Empowering Girls in Computer Science

Girls in computer science

Empowering Girls in Computer Science

"That's just for boys!" is a common remark heard among young girls. In fact, my younger sister recently made that comment to me when I asked her if she played a certain videogame. While the context might be innocent or inane, it's alarming how many things are deemed to be "for boys" when, in reality, this couldn't be farther from the truth.

Science- and technology-related fields of study and employment are often treated this way, even though women have historically been at the forefront of groundbreaking scientific and technological advancements. From Ada Lovelace to Katherine Johnson, knowledge of prominent female figures in STEM careers are difficult to come by, although recently more and more stores about these women have surfaced in mainstream media. It is easy to see how young girls internalize the "boys only" misconception when so many of the facts circulated in science and technology appear to be dominated by men.

Women code too

Ada Lovelace was a talented mathematician born in 1815. Ada took to mathematics at an early age, and was able to study math at the collegiate level. While translating an article about an invention created by her mentor, Ada was able to share some of her own ideas about the machine, along with notes on how computer code could be written to give the device repeatable instructions. Because of this, she is considered by many to be the world's first computer programmer.

The story of Katherine Johnson was recently featured in the Oscar-nominated film Hidden Figures. Katherine was an incredibly gifted woman. At the age of 10, she was a freshman in high school. She started working at the National Advisory Committee for Aeronautics, later known as NASA, in 1952. Her job title? Computer. Young women were hired at the time to perform calculations, even when NASA began to use actual computers for these tasks. Katherine's mathematical skills were so virtuosic that her job was to double-check the work of the machines! In 2015, Johnson received the Presidential Medal of Freedom.

Female influences in computer science are not relegated only to historical contributions. Over the past few years Samaira Mehta has been featured in the news and invited to speak at conferences for her work as a programmer — a title she earned at 6 years old! Her work has helped children all across the country learn to code.

Getting girls into computer science

While there is still a considerable amount of progress to be made, there are signs that more girls are getting exposed to computer science earlier on in their K-12 education. In 2018, there was a 39% increase in the number of female students who took the Advanced Placement (AP) Computer Science exam. Taken by high school students, passing scores on AP exams can translate to credit at many American colleges.

Still, in 2015, only 18% graduates with a computer science degree were female. Why is this?

  • Lack of female role models. As we mentioned earlier, the computer scientists and other workers in STEM fields we see at tech companies in Silicon Valley in the news and on TV are usually men. We don't see as many women in technology, and thus software engineering doesn't doesn't get added as often to girls' lists of career aspirations.
  • Lack of early exposure. Studies show that students are ten times more likely to major in computer science if they are introduced to it early on to build their programming experience, like in an AP Computer Science class.
  • Misconceptions about programming as a career.The media also portrays programming as a independent and "nerdy" discpline, whereas building software is actually a very collaborative process.
  • Afraid to make mistakes. Code rarely runs perfectly the first time you run it, and learning how to debug code is a key programming skill.

How Juni can help

It's hard to aspire toward what you've never glimpsed. Seeing women in STEM roles is key to discouraging the "that's for boys" mentality that has girls self-selecting out of fields they could succeed in. Mentorship is a great way to encourage young girls to experiment with technology.

At Juni, our classes connect a student with a private instructor to develop their computer science education. They use our structured curriculum to practice coding fundamentals and problem solving in various programming languages, while building projects that are exciting for kids. We've written in detail about what a private online coding class entails previously. Almost 100% of our female students are able to develop their skills with a female instructor. Students get personalized attention from an instructor who is currently studying computer science at a top university or working in the tech industry. How does this combat the issues we listed above?

  • Exposure to a female role model. Girls have a mentor to work with who is passionate about computer science and demonstrates highly technical skills.
  • Early exposure to computer programming. Students can start as young as 8, and we offer beginner courses in Scratch and Python.
  • Easy to make mistakes. Our instructors dispel the notion that code has to be perfect before we run it. We emphasize the importance of incrementally testing our code and how to debug code that isn't working.
  • Easy to ask questions. Some girls may be nervous to ask questions in a larger computer science course with more students. In a private class, there is no judgement!

At Juni, we've already heard from many of our female students and their parents how they've seen these aspects of our classes improve their confidence in computer programming and technical topics. And as an instructor myself, I've seen this happen firsthand. Let's build up more girls who code and change the notion that computer programming is "just for boys!"

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coding for kids or speak with a Juni Advisor by calling __(650) 263-4306__ or emailing __advisors@learnwithjuni.com__.

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