building computer

English Language Arts

• The student has learned about technical writing and communication skills through the process of following computer assembly instructions and troubleshooting potential issues.
• Reading manuals and researching components has improved their research and reading comprehension skills.
• The student has developed their persuasive writing and critical thinking skills by justifying their choice of components and explaining their computer build choices.

History

• The student has learned about the history of computer technology and its impact on society through exploring the evolution of computer components and the development of modern computing systems.
• Understanding the historical context of computing has enhanced the student's understanding of technological advancements and their implications on society.
• Learning about the history of specific components, such as processors or storage devices, has provided a practical link between historical development and modern technology.

Math

• The student applied mathematical concepts such as measuring, calculating percentages, and budgeting during the selection and purchasing of computer components.
• Understanding the specifications of components involves mathematical concepts like data storage capacity, processing speed, and power consumption.
• Assembling the computer required precise measurements and understanding of dimensions for fitting parts, integrating mathematical principles into the practical building process.

Physical Education

• The physical activity involved in building the computer contributes to the student's physical well-being and encourages a healthy lifestyle.
• The fine motor skills required for handling delicate computer components also contribute to the student's hand-eye coordination and dexterity.
• Understanding the importance of ergonomics in setting up computer peripherals and considering workstation setup contributes to the student's awareness of physical comfort during long computer usage.

Science

• The student has gained knowledge about the functionality of computer components, such as processors, memory, and storage devices, and their role in the overall system performance, thereby improving their understanding of technology and engineering principles.
• Learning about the principles of electricity, cooling, and thermal management during installation has broadened the student’s knowledge of physical sciences.
• Troubleshooting potential issues during the assembly process encourages the application of the scientific method in identifying and resolving problems.

Continued development related to this activity can include exploring the world of coding and software development to complement hardware knowledge. Encouraging the student to participate in computer-building competitions or hackathons can further enhance their skills and confidence. Additionally, creating a blog or vlog to document and share their computer building experience can improve their communication and digital media skills.

Book Recommendations

• How to Build a Computer (for beginners) by Jacob Glover: A comprehensive guide for beginners covering computer components, assembly, and troubleshooting.
• The Code Book: The Science of Secrecy from Ancient Egypt to Quantum Cryptography by Simon Singh: Explores the history and evolution of cryptography, connecting to the student's interest in computer technology and its implications.
• The Innovators: How a Group of Hackers, Geniuses, and Geeks Created the Digital Revolution by Walter Isaacson: Offers a historical perspective on the development of modern technology and the pioneers behind it, complementing the student's interest in computer history.