Prothero speaks with Laura Phillips, a neuropsychologist with the Child Mind Institute, about this critical aspect.

“We know that kids learn best when they feel safe and secure; when they feel anxious and aroused and uncomfortable, learning stops,” said Phillips. “To maximize the school year, we need to help kids feel safe and connected to the people with whom they are interacting.”

Building these relationships doesn’t happen overnight and can be challenging. However, integrating tech education into any curriculum can help overcome obstacles that prevent teachers from connecting to their students. Here are three ways how tech education can help:

1. Increase Engagement Through Personalized Projects 

Maintaining student engagement can be difficult, but introducing digital skills that allow for customized projects and self-expression pique students’ interests. Using real-world coding provides students the chance to build a personalized adventure game or create their first website. These projects help students make a connection between their studies and what they value most in their lives. Additionally, this opens the door for teachers to connect their own experiences and likes/dislikes with the student, leading to opportunities for meaningful connections.

In addition, introducing tech education can allow students to make vital connections to the digital tools they use daily. Finally, creating a learning environment that applies to the world our students live in makes it easier for them to stay engaged in a meaningful way and helps teachers foster relationships that will help them succeed in the classroom.  

2. Digital Skills Can Help Build Social-Emotional Learning

Tech education can often feel cold and anything but a tool to build social-emotional learning. However, at BSD Education, we have designed a tool beyond website and app development rooted in coding. It makes hard, cognitive, and soft skills that teach students to C.A.R.E – Curious, Adaptable, Resilient, and Empathetic. 

By blending critical social-emotional learning with engaging tech education, building a meaningful relationship between teachers and students becomes more attainable. BSD’s VP of Education, Mark Barnett, examines how BSD helps students develop self-esteem, empathy, and skills needed for their futures through carefully crafted lessons.

“We at BSD believe in developing social-emotional capacity as well and feel that social-emotional learning should fit together with any skill development,” said Barnett. “This is why we have designed all of our curriculum around our philosophy of CARE.”

“We at BSD believe in developing social-emotional capacity as well and feel that social-emotional learning should fit together with any skill development,” said Barnett. “This is why we have designed all of our curriculum around our philosophy of CARE.”

Mark Barnett, BSD’s VP of Education

3. Make Connections by Learning Together

Integrating tech education into your curriculum might be a new experience for you and seem daunting, but BSD’s unrivaled support and intuitive platform make it as turnkey as possible. Using a platform that will be there with you every step of the way will help you learn and grow right alongside your students. Co-learning by digital teaching skills can be a bonding experience between teachers and students in the classroom.  

Are you ready to build relationships with your students by introducing digital skills to your classroom? BSD is more than a product. We are a partner in delivering 21st-century skills to students worldwide. We encourage you to reach out so we can help you make these vital connections that could change the future for your students.

How To Design a Culturally Relevant Curriculum

From my experience in teaching and from designing curriculum that is used all over the world, I have found that students appreciate and enjoy lessons that are tailored to their own cultures and backgrounds. This isn’t just my opinion, it’s also backed by peer-reviewed research. Renee Smith-Maddox, a researcher in the USA, has found that culturally relevant teaching practices were shown to have a positive impact on student achievement. (Smith-Maddox, 1998) Though, in a globally connected world, what does it mean to be culturally relevant?

There tends to be two major schools of thought about culturally relevant teaching practices. The first is to tailor instructional materials so that they fit into the culture of the child. The second is to expose children to a wide range of cultures through varied instructional materials. In my opinion, a well rounded culturally relevant curriculum would seamlessly integrate both of these ideas so that the culture of origin for the child is respected before introducing other cultures and values. Western education systems are often at fault for approaching culture in education as a form of colonization, requiring students to conform to the ideal culture of the school system rather than honoring native cultures and cultures of origin. Many educators and school systems have identified this problem and have adopted methods, practices and training to improve the curriculum in a way that respects all cultures.

At BSD Education we design curriculum that is used in classrooms all over the world. This presents a unique opportunity to infuse a multicultural approach to our lessons. We intentionally use examples and images from a wide range of cultures in our instructional materials. We also encourage teachers in our professional development sessions to modify and tailor the lessons to fit the needs of their own students. For example, in our “Learn How to Make Blog” lesson, the example blog is written from the perspective of a young Indian girl named Adsila who blogs about her favorite destinations and food in Southern India. Students will learn how to design and build the blog using HTML, CSS and JavaScript, but teachers can modify the content of the blog by providing new context and images if they wanted to show a different cultural example. This type of flexibility isn’t found in traditional textbooks that can never be edited or modified.

Christopher Edmin, in his book For White Folks Who Teach In the Hood asks educators if students can see themselves in the lesson? If not, what can you do to bring more awareness to the student’s own cultures through the lesson? Oftentimes, it’s as easy as adding a few examples or allowing students to share their own perspectives. In a world where cultures merge across physical borders and into schools, it is also important to realize the wide variety of cultures sitting in your classroom; how can you as a teacher respect and support them all while also allowing for those unique cultural differences to be seen and even celebrated? 

We would love to hear your ideas about culturally relevant practices or see examples from you classrooms, feel free to share on Twitter by tagging @BarkMarnett and @EducationBSD

CARE Award Nominees Lead Way in Tech Education

To say 2020 was a difficult year for teachers is an understatement. All educators have overcome a variety of challenges, from general safety to maintaining engagement this year. At BSD Education, we would like to recognize those that have gone above and beyond. BSD is pleased to announce the nominees for the 2021 CARE Awards!

These teachers’ passion for their students has directly contributed to classroom success by integrating digital skills.

BSD Education is passionate about providing students with the technical capabilities and ethical practices to use digital tools for good. The CARE Award nominees come from a variety of backgrounds and experiences. However, each represents one or more of BSD’s four core values: Curiosity, Adaptability, Resilience, and Empathy.

The public will choose CARE Award winners, and voting will take place from May 3-14. Meet this year’s CARE Award nominees below, then go cast a vote here.

Curiosity Nominees

Alicia Johal (San Diego Jewish Academy, California, US)
– In 2020, Alicia decided to combine BSD’s real-world coding projects with her school’s community service and mindfulness initiatives. The use of BSD Education to teach digital skills in the classroom while maintaining the school’s mission qualifies Alicia for a Curiosity nomination.

Chelsey Williams (International Community School, Singapore)
Chelsey’s classroom is never boring since she always tries new things and gives her students new experiences. Chelsey went above and beyond in 2020 to design fresh content and exciting activities for her Grade 6 and 8 students using BSD’s platform.

Nick Gurol (St. James School, Pennsylvania, US)
Nick not only pushes his students to try new things and develop digital skills, but he also uses BSD Education’s platform to teach coding in the classroom. Nick has worked hard to develop his coding skills and deserves to be nominated in the Curiosity category.

Faizaa Fariya Hridi (Upskill, Bangladesh) – Faizaa spends time strengthening her own digital skills, which directly impacts her students’ improvement in the classroom. Faizaa wants to develop her students’ web and app development skills so they can prosper in our rapidly evolving digital world.

CARE Award Nominees: Adaptability

Meghan Baskerville (Ss. Colman-John Neumann School, Pennsylvania, US) – Meghan has taken on the challenges of teaching digital skills with BSD’s backing in 2020. Meghan has embraced new projects and teaching methods when introducing the coding curriculum, demonstrating her adaptability.

Richard Burkhill (The Rugby School, Thailand) – Richard shows adaptability by anticipating his students’ needs. Richard inspires creativity in his students by allowing them to modify their worï»żæš‚ćšćŁŻ k using BSD, creating a learning environment.

Larisa Curran (South Island School, Hong Kong) – Larisa customizes her lessons to her students’ interests, enhancing classroom participation. Larisa, a gamer herself, uses BSD to teach her Y10 and Y11 students about real-life game development and media.

Tasha Birtha (Chester Charter Scholars Academy, Pennsylvania, US) – No coding experience? No problem! Tasha began using BSD with no prior coding expertise and is now confident enough to assist her students in building their own projects using real code.

CARE Award Nominees: Resilience

Erich Smith (Hopeworks, New Jersey, US) – In an unexpected year like 2020, Erich managed to keep tech education a priority. For his dedication to encouraging students to develop projects and use BSD’s platform to learn digital skills, Erich is a candidate for the Resiliency Award.

Deb Licorish (Haddonfield Middle School, New Jersey, US) – Deb is a hands-on code teacher who uses BSD to reinforce concepts with her students and help them learn ones. In no time, Deb adopts a new curriculum, giving her students digital abilities.

Dalia Alhaddad (Modern Knowledge School, Bahrain) – Dalia, an art and design teacher by training, has learned to code to implement a new technology program for her school. These abilities can help pupils prosper in today’s digital world.

Shasta Quilala (Good Samaritan College, Philippines) – Shasta, a teacher at Good Samaritan Colleges Philippines, has assisted her colleagues and students for over three years by helping them use BSD to teach coding and digital skills. She ensured that teachers were ready to help their students throughout the school closure.

CARE Award Nominees: Empathy

Vinita Saluja (AIT International School, Thailand) – Vinita has used her knowledge in technology and computer science to motivate and guide her colleagues to introduce coding into their classes using BSD. Getting digital skills has never been easier with such help.

David Ford (Cornerstone Christian Academy, Pennsylvania, US) – BSD helps any teacher in any subject to integrate digital skills into their curriculum and help their students be ready with 21st Century tools. As an example, David incorporated coding projects into his music class for students to showcase their favorite musicians, their studies of influential African American artists, and quiz each other on music trivia.

Jackie Mandel (Baldi Middle School, Pennsylvania, US) – Customizing projects and making them relevant for students keeps students engaged, and Jackie takes it to another level. She encouraged her students to develop significant connections to their assignments, even those who were first hesitant.

April Jean-Patric (Singapore International School, Hong Kong) – Some April students couldn’t attend live sessions due to school closures and internet access limitations. April went above and beyond to ensure these students were not left behind and provided them with advice and assistance.

The Positive Impact of Innovation in EdTech

There is no doubt that COVID-19 has had a profound impact on the world, but as we begin the process of recovery, one of the positives that can be taken from the pandemic is how Edtech continued to evolve and to see the effects on the environment. 

As educational institutes were forced to move to a technology-based system of teaching and learning,  there was an almost instant impact in saved resources. An obvious one being the reduction of  carbon emissions as students and educators immersed themselves in online learning from home,cutting out travel. Another impact, and something that will hopefully continue post-COVID-19, is the increased use of online resources which has resulted in less paper being used. 

Among others, these factors have positively impacted not only the environment but also the economy, saving time and money and time for both students and teachers. What has been even more interesting is to see the innovations in education technology to provide more equity and access to students around the world.

In 2013, when Canadian inventor and public speaker Ann Makosinski heard that her friend in the Philippines had failed a grade at school because she lacked electricity to study at night, Ann invented a flashlight that is powered by the heat of a human hand. She  then went on to invent eDrink, a mug that converts heat from your drink into an electrical current to charge your phone.  These are two examples of how EdTech is more than just “technical education,”  it highlights the importance of knowledge in technology and evidently how it can shape  a more sustainable future. 

During the pandemic, we’ve seen the rise of video-assisted technology which has dismantled many barriers to learning, the use of data analysis to personalize education, machine learning, an increased interest in STEAM subject areas and the encouragement of building digital skills – all of which have a direct and positive impact on how students learn and interact with the world around them. By relying on technology to learn and create, they are more likely to continue this reliance when it comes to tackling bigger problems such as climate change or sustainability reform.

Of course, challenges remain. As Iain Patton explains: “There are some common stumbling blocks – Quite often an institution might encourage a sustainable behavior change, but lacks the infrastructure to support it.” The key, he says, “is balancing the social side of sustainability with the economic and environmental side”. –The reality of abandoning the traditional and form of education is unrealistic; The key is to adopt a more hybrid way of learning and finding the balance between online and physical learning.

Various sectors and industries have already begun to create new forms of technologies that positively impact the environment, such as electric cars and smart homes being a couple of the more well-known examples. This change to a more ecologically friendly mindset has seen a surge in the initiative to push an environmentally friendly ethos has promoted green living and a better awareness of  the importance of saving energy. 

It’s important to note that an entire generation is being raised in this moment of change. They are experiencing how technology education makes a difference in their own abilities to learn and create. In the following decades, as these students become part of society and as the environmental issues will require more innovation , It will be interesting to see how they will use their educational experiences to improve the world and environment they live in..

Why Digital Skills Should be in Your Learning Loss Recovery Plan

The pandemic has affected all aspects of life, and the disruption felt by students is no exception. A phrase that has been top of mind lately is learning loss. An analysis by McKinsey puts the issue into measurable terms:

“Students in [the] sample learned only 67 percent of the math and 87 percent of the reading that grade-level peers would typically have learned by the fall. On average, that means students lost the equivalent of three months of learning in mathematics and one-and-a-half months of learning in reading.”

The American Rescue Plan earmarks 20% of a district’s new funds for learning loss recovery to address the issue. So while educators debate learning lost vs. students learning differently, many schools are looking at ways to make up for time lost. 

How do Digital Skills Become Part of the Solution?

Digital skills are well suited to be part of the solution. Digital skills like web, game, and app development are fun and engaging ways to reinforce math, English, science, and social concepts through real-world application. Another benefit of digital skills education is that it enhances cognitive skills such as computational and critical thinking, which can lift students’ abilities across subject matter — a vital benefit after an unconventional school year. (Further reading on the link between computational thinking and core subjects.)

As a digital skill teaching and learning solution, complete with projects designed for core subject integration, BSD Education can help reinforce core subject learning and develop transferable skills, assisting in learning loss recovery.

Digital Skills Reinforce Core Subjects

Mathematics and language arts have been pointed to as core subjects hit hardest this past school year. Yet, in many ways, digital skills empower someone to process information and communicate in our era. Said differently, digital skills are the intersection of math and language arts, where reasoning and problem-solving happen. 

To illustrate the point, we can look at a couple of BSD’s projects. A popular project this last year has been “The People Who Inspire Me,” which asks students to reflect on those who have impacted their lives. Students sew traditional writing and reflection processes with new digital components to build a website using industry-standard HTML and CSS. In one of BSD’s AI projects, “Digital Assistant,” students use JavaScript, and the link between math and programming becomes apparent. Students work with variables, conditionals, patterns, and percentages and use arithmetic operators, arrays, and random functions to program outcomes. 

From science to social studies, there are many cross-curricular learning objectives digital skills can support. I even have a teacher who modified our “Trivia Game Maker” to be a Spanish Quiz.

Creating Digital Products Captures Attention & Imagination

Classes always aim to be engaging, but this becomes even more important for learning loss recovery plans. That includes utilizing out-of-school time (afterschool, summer enrichment, extended school year), as the American Rescue Plan suggests. Learning digital skills is fun, and that makes them perfect for the task at hand. Allowing students to create is inherently engaging. Whether students are developing an AI chatbot, website, or platformer game, digital skills projects capture attention, spark imagination, and harness passion.

Agency is a core value of BSD’s evidence-based pedagogy. That means that each student finishes with a unique piece of work, not a cookie-cutter experience. Projects are designed with extension activities in mind and allow students to customize further or reenvision their work. Students stay engaged as they decide the direction to take their project and what to incorporate. My most successful lessons come from students’ refreshing ideas, going back to their work, and implementing something new. Through creating, students will entrench themselves in their learning loss and assist in their recovery.

Learning Digital Skills Develops Broad Cognitive Abilities

Teaching 21st-century skills means honing in on strategies that will have lasting impacts. These strategies include identifying computational thinking, design thinking, coding/programming, and digital citizenship as future-proof and fundamental. Computational thinking is the process of breaking down a problem to solve it. It includes decomposition, pattern recognition, abstraction, and algorithms. Steps for design thinking include empathizing, defining, ideating, prototyping, and testing to create based on the needs and experience. In short, developing these abilities enhances someone’s ability to think and can help accelerate learning in the future. With the right approach, these skills are present in a digital skills education program. 

Website, app, and product development and design projects that utilize coding are ideal exercises for building future-proof skills. Our pedagogy accentuates these abilities and the transferable aspects of digital skills learning. It also includes the space to reflect on digital citizenship. Our curriculum is designed for all students, not just those who will become computer programmers. These disciplines have broad applicability across subject matter and are essential to many job functions in the working world. Meaning, these skills follow students throughout their education and careers.

Implementing a Digital Skills Program

Incorporating digital skills in your recovery plan enriches and reinforces core subject learning. It focuses students in engaging and imaginative ways and develops and enhances cognitive skills like computational thinking. However, although learning loss is a top issue as the world emerges from the COVID-19 pandemic, other trends make digital skills highly relevant. Most notable is the shifting future of work. As another article from McKinsey suggests:

“In the digital era, educators need to expand their understanding of what it means to be literate in the 21st century: not replacing traditional learning but complementing it. As a result, computer programming and digital literacy are becoming core skills.” 

Of course, implementing a digital skills program can be challenging but it doesn’t have to be. BSD Education partners with educators to make implementing a digital skills program easy. We make it turnkey by providing all the necessary pieces: platform, curriculum, professional development, and highly responsive support. With the correct methods in place, educators can hasten learning loss recovery. Using digital skills, they can also encourage students to develop future-proof skills with a curious, adaptable, resilient, and empathetic mindset. 

The Role of EdTech During A Global Pandemic

It’s been a full year since COVID-19 affected us all globally and forced us to quickly adapt to a new way of life.  A significant change, in particular, was to the workplace and educational establishments. Teachers and students were suddenly expected to adopt a digital way of learning and had to rely on EdTech platforms like never before.

We spoke to ï»żćšè€Œé‹Œ edin.com/in/nickeykhem/”>Nickey Khemchandani, CTO and Co-Founder of BSD Education as he reflected on the past year and the role EdTech played during Covid. 

How do you think the educational systems and individual learners coped with this exceptional change in education?

Nickey Khemchandani: We are seeing highly adaptable and creative educators changing the goals of their curriculum, increasing attentiveness to individual student needs with the help of technology, and are now starting to flourish under the change. Individual learners have found very different experiences, some really benefiting from the adjustment to the pacing of online learning, the relaxed environment of learning from home, and the increase of engagement with digital skills being put at the forefront.

On the flip side, students are unfortunately tackling challenges created by a wider digital divide, access to a ‘relaxed environment is a luxury globally, having stable and regular access to the internet and computers is not as accessible.

What role do you think EdTech has played during Covid?

NK: A critical role, it has enabled teachers to continue teaching for starters. One of the big things it was able to do was make it globally accessible for teachers and students to connect. It has enabled millions of kids to start moving into a world where online education, as well as a hybrid education, can exist.  So it’s played a role of being more like a bridge, at the moment during Covid, however, it has also started highlighting areas of growth in the future such as the benefits of an environment of online learning. As some schools enter a hybrid model (half physical, half online) we are starting to take advantage of both worlds, and the blend of the two looks like it’s here to stay.

Do you think education has been changed long term by the pandemic?

NK: Absolutely!

With the evolution of online learning, it’s made their experience of education more accessible, and less time-consuming.  Long-term positive effects for the education sector could be lower fees. That landscape could start becoming a lot more affordable.

A negative is that the digital divide is going to be a big problem to solve in the next couple of years. How do we provide access to cities, states, and households that do not have enough access to digital learning? People who have this level of access are benefiting from it, and now they are at such a distinct advantage that the divide has become even greater I would say.

What types of EdTech will see the longest-term benefit? Do you think that for example, Zoom’s growth for education will tail off?

NK: The video conference will remain, it’s a useful and global tool.  Zoom has grown but it takes a lot to become big, a household known name and tool.  I think EdTech will be more integrated into the education system rather than replacing it.

Zoom has changed the ‘playground’, the social aspect. We are looking through screens, not interacting with body language and eye contact. It’s accessible but not sociable, therefore I think it will be less used, but not completely abandoned.

How do you see the opportunities for EdTech from the pandemic? 

NK:  Funding of EdTech has grown, it highlights the importance of it when globally it’s seen as something worth investing in.  A new hybrid model of EdTech is going to emerge. We will start to see the difference in accessibility and a lot more engagement. The biggest one for me is a push for project-based learning. The future of education is results, project-based learning can only get bigger.

Was there a bigger demand for BSD Education’s product during the pandemic?

NK: Yes a larger demand came in, a big difference between us and other EdTech platforms is that we provide a curriculum and support outside of just the technology, we are way more than just a tech solution, we are an education solution.

COVID has unequivocally accelerated the EdTech and Education industries and presented new challenges to students and teachers alike. Now is the time to learn from the past year and digitizing curriculums for various types of learning will be key as we move forward. EdTech has ushered in a new era of education and undeniably played a major role during the pandemic.

Addressing the Digital Divide: Where Do We Go From Here?

There is a student I used to teach, who will remain unnamed to protect his privacy. He was a student a part of my STEM Honors class, and he always showed promising potential in coding assignments. Throughout my time getting to know him, I learned, like most of his classmates, he was highly motivated and believed in his academic prowess. Since the emergence of Virtual Learning, I’ve watched the challenges of adjusting to this time period change his motivation and diminish his belief in his ability to achieve academically. 

This year is his junior year in high school. When I was in high school, my junior year was the toughest, yet most rewarding year in high school; it was the year that determined my post-secondary success. Like most students who are attending an under-served school in the midst of the COVID-19 pandemic, this year is his first time having a personal laptop and he is living with the expectation to thrive in a completely new learning environment. 

This experience for him and his peers has been devastating, traumatizing, stressful, overwhelming, depressing, and draining. However, he is resilient. But should he have to experience this much courage, independence, and pressure at his age? My grandma once told me, “you should never have to display that much independence”. 

What we all need is support. 

This past year has emphasized the importance of understanding what it takes to holistically support the academic success and personal development of our youth. Virtual Learning has forcibly engaged every stakeholder at every stage of a child’s development to acknowledge two important determinants of our future: 

1) What our children are learning

2) How they are using technology to learn.

When addressing the Digital Divide, I think it is crucial that we prioritize adequately informing and including every stakeholder in all planning and implementation processes for integrating technology and Digital Literacy into learning environments. Parents raising children, Students learning information, Educators teaching courses, Administrators leading schools, and Tech Professionals creating learning products ALL are the creators of our tomorrow. 

We are our support; and in this support, we all need the grace to adjust – as we do so rapidly.

There are a few key focus areas I’ve noticed in my local school system, of Philadelphia, that are a part of the disparities of the Digital Divide: 

Transforming School Systems and Policies

Due to the emergence of Virtual Learning, many schools had to rapidly adjust and revamp their systems and practices. This transition has revealed how much more critical attention needs to be given to what students are learning about technology, and how they’re learning to use technology. 

This can be achieved by making a greater investment in setting and implementing grade-level standards for Digital Literacy, as well as, training talent to uphold these expectations.

Information Sharing and Literacy

During this Virtual Learning experience, many parents, staff, and students have felt either overwhelmed with information or under-informed on certain aspects that have affected the learning process. For example, there have been scenarios where internet providers have had outages, but the change in service was not effectively communicated to families; which has resulted in students missing information and feeling helpless. 

There have also been moments where school administrations have made huge changes to their school’s Virtual Learning practices without adequate notice or input from families and staff; which has resulted in immense fatigue and disorientation. Some school districts may have not had these experiences, but this is what’s disproportionately happening in under-served communities. 

This can be changed by re-evaluating the effectiveness of communication channels, and equitably including key stakeholders as consultants throughout the process of information dissemination.

Tech and Wi-Fi Accessibility

Before the COVID-19 pandemic, many schools did not account for whether their students had access to technology or Wi-Fi. Why is that? Yes, students were primarily learning in schools, but learning also happens at home; and for the past 25 years, access to information has primarily been provided through the Internet. 

This past year has revealed a better understanding of what students have access to, and how their homelife really affects their education. There are students in homes where their Wi-Fi isn’t strong enough to host multiple devices streaming at the same time; and the Chromebooks that many students rely on aren’t always able to handle processing multiple apps operating at the same time – such as Zoom, Nearpod, or Google Suite products. 

These limiting factors are critical aspects of our youth’s future success that have been neglected for too long, and it is important to address these issues equitably. 

There are many issues for our youth at risk if we as leaders in education and technology do not respond to these disparities quickly and equitably. One important thing that is at risk is our youth’s ability to properly cultivate and enfranchise themselves from having experiences during their youth. While being forced to stay home, and without adequate resources for many, this time period is diminishing the very essence of having youth; which is time.  

Time to have exposure to different areas to spark their interests; time to take risks or make mistakes; time to refine one’s aptitude to bounce back, try again, and learn how to take calculated risks. Time to create viable niche solutions to make a life for themselves. 

However, this moment in time also brings about a unique opportunity for all the youth to cultivate 21st-century skills that are essential to the future. If more youth are empowered to explore, take risks, and be creative with technology; they can exponentially grow from this experience. 

But with the Digital Divide widening daily, will all youth be a part of the world’s digital future? That is the question I think is important for us to ask ourselves as leaders, and act upon in our daily efforts to be the change we want to see in the world.

Research References: 

How Digital Education is Affecting Primary Students

At BSD, we believe that all students should have a digital education, learn digital skills and apply them to a range of contexts. That is why we advocate for these skills to be taught across subject areas, topics, and age groups. Even though younger students may not label that they are learning digital skills, technology is now second nature. 

The educational focus is less on cultivating particular technical skills and more about creating digital familiarity during the early years. This includes developing ways of thinking (such as computational thinking and design thinking), and building a foundation for fluency. Teachers can do this in many ways, and students are never too young to start creating digitally.

Virtual Learning

The move to virtual teaching and learning was a real opportunity for younger students to start a digital education earlier. In addition, it has enabled educators to introduce technologies and digital skills from a very young age, which was not always the case. 

Children are growing up as digital natives, so they are often familiar with digital media earlier than ever. However, virtual learning did not always align early years education with children’s experience with technology in the ‘outside world.’ 

Digital Opportunities

While many students had excellent experiences, the prevalence of technology and opportunities to learn digital skills were hugely variable. These opportunities depended on a range of factors. Kate Gilchrist nicely summarises this in a blog for LSE: ‘teachers’ beliefs and attitudes towards the value of digital technology as part of learning was found to strongly relate to whether they used it or not in their teaching.

Early educators often lacked the IT skills, confidence, and knowledge of implementing skills relevant to the subject being taught. There is also a lack of adequate training, professional development, and technical and administrative support for teachers. Many of the curriculums investigated also did not include any provision for developing digital literacy.’ 

Historically, these factors have meant that not all students were exposed to this critical learning from an early age. As a result, when more technical skills are introduced later, students’ skill levels are at very different starting points. 

Virtual teaching and learning, however, have shifted this. This meant that many of the barriers outlined above have had to be overcome in the classroom. Educators have had to find a way to digitize their curriculum, and with trial and error comes confidence and knowledge.

While teaching young children virtually has its challenges, this educational experience is positive for developing children’s digital fluency and foundation. 

Critical Examination May Be the Most Important Digital Literacy Skill Yet

Digital literacy skills are not a new topic in education, though they seem to be at the forefront of concern, especially now, with terms like “fake news” and “AI-generated social media.” More than ever, we need students to possess strong digital literacy skills so they can make informed decisions, be competent researchers, and form opinions free of bias. Because of this need, digital literacy is now a common subject in k-12 schools around the world, even major education frameworks like the ISTE Student Standards have digital literacy baked into the themes. 

Despite this, a recent study has shown that students still struggle with basic digital competencies. For example, students were “asked to evaluate Slate’s home page, where some tiles are news stories and others are ads (set off by the words “Sponsored Content”), two-thirds of students couldn’t tell the difference.”  The same study elaborates further by saying â€œstudents displayed a tendency to accept websites at face value. Ninety-six percent failed to consider why ties between a climate change website and the fossil fuel industry might lessen that website’s credibility.”

With these troubling findings, it seems as though our current digital literacy education isn’t enough to prepare students for today’s communication minefield. For this reason, I propose that “critical examination” should be the most important lens at which to look at digital literacy. 

When reading articles, watching videos, and viewing other forms of media I often ask students to pull out their magnifying glasses and deerstalker caps to investigate as Sherlock would. Here are a few questions that I would ask them to consider when examining media:

Critical Examination Questions

  1. Who paid for the publication and what effect does that have on the authenticity of the information?
  2. Who is the target audience and how does the media appeal to its audience?
  3. Does the author or producer make money each time you read or view the media and what influence does that have on you reading or viewing the material?
  4. Is the medium trying to persuade your opinion or paint a false impression?
  5. Does the medium cite any references or other works that can be verified?
  6. Can you fact check any of the claims or facts?
  7. Can you find another source that claims the opposite?
  8. Does the medium contain any advertisements, and if so, is it made clear that the medium contains advertisements?

These questions are designed to provoke critical thinking, investigatory discrimination, and inquiry so that students can make inferences and informed decisions about the content that they consume. Critical examination is not just a skill for the classroom, it’s a life skill that you hone over time, making one a conscientious consumer. 

The questions provided are just an example of critical lenses that can be applied to digital literacy, what other critical examination questions might you use with your students? Please feel free to reach out to me on Twitter or email.