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This section of the V4T Project portal provides administrative information for the project contractual partners and for the European Commission and it is password protected.

Games

This Section provides access to an Online database of:
• The best educational Videogames and mobile apps available on the market
• The most suitable Videogames and Apps that, even if not specifically designed for educational purpose, can be used as teaching or learning tools with students

Videogames and apps are categorized, analyzed and assessed in order to provide the teachers with all the necessary information and hints to make full use of the Videogames and Apps in teaching contexts.

Partners' Institution
Hellenic Open University
Author
Vicky Maratou

APPS/VIDEOGAMES

Product type
Educational videogame
Name of the videogame/app
Game Over Gopher
Name of the producer
Learning Games Lab at New Mexico State University
Year
2014
How to find it
For free
Main technical requirements
Windows
Other Web browser (Adobe Flash player enabled)
Native Virtual Reality Support
No
Single/Multiplayer
Single
Type
Strategy
Target Audience
6-11 years
Augmented Reality
PEGI Clasification
N/A

Use in Educational contexts

Degree of required tutoring
Autonomous use after teacher introduction/explanation
Subjects involved
Math
Educational Potential
Game Over Gopher is a defense game built around a coordinate grid. The game guides students in the following:
• Plotting points on a coordinate plane when given a coordinate pair.
• Identifying coordinate pairs on a coordinate plane.
• Identifying the four quadrants, the x-axis, the y-axis, and the origin.
• Differentiating between positive and negative x-coordinates and y-coordinates on the coordinate plane.
• Identifying what happens when you increase or decrease the x-coordinate or the y-coordinate of a point.
• Reflecting points across the x-axis and the y-axis.
The game offers interactive modules and short animations intended to visually help learners better understand the concepts behind difficult mathematics concepts.
It also provides the teachers with helpful resources such as the gameplay video and the Teacher's guide.
The game is available in English and Spanish.
Learning Object / Suggested activities with students
The game can be played in different ways: students can play individually, in pairs, in small groups or in one large group using a smartboard, depending on the technology available in the classroom or computer lab.
It's okay to let students loose with the game before teacher has covered these concepts in class.
The game is not meant to assess; it is best at encouraging students to explore concepts and learn as they play.
It is advisable to show students the teaching video and then have them play the game, either alone or with a partner. Afterwards, come together as a class to discuss the experience and what everyone learned in the process. At the end of the session in the class, give your students a chance to play again for reinforcement. Have them reflect about how the latter experience was different from their first gameplay session.
It is also advisable for teachers to watch the teaching video for each game (shorter than 10 minutes) that offers important hints on how to use the game and how to engage students in follow up activities to help them apply what they've learned. Also teachers should read the Teacher's guide for more suggestions on how to use the game in the classroom.

Skills and competences

Skills and competences acquired
The game addresses common core standards related to application of coordinates, ordered pairs, and absolute value to solving real-world and mathematical problems.
Students can understand the coordinate grid and become more comfortable with graphing.
Suggested methods for assessment:
1. By the end of the game (or game level) teachers can ask students to list different vocabulary words and say where they saw them in the game. Some examples (not a complete list): Coordinate plane, quadrant I, quadrant II, quadrant III, quadrant IV, x-axis, y-axis, origin, point, positive number, negative number, coordinate pair, x- coordinate, y-coordinate, vertical line, horizontal line, increase, decrease, reflect, scale.
2. The teacher can draw a blank coordinate grid without any labels on the board and have students label it using the vocabulary words listed in question 1.
3. The teacher could ask students to give some real world examples of where they might see coordinate grids. (e.g. maps, blueprints, and streets use grids to identify locations using points.)
Soft skills
Critical thinking, Problem solving

Translation

Files
game over gopher - gr (Download)

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