Games: Improving Education
Educators increasingly recognize the impact of entertainment software and utilize games as a teaching device in a growing number of classrooms and business settings. In doing so, they are embracing the cultural and technological shifts of the 21st century and expanding the use of a favorite leisure activity, computer and video games, into a critical and still-emerging educational resource. More than just play, entertainment software helps impart knowledge, develop life skills and reinforce positive habits in students of all ages.
In addition to being a great way to keep students engaged, researchers have found that video games have real potential as next-generation learning tools. Games use new technologies to incorporate principles crucial to human cognitive learning. As Dr. Jeffrey Taekman, the director of Duke University’s Human Simulation and Patient Safety Center noted, “serious games and virtual environments are the future of education.”
University of Wisconsin education professor Dr. James Paul Gee concluded that video games intermix instruction and demonstration, a more effective learning technique than the style currently found in most classrooms. According to a recent study conducted by researchers at the University of Michigan, video puzzle games that exercise children’s working memories can enhance their abstract reasoning and problem-solving skills, which can have a direct impact on future educational and occupational success. In addition, a study conducted by scientists at the University of Rochester found that video games can improve players’ vision, attention and certain cognitive skills. Study participants also performed better than non-gamers on certain tests of speed, accuracy and multitasking.
In June 2009, the Joan Ganz Cooney Center at Sesame Workshop released a report titled “Game Changer: Investing in Digital Play to Advance Children’s Learning and Health” which concluded that computer and video games provide “an important, untapped opportunity” to support learning, particularly when children and adults play together. That same year, the center launched its Innovation in Children’s Digital Media prize program, providing incentives for university media labs as well as the entertainment software industry to develop research-based games that promote learning through digital media.
In an effort to maintain this unprecedented momentum, the Department of Education announced in January 2010 that it would provide initial funding for the nonprofit National Center for Research in Advanced Information and Digital Technologies. The center will offer grants to academic institutions, nonprofit organizations or corporations who propose to research and develop new educational technologies, including simulations, computer and video games, virtual worlds and avatars that serve as tutors.
In the Classroom
Almost out of necessity, teachers are taking steps today to incorporate computer and video games into learning. From national organizations to individual classrooms, the education community is actively pursuing new methods for developing young minds.
ESA partners with Electronic Arts, the Institute of Play, the MacArthur Foundation, and the Bill & Melinda Gates Foundation to support the Games, Learning and Assessment Lab (GLASSLab), an unprecedented effort to explore games’ potential to serve as learning and assessment tools. In addition to developing its own educational games, GLASSLab is examining popular game titles to identify elements that increase student comprehension and enhance classroom performance. In March 2013, the lab launched SimCityEDU, an online community and resource hub for educators to create and share learning tools and assessments that use SimCity to encourage students to think critically about the challenges facing modern cities.
With the support of the National Science Foundation, researchers at Massachusetts Institute of Technology developed a new science game on behalf of the Smithsonian Institution. Designed for middle school students, Vanished requires players to discover what caused a future, hypothetical catastrophe that destroyed all of civilization’s historical records by researching and recording a variety of current scientific data. Students can also video chat with practicing scientists, or visit their local Smithsonian-affiliated museum for additional clues.
Middle school and ninth-grade teachers use the online, game-based learning platform iCivics to help teach civics lessons. Former Supreme Court Justice Sandra Day O’Connor collaborated with Georgetown University Law School and Arizona State University to develop the platform. First launched in 2009, iCivics now features 21 games about constitutional law and the branches of U.S. government, each of which also comes with suggested lesson plans tailored to meet state-specific learning standards. iCivics is currently working to develop its newest offering; an international relations-focused, multiplayer game that will be available on the iCivics website and Facebook.
Additionally, Robert Travis, associate professor of classics at the University of Connecticut and director of the online Video Games and Human Values Initiative, created a game to teach students basic Latin. Operation LAPIS is an electronic role-playing game that immerses teams of students in situations requiring them to read Latin and respond to their surroundings in accordance with the worldview of their characters. Teams must type directions in both English and Latin for their character to interact with the virtual world.
The Center for Technology in Teaching and Learning at Rice University worked with the American Academy of Forensic Sciences, the Fort Worth Museum of Science and History, and CBS Broadcasting, Inc. to develop a series of online games called CSI: Web Adventures to introduce forensic science to middle school students. The games challenge players to examine a crime scene, requiring them to identify shoe and fingerprints, test DNA samples, and interview potential suspects. The project received funding from the National Science Foundation, and is based on CBS’ popular “CSI: Crime Scene Investigation” TV series.
The White House has encouraged these trends through its unveiling of the Educate to Innovate campaign in November 2009. The campaign seeks to improve Science, Technology, Engineering, and Math (STEM) education for children by enlisting various private companies and nonprofit groups, including ESA, to spend money, time and volunteer effort to encourage students, particularly those in middle and high school, to pursue these subject areas. Since 2011, ESA has worked in cooperation with several organizations to harness the excitement surrounding computer and video games through the National STEM Video Game Challenge, a game design competition.
In some instances, games provide a framework for a school’s overall curriculum. New York City public school Quest to Learn uses a teaching model that draws direct inspiration from video games to create highly-immersive and challenging learning experiences. Games also play a direct role in many classrooms, with teachers requiring students to design their own video games, or play them as part of their coursework. Quest to Learn opened a new Chicago campus in fall 2011.
An increasing number of teachers and school administrators also recognize the educational value of video game design courses, which provide their students with instruction in traditional academic subjects as well as career preparation. Now, state education officials are beginning to standardize and approve game design curriculum for statewide use. The Texas State Board of Education approved standards for a new high school Game Programming and Design course, and the North Carolina State Board of Education approved introductory and advanced Game Art and Design courses for high school students in spring of 2011. Both sets of standards went into effect during the 2012-13 school year.
Kids also have the opportunity to learn how their favorite games are made over summer vacation, as the number of technology-driven summer camps offering programs in video game design and programming continues to grow, with more than 690 programs currently available. iD Camps, a California company that runs programs at more than 63 college campuses nationwide, has an overall enrollment of more than 20,000 campers.
iD’s Ohio State University-based camp engages children age 7 to 17 with basic and advanced courses in computers, robotics and design. The subject matter varies from session to session, incorporating such topics as instruction on Smartphone game design, 3-D programming and graphics development, and campers learn important skills from industry experts using cutting-edge technology while building camaraderie with peers.
Professional Skills and Public Education
The results that computer and video games have produced for teachers and students in the classroom have encouraged educational and training efforts outside the classroom. Businesses use games to train employees and games are becoming a key fixture in public education campaigns.
One entertainment software company, Games2Train, has developed employee training games for American Express, Bank of America, IBM, JP Morgan Chase, Nokia and Pfizer. In addition, Canon uses a video game in which repairmen must drag and drop parts into the right spot on a copier to train technicians. IBM has also produced Innov8, a free, interactive game that teaches graduate students business and technology skills. In addition, the Los Alamos National Laboratory created a 3-D virtual training program for nuclear facility inspectors, which helps inspectors learn how to identify safety hazards at a plant.
Video games and their technologies also serve as a tool to reach and educate the public. Developers also incorporate political issues into games to engage the public in the key policy debates taking place on Capitol Hill and around the country. In March 2013, developer Muzzy Lane Software, in cooperation with McGraw Hill Education, released Government In Action. The game allows players to serve as a member of Congress, challenging players to build up political capital, awareness, approval and influence to pass legislation and ultimately get reelected.
The educational benefits of video games are extending into higher education. Ludology, scholastic video game study from a humanistic perspective, now qualifies students to pursue careers in computer and video game design and programming.
381 American colleges, universities, art and trade schools offer courses, professional certificates, undergraduate or graduate degrees in video game design, development and programming. This includes courses of study offered by the Massachusetts Institute of Technology, New York University, University of Southern California and Carnegie Mellon University.
The positive impact of this trend is tangible. The DigiPen Institute of Technology in Redmond, Wash., which grants undergraduate and graduate degrees in video game development, helped transform the Seattle area into one of the nation's leading game development regions. With a research lab at the prestigious Parsons The New School for Design in New York developing video games for training public officials, students and professionals, the impact is only just beginning.
It is clear students, educators and lawmakers understand that video games can provide a lucrative career path for young graduates with starting salaries significantly higher than other industries. In fact, the video game industry’s average compensation per employee is $90,000.
- 64 million - The number of children between 2 and 17 years old who are currently gamers, according to The NPD Group.
- 8.07 - Increase in students’ math test score numbers after playing DimensionM over an 18-week period, compared to an increase of 3.74 points for the control group, according to a study conducted by the University of Central Florida.
- 100 to 135 - Number of Global Fortune 500 companies that will have adopted by 2012 gaming for learning purposes, according to The Apply Group.