Building gaming computers

Art

• The student has learned about the visual design of the gaming computer, including choosing a computer case and components that match a desired aesthetic.
• They have also gained an understanding of how to create custom designs and artwork for the computer case, such as using vinyl decals or modding the case with paint or LED lights.

English Language Arts

• Through researching and understanding the technical specifications of the computer components, the student has improved their ability to comprehend and analyze complex written information.
• They may have written instructional guides or documentation for the assembly process, improving their writing and communication skills.

History

• The student has learned about the historical development of computer hardware and technology, understanding how past innovations have led to the modern components used in gaming computers.
• They may have also explored the history of gaming and its impact on technology and society.

Math

• By selecting and comparing the specifications of different computer components, the student has practiced applying mathematical concepts such as measurement, percentages, and budget calculations.
• They have also gained hands-on experience with mathematical concepts such as geometry and spatial reasoning when assembling the computer components.

Physical Education

• While building and moving computer components, the student has engaged in physical activities that promote coordination, strength, and dexterity.
• They have also practiced organization and time management skills to ensure the safe and orderly assembly of the gaming computer.

Science

• The student has learned about the principles of physics and thermal dynamics while understanding the cooling systems and airflow design within the gaming computer.
• They have also gained practical knowledge of electrical engineering and circuitry through connecting and configuring the computer components.

Social Studies

• The student has explored the societal impact of gaming and technology, including the influence of gaming culture on modern society and the global gaming industry.
• They may have also learned about different gaming communities and the cultural significance of gaming around the world.

Continued development related to this activity can include exploring advanced customization techniques for the gaming computer, such as custom water cooling loops, advanced cable management, or creating themed builds inspired by art movements, historical periods, or literature. Encouraging the student to document and share their builds online can also foster further development in communication and digital literacy.

Related Educational Toys and Games

• Kano Computer Kit - Complete | Make and Code Your Own Laptop by Kano: A fun and educational kit that allows students to build their own fully functioning laptop and learn to code.
• Elenco Desktop Wooden Model Kit - Catapult by Elenco: This hands-on model building kit can help develop problem-solving skills and an understanding of physics and engineering principles.
• LEGO MINDSTORMS EV3 31313 Robot Kit with Remote Control for Kids, Educational STEM Toy for Programming and Learning How to Code by LEGO: This robotics kit is a great way to engage students in hands-on engineering and programming, promoting creativity and critical thinking.