Benefits of Data Visualization in Education

Data visualization is an excellent tool for improving student engagement and teacher performance in learning analytics. Data visualizations, such as graphs and charts, can help identify risks to avoid and opportunities to invest in. They can provide teachers with clarity and assist them in making quick decisions about what students genuinely require.

Also, each educational institution has a sizable data collection, and you can use that data for more than just collecting and storing it. You could tell a story or develop a shared understanding based on knowledge.


Data Visualization for Learning

What is Data Visualization?

Data visualization is a technique that can be used to make complex information more accessible and understandable. It allows educators to create graphical representations of data that can help students understand complex concepts in a way that is easy to comprehend. Additionally, it can help teachers make informed decisions about teaching and learning materials.

Here are Some Significant Benefits of Data Visualization :

  1. Many data visualization tools are available online, so you don’t need special training or expertise. Upload your data into the tool, customize the design according to your needs, and share it with your students. Data visualizations can also be used as classroom assignments or assessment requirements.
  2. They provide teachers with an easy way to present complex information in an easily digestible format, helping students learn to analyze data critically and research relevant issues.
  3. One of the most popular educational data visualization uses is charting. Charting allows educators to present information clearly and concisely by displaying trends over time or across different data groups. It can be invaluable when understanding complicated topics or plots relating to statistics or science experiments.
  4. Beyond charting, data visualization enables educators to graphically represent qualitative information such as interviews or focus group results. Visual cues such as color coding, fonts, and layout techniques can easily show how various perspectives influence each other while highlighting key points on the charts themselves.
  5. Overall, data visualization helps educators communicate information more effectively and make sense of complex matters quickly and easily, an essential skill for educating tomorrow’s leaders!

Each STEM field benefits from data understanding, as do marketing, finance, history, consumer goods, service and IT industries, education, sports, and so on. At ILM, we emphasize data visualization for learning, as it is an essential skill for any modern-day educator. To learn more about it, book your free session now!

Factors for Bridging the Digital Gap in Education

The “digital divide” is often seen as a gap between those with access to technology and those who are not connected. UNESCO says, “We need new technologies to support learning and reading.” Still, equally important is what we might call a “technology of learning” — a way of learning that makes the best use of technologies for everyone. That’s why it is essential to bridge the digital divide in education.


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In the US, a third of low-income households and two-thirds of low-income rural households do not subscribe to broadband. This article will discuss some factors to consider for bridging the digital divide.

  1. Providing Access to the Poor

Here are three immediate options for bridging the digital divide that poor, minority, and LEP children face in their homes.

  • Give students and parents access to take-home technology.
  • Increase access to community centers for students and parents.
  • Improve students’ access to technology in their classrooms and schools and the quality of that access.

Several cutting-edge initiatives have used the first strategy, which gives students access to laptop computers, graphing calculators, and home-use email accounts. Typically, the equipment is loaned to students in the same way that textbooks and lab equipment are.

For parents and students, some programs offer a hardware and software checkout system and basic instructions on how to use the items.

2. Having Computers in Every Home

Second, cheap broadband connections mean little to people who don’t own a computer. Getting digital technology into the hands of everyone is a critical component of any digital inclusion program. There are several such initiatives in operation around the world.

3. Digital Literacy

A lack of digital literacy exacerbates the digital divide. Computers are primarily used as electronic workbooks for basic skills restoration, not to foster student creativity, solve problems, record and manipulate data, or produce multimedia summaries of what students have learned.

For those who lack digital skills, fear of this unknown technology can be a significant impediment. Once everyone has affordable access to and access to computing devices, the next step is to teach new users how to put technology to work for them.

Last but not least, technology has impacted every aspect of our society. At ILM, our platform enables learning to take place anywhere and for anyone, bridging the digital divide in education.

Five Ways to Enhance the Quality of STEM Education

It is an interesting question currently being investigated by many professionals. STEM education educates children that there are multiple ways to solve a problem. It also allows students to discover their true potential and not be limited to conventional teaching methods.

Recently, some of the hypotheses are that teaching critical thinking skills by giving students challenging questions, and solving problems could enhance the quality of STEM education. Also, educators can stimulate creativity by using multimedia tools such as games, animations, or 3D models in-class lessons.



STEM Education

There are Many Ways to Improve the Quality of STEM Education, and Here are Five of the Most Common :

  1. One is to create an inclusive and diverse classroom environment, which will allow students to feel like they belong there. It is an important step to ensure that young students are interested in pursuing STEM fields, as well as creating a culture of support and communication between their teachers and parents.
  2. Providing more hands-on opportunities. Students learn best when they have direct experience with what they’re learning, so provide opportunities for them to engage in projects that combine their classroom work with real-world applications. For example, this can be done by hosting robotics clubs or coding camps.
  3. Offering enrichment programs that focus on specific areas of STEM disciplines. These programs can include topics such as computer science languages, engineering design principles, or neuroscience research techniques. They should also offer students practical experience by applying their knowledge in a competitive setting (for example, creating an algorithm to solve a problem).
  4. Encouraging creativity and innovation within classrooms and laboratories via competitions and challenges between students and staff members. Encourage student participation through prize drawings or awards ceremonies. Because these activities help build a lifelong appreciation for math/science fundamentals while fostering camaraderie among fellow learners.
  5. Developing strong relationships between schools and businesses to foster collaborations around shared expertise (for instance, developing curriculum guidelines for establishing healthy indoor plant growth).

STEM education is crucial for future job security, and it is essential to ensure that the quality of STEM education remains high. So,

ILM is committed to using technological solutions to enhance STEM education quality. We provide solutions to the challenges of remote and hybrid learning and are dedicated to increasing student engagement and educational potential. We strive to provide more opportunities for students to experiment with new materials and technologies.

4 Reasons to Consider Digital Libraries for Schools

As you know, libraries are always a great resource, and we’ve found some cool facts about them that should pique your interest. There are many libraries, and digitization is the new way to provide them. Digitization can improve many things, like the ease of searching through information and how it can be accessed by those who might not get access to physical resources. The benefits of digital libraries are numerous. Some of them are listed below:


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  1. Improved Access to Digital Content : As you know, online book collections are not intended to replace real books but rather to foster a passion for reading and learning. Teachers can use digital libraries to access resources and teach students how to identify, evaluate, and use digital content for additional content support.

Additionally, digital texts integrate multimedia, such as animations or sound to help students practice reading comprehension and literacy skills.

  • Technology Collaboration : Digital transformation is speeding up worldwide. So, digital libraries are the first things that will help children learn about the benefits of technology in life.

Every piece of information a student seeks will be at their fingertips if they have access to a digital library. Unlike a physical book, it is easy to capture the student’s connection because it is a colorful and interactive world.

  • Better Classroom Libraries : The public is interested in reading because of digital libraries. According to the studies, students exposed to a digital library preferred both print and electronic books, rather than one and the other entirely. 

With the availability of digital books, teachers are no longer limited to a few books with only ten or so copies. Additionally, classroom libraries can be expanded to include more creative projects and activities to help students engage with the text.

  • Richer Learning Environment : The student can draw attention to specific points, ask questions, or start a discussion with other students or teachers. It will also help you comprehend the topic more deeply and understand the core concept. A digital library effectively gathers all the essential information without the need to go around physically. 

At ILM, we offer pre-prepared lesson plans in over 100 languages and engaging simulations to build compelling learning opportunities for students from anywhere and allow educators to maximize their time.