Theory of Knowledge
Theory of Knowledge
13
Chapters
165
Notes
Chapter 1 - Knowledge & The Knower(Core)
Chapter 1 - Knowledge & The Knower(Core)
Chapter 2 - Knowledge & Technology(Optional)
Chapter 2 - Knowledge & Technology(Optional)
Chapter 3 - Knowledge & Language(Optional)
Chapter 3 - Knowledge & Language(Optional)
Chapter 4 - Knowledge & Politics(Optional)
Chapter 4 - Knowledge & Politics(Optional)
Chapter 5 - Knowledge & Religion(Optional)
Chapter 5 - Knowledge & Religion(Optional)
Chapter 6 - Knowledge & Indigenous Societies(Optional)
Chapter 6 - Knowledge & Indigenous Societies(Optional)
Chapter 7 - History(AoK)
Chapter 7 - History(AoK)
Chapter 8 - The Human Sciences(AoK)
Chapter 8 - The Human Sciences(AoK)
Chapter 9 - The Natural Sciences(AoK)
Chapter 9 - The Natural Sciences(AoK)
Chapter 10 - The Arts(AoK)
Chapter 10 - The Arts(AoK)
Chapter 11 - Mathematics(AoK)
Chapter 11 - Mathematics(AoK)
Chapter 12 - ToK Exhibition
Chapter 12 - ToK Exhibition
Chapter 13 - ToK Essay
Chapter 13 - ToK Essay
IB Resources
Chapter 2 - Knowledge & Technology(Optional)
Theory of Knowledge
Theory of Knowledge

Chapter 2 - Knowledge & Technology(Optional)

Decoding Gender: Technology's Past, Present & Future Impact

Word Count Emoji
569 words
Reading Time Emoji
3 mins read
Updated at Emoji
Last edited on 5th Nov 2024

Table of content

Technology and gender

Historical context: Technology's development and the corresponding knowledge have traditionally been gendered, with men having significant influence.

 

Feminist perspective: Over the past 50 years, scholars have been exploring technology's gendered aspect, evaluating how it interacts with gender in the fields such as reproductive technologies and domestic work appliances.

 

For example: In the world of technology, it's often been men who have created and designed household appliances like vacuum cleaners, washing machines, and microwaves, with women in mind as the primary users. It's a fascinating paradox!

Case study - evolution of printing technologies

The Linotype era: The Linotype machine revolutionized the printing process, making it more efficient. It was considered a high-skill job and exclusively operated by men.

 

Transition to QWERTY: As electronic methods took over, printing moved to QWERTY keyboards, predominantly operated by women considered to be performing 'unskilled' work.

 

Key point: The shift to QWERTY wasn't purely for innovation; it had political and gendered implications. It undermined the status of male compositors, equating them to typists (mostly women), thus giving women an edge due to their lower labor cost.

The "computer" paradigm

Before the term "computer" referred to machines, it was a job description for people performing calculations, mostly done by women. This work was seen as repetitive and unglamorous until the 1970s.

 

With the field's professionalization and academic degrees, along with the narrative that computers were 'toys for the boys', a gender gap developed in technology.

 

For example: It's akin to the modern tech industry's gender gap, where women represent only about 25% of computing jobs as of my knowledge cutoff in 2021.

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IB Resources
Chapter 2 - Knowledge & Technology(Optional)
Theory of Knowledge
Theory of Knowledge

Chapter 2 - Knowledge & Technology(Optional)

Decoding Gender: Technology's Past, Present & Future Impact

Word Count Emoji
569 words
Reading Time Emoji
3 mins read
Updated at Emoji
Last edited on 5th Nov 2024

Table of content

Technology and gender

Historical context: Technology's development and the corresponding knowledge have traditionally been gendered, with men having significant influence.

 

Feminist perspective: Over the past 50 years, scholars have been exploring technology's gendered aspect, evaluating how it interacts with gender in the fields such as reproductive technologies and domestic work appliances.

 

For example: In the world of technology, it's often been men who have created and designed household appliances like vacuum cleaners, washing machines, and microwaves, with women in mind as the primary users. It's a fascinating paradox!

Case study - evolution of printing technologies

The Linotype era: The Linotype machine revolutionized the printing process, making it more efficient. It was considered a high-skill job and exclusively operated by men.

 

Transition to QWERTY: As electronic methods took over, printing moved to QWERTY keyboards, predominantly operated by women considered to be performing 'unskilled' work.

 

Key point: The shift to QWERTY wasn't purely for innovation; it had political and gendered implications. It undermined the status of male compositors, equating them to typists (mostly women), thus giving women an edge due to their lower labor cost.

The "computer" paradigm

Before the term "computer" referred to machines, it was a job description for people performing calculations, mostly done by women. This work was seen as repetitive and unglamorous until the 1970s.

 

With the field's professionalization and academic degrees, along with the narrative that computers were 'toys for the boys', a gender gap developed in technology.

 

For example: It's akin to the modern tech industry's gender gap, where women represent only about 25% of computing jobs as of my knowledge cutoff in 2021.

Unlock the Full Content! File Is Locked Emoji

Dive deeper and gain exclusive access to premium files of Theory of Knowledge. Subscribe now and get closer to that 45 🌟