We live in a society that idolizes super heroes. Everyone wants to be super, and teachers are no different: They can teach super. An elementary school teacher’s impact on a child surpasses almost anyone else in their life, other than parents and close relatives.

Do you know how important you are to your students?

By sparking curiosity and interest in a subject like science, you can build the foundation for a future career and lifelong passion. But it takes more than just an attentive teacher; it requires making STEM fun and playful.

Just last December, Getting Smart magazine noted how important it is to make science a fun activity. “Implementing a STEM curriculum during the early elementary grades which combines play with direct instruction can lead to long-term interest in these subjects,” writes Tracy Derrell. Maintaining interest from elementary and through middle school requires engagement.

That’s where teaching super comes into play.

The Need for Super Teachers

The need for super teachers is real. Only 34% of 4th grade students achieved a score of “At or Above Proficient” on the science portion of the National Assessment of Educational Progress (NAEP).

The United States needs its youth to take on STEM careers. The country is currently reliant on foreign workers to fulfill its STEM workforce.

So how does an educator make science fun and playful?

For starters, you can make a game of it. That goes well beyond Legends of Learning’s elementary suite of games. There are many ways to make content accessible to students.

For example, consider these eight fun resources we found to help teachers preparing science students for tests. Or find a different way to make science more interesting and applicable to students’ real lives. There are hundreds of such activities across the Internet.

When You Teach Super

Experienced teachers know success often bubbles up as singular breakthrough events that occur during the long march of a school year. Teaching can become a slog, particularly in the winter months when the days are short and the work is long.

But then there’s that student who suddenly comes alive. Or that class that really gets into a lesson. Maybe a former student comes back to visit or reaches out and thanks you for providing that spark.

Consider how these two students fell in love with science as a result of witnessing the total solar eclipse last summer. The experience infused them with a new excitement for science.

So, Legend, every day is a great day to teach super.

Let us know how we can support you.

Earlier this morning, Legends of Learning issued a press release about the Vanderbilt University study “Substantial Integration of Typical Educational Games into Extended Curricula.” The following is a version of this research.

In the largest study of its kind, researchers found students boosted their test scores by the equivalent of over half a letter grade in three weeks when their teachers used digital games in the classroom. The new research, published by Journal of the Learning Sciences, demonstrates the benefits of game-based learning for students when compared to students who had no access to such games.

“Substantial Integration of Typical Educational Games into Extended Curricula,” was co-authored by researchers at Vanderbilt University and involved more than 1,000 students of 13 teachers in 10 diverse urban, suburban and rural schools in seven states (get the executive summary here). The educators integrated a standards-aligned set of 55 typical educational games into their curricula. Each teacher taught at least one class with the games and one class without.

The research found students in the classes with the games outperformed their peers on essay and multiple choice questions. It also found:

• Engagement increased. Teachers reported dramatic increases in engagement among students who learned with the games.


• Teachers enthused. Ninety-two percent of teachers who used the education games said they would like to use similar games again because of the impact on student performance and engagement.

Researcher and co-author Douglas Clark, professor, Vanderbilt University’s College of Education and Human Development, says, “The results highlight the potential of digital games for enhancing instruction, particularly in light of the teachers strongly positive experiences and interest in continuing to use games like these in the future. This study is important because it is based on data collected with a large set of games used by teachers in extended curricula across multiple school districts.”

Two of his co-authors, Dr. Vadim Polikov, a research scientist, and Aryah Fradkin, a former teacher, tapped into the results to launch Legends of Learning. The online platform is now home to thousands of curriculum-based education games and assessment items for middle school earth and space science, life sciences and physical science curricula. Teachers across the U.S. are using the same kind of standards-aligned games validated by the study to raise engagement and test scores. The games are available via the Legends of Learning site.

Dr. Polikov is presenting the findings next week at the International Society for Technology in Education (ISTE) Conference in San Antonio, Texas, on Monday, June 26. Legends of Learning will demonstrate its games and platform live at ISTE at booth 2632.

Some highlights from the Legends of Learning platform include:

• Short games (5–25 minutes) that align to middle school science curriculum standards to ensure content engages and helps students succeed in their studies


• An intuitive platform similar to Netflix and Amazon that makes games easy and natural to use in classrooms


• A dashboard that allows teachers to observe student comprehension in real time, create game playlists for classes and individual students, and assess content mastery


• A feedback loop that rewards game developers based on ratings given to their games by teachers and students, which allows the best games to rise to the top

The study was published in The Journal of the Learning Sciences (JLS), one of the top peer-reviewed academic journals for research on education and learning. JLS is ranked in the top 3 percent (5th out of 230) of all scholarly educational research journals as rated by Thomson Reuters, Journal Citation Reports®.

In the post-truth era, American society has come to devalue intellectualism. Twitter wars and opining about “alternative” facts take precedence. This lack of commitment to reason and knowledge doesn’t merely turn adults into pessimists and skeptics with the attention span of goldfish. It affects students, too, and their ability to reason and discover what is true.

Without a genuine hunger for knowledge, today’s students will struggle to discern actionable information in their preferred fields of study and careers. That is true regardless of a region, state, or family’s politics. The hallmark of education is teaching students to use knowledge and thought to reason their way to conclusions.

But how can educators inspire intellectualism in a time of deep mistrust in public discourse?

Perhaps the top method is to combat boredom in the classroom with engagement. Note the word: engagement. It’s not entertainment. The distinction is critical. Students need to learn, not to be amused. You can have both in the same environment, but entertainment is not and must never be the primary objective.

“We need to get away from thinking that the opposite of ‘bored’ is ‘entertained,'” says  said Todd Rose, Ed.M.’01, Ed.D.’07, a lecturer at the Ed School and director of the Mind, Brain, and Education Program at Harvard University. “It’s ‘engaged.’” Successful education is not about pumping cartoons and virtual reality games into the classroom; it’s about finding ways to make curriculum more resonant, personalized, and meaningful for every student.

Engagement as a Precursor

With engagement, a true interest in pursuing knowledge develops. Lea Taylor and Jim Parson note note several forms of engagement in an article published on Arizona State University’s Current Issues in Education.:

• Academic
• Cognitive
• Intellectual
• Institutional
• Emotional
• Behavioral
• Social
• Psychological

While a variety of pedagogical techniques — including blended learning, problem-based learning, and, yes, game-based-learning — may inspire some forms of engagement, not all of them are guaranteed. Fostering intellectualism in students is a by-product of the right conditions. One thing is clear: Engagement, curiosity, and interest are precursors of successful learning.

Engagement Stimulates Learning and Curiosity

And learning is the point. It’s one of the reasons Legends of Learning ties curriculum to its edgames and focuses on shorter games. It’s hard to deliver an engaging experience that survives classroom interruptions. But when students engage in a meaningful experience, no matter how short, their interest in school subjects can grow.

That interest can lead to deeper understanding and application, what Dr. Mike Davis of the Colorado Academy terms “intellectual curiosity.” Students grasp what they know and use it to comprehend new concepts. Fostering curiosity through the exploration of new and unresolved situations, i.e., games, can be a tremendous spark for children, as well one in which both teachers and parents can participate.

“But what about those test scores?” you ask.

Engagement comes to the rescue here, too. The quality of engagement can also improve retention. “If the students are interested and inspired to think about things for prolonged periods, then memory is enhanced,” says Ben Johnson, an administrator. Engagement wins again and provides yet another reason to build blended classrooms that integrate teacher-led activities with engaging exercises and games.

Will an engaged classroom become an intellectual one? Perhaps, perhaps not, but it certainly brings us one step closer towards helping students think and reason for themselves.

Few blended learning studies exist to date, but those that do highlight some best practices. Legends of Learning’s own GBL study, “Substantial Integration of Typical Educational Games into Extended Curriculum,” identifies several elements essential to overcoming challenges found in blended learning environments. They include the following three:

1. Student choice from a set of teacher-curated games
2. Competency-based game mechanics
3. Strong teacher instruction

A Bill and Melinda Gates Foundation RAND study, Interim Research on Personalized Learning, notes an additional four attributes common to successful blended learning environments. Jamee Kim and Wongyu Lee name two more characteristics in their study conducted at Korea University. The six cumulative characteristics are:

1. Learner profiles
2. Personal learning paths
3. Peer interaction
4. Competency-based progression
5. Flexible learning environments
6. High levels of teacher support for the digital material

The qualities further detail the three identified by Legends of Learning and Vanderbilt University in their collaborative study. The six also recall James Paul Gee’s 16 tenets, suggesting they build upon the best practices of the past while encountering the present and looking forward to the future.

Turning Curriculum into Interactive Game Content

However, true success with GBL cannot be limited to engagement alone. Games must help educators deliver lessons for them to have long-term value and impact. That means they must connect to the curriculum in some way, as well as support other learning goals related to the subject matter, lesson plan, or grade level.

Robert J. Marzano, who conducted a five-year study of game based learning, makes the argument in his findings. He says, “If games do not focus on important academic content, they will have little or no effect on student achievement and waste valuable classroom time.”

European researchers Venera-Mihaela Cojocariua and Ioana Boghiana also believe that games need to have a clear and understood role in the classroom. They state, “In order to exploit the advantages of using game-based learning in class, there is a clear need for standardization and regulation on the use of games in teaching-learning-evaluating.”

Legends of Learning and Vanderbilt University similarly tie GBL success to the rigors of learning. Their study shows that GBL efforts integrated with the classroom curriculum cause quantitative and qualitative improvements in content mastery as well as engagement.

Balancing engagement with content mastery remains a challenge. If students aren’t interested in the teacher-approved games, they won’t play them. Gee and other researchers note that games must be interesting and fun, while delivering educational content, for them to produce results.

In a productive GBL environment, learning and engagement operate hand-in-hand. One cannot succeed without the other.

As a result, educators will need to carefully evaluate games to make sure they both engage students and support the curriculum.