The future of Esports

The growth of Esport is phenomenal as depicted in the article/graph by NewZoo

esports audience growth

 

UAE and Saudi Arabia have embraced this new technology and entertainment with passion. Dubai held the latest event in 2023 with the prize money of $45 million.

Dubai E-sport Festival gathered 75,000 gamers from around the world.

Esports

How can the education sector incorporate the skills of Esport into its curriculum? Here are some practical tips.

Global Academy in the UK has introduced an Esports Production course into its curriculum, offering students a UAL Level 3 Extended Diploma. Equivalent to three A-Levels, this course grants up to 168 UCAS Points, bolstered by a partnership with the University of the Arts, London (UAL).

However it is more of an art than science in bringing these concepts together in teaching. Successfully integrating esports into other subjects, collaboration between teachers from different disciplines is essential. Schools can also consider creating interdisciplinary projects or clubs focused on esports and academic learning.

Mathematics

●    Use esports data, such as player performance statistics, match outcomes, and in-game data, to teach mathematical concepts like probability, statistics, and data analysis.

●    Students can analyze historical data to make predictions about future matches or player performance.

●    Calculate win rates, averages, and percentages based on game-related data.

●    Explore the physics of game mechanics within esports titles. For example, you can discuss the principles of projectile motion when studying games involving ranged attacks or the physics of movement and collisions in the game world.

Science 

●    Discuss concepts like gravity, force, and trajectory in the context of in-game actions.

●    Explore the physics of game mechanics within esports titles. For example, you can discuss the principles of projectile motion when studying games involving ranged attacks or the physics of movement and collisions in the game world.

 

Coding and Programming (Computer Science):

●    Introduce students to game development and programming concepts by creating simple esports-related games.

●    Teach coding languages commonly used in game development, such as Python, C++, or Unity, and have students work on projects related to esports.

 

Economics (Social Sciences):

●    Analyze the esports industry as an economic case study. Discuss topics like revenue generation, sponsorships, advertising, and the impact of esports on the global economy.

●    Examine the economic incentives and structures of esports leagues and teams

Marketing and Business (Business Studies):

●    Explore the marketing strategies used by esports organizations, including branding, sponsorship deals, and social media marketing.

●    Encourage students to create marketing plans for fictional esports teams or events.

 

Psychology (Social Sciences):

●   Discuss the psychology of esports, including the mental aspects of competition, player behavior, and the impact of stress on performance.

●   Explore concepts like motivation, concentration, and teamwork in the context of esports.

 

Geography (Social Sciences):

●    Study the global esports scene and its distribution of players, teams, and tournaments around the world.

●    Explore the cultural and geographical factors that influence esports development in different regions.

 

Art and Design (Visual Arts):

●   Have students create esports-themed artwork, including logos, team banners, or in-game items.

●   Teach graphic design skills through the creation of esports-related content.

Communication Skills (Language Arts):

●   Encourage students to write articles, blogs, or reports about esports events, players, or teams.

●   Develop public speaking skills by having students present on esports-related topics.

Written by: Anju De Alwis, Managing Director, Ultimate Access Education

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