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March 28, 2013 /PRNewswire/ -- A group of friends scurry inside after some outdoor fun. It's time for a relaxing change of pace – video games. They settle in, flip on the computer, and wait. Blocks, colors, and characters fill the screen. But the kids aren't home. They're in class - eagerly awaiting the day's lesson from their teacher – with
The established indie "sandbox" game by Swedish development studio Mojang is more popular than ever – 40 million people have registered worldwide. Players traverse vast landscapes of mountains, forests, caves, and various water bodies. Their characters hunt, sail, and farm while constructing homes and objects by breaking and placing textured cubes in a 3D world. The goal is to survive, or simply invent.
And here the learning begins. That's right, learning.
Most anything imaginable can be performed in
is the epitome of creativity – limitless opportunity to build, discover, and problem-solve. To date, over 500 schools have purchased licenses for
MinecraftEDU, a version of
Minecraft specially designed for teachers.
One Stockholm institution made
Minecraft a mandatory part of its curriculum, requiring students to play to boost creative thinking and learn about "city planning, environmental issues … and even how to plan for the future," according to a teacher familiar with the program.
It's a far cry from traditional teaching methods usually reserved for textbooks, Internet searches, and history lessons.
The relationship between
video games and learning is picking up steam. But there are still roadblocks. Budgetary issues, staff development constraints, and pressure on educators to stick to the standardized "core" subjects continue to damper the rollout of game-based instruction.
iD Tech Camps, iD Gaming Academy, and iD Programming Academy STEM-based (Science, Technology, Education, and Math) summer camps in the U.S. are venues where students learn game-based curricula. The
youth and teen camps are held at 60 university campuses including
Yale. The company has unveiled four new courses based on the
3D Game Design with Minecraft,
Minecraft – Game Modding & Java Coding, and two offerings for teens —
Modding & Programming with Minecraft and
Game Development – Minecraft.
At iD, kids and teens learn from
playing the game, but mostly from recreating it. Students program modifications through Java, and implement ideas into their own
Minecraft worlds. They are exposed to variables, data types, and operators, and develop an understanding of control flow using conditional statements, loops, and functions. To gain a competitive edge for college, participants leave camp with a portfolio of their mods to play at home. Not exactly child's play.
iD recently launched their 2013 schedule in November, and enrollment has been brisk.