All my grandchildren love books in their own way, but have different tastes, genres that they like and so on. Interestingly, one granddaughter loves books and writing, and is also interested in coding and is very good at mathematics. A younger grandson already shows incredible early talent in coding and computing and has more recently discovered books. All children are different, but I suspect all could code if taught well. What will the girls and boys in our families become? All will have varied interests in life. But vocationally, what might they become? Research evidence suggests that statistically, my grandson has more likelihood of ending up in a career where he will use his strengths in STEM, particularly coding, than my granddaughter. I see this is a problem, because computer coding will be such a critical language to know and use in the future in varied careers. In fact Science, Technology, Engineering and Mathematics (STEM) is so critical to the future and gender diversity in this field is important.
Gwendolin Tilghman who is a Senior Investment Analyst at Viking Global Investors, wrote an interesting post last year that I shared on LinkedIn at the time, which argued for proactive efforts to get more girls into Science, Technology, Engineering and Mathematics (STEM). She writes:
Clearly action is necessary to encourage girls and young women to consider careers that build on their knowledge and interest in STEM. One the most critical needs will be to encourage girls with an early interest in science and maths to explore coding.
Gwendoline is part of the 'Girls Who Code' initiative in the USA that is seeking to close the gender gap in technology. She comments:
Get Coding (Walker Books)
Where can we start to inspire young girls (and boys as well) to explore coding? There are some great resources appearing on the market that will help. I was sent a great little book about 6 months ago designed for primary or elementary school children - Get Coding (Walker Books) that has been produced by Young Rewired State (see below). This is a wonderful little book, it made me want to get to a computer, and to start doing some coding myself.
It is well designed and very inviting. Each page combines text, step by step instructions and projects to undertake. The first 15 pages are text-based with some headings, pictures and diagrams to make sense of the limited amount of the word descriptions. The reading level is about 8-10 years. Once the reader is through this introduction they can begin a series of missions with Professor Harry Bairstone, 'a famous explorer' who is '... in desperate need of [our] help'. Once we are introduced to the mystery of the lost 'Monk Diamond', we are ready to code our way towards completing our mission. Yes, we will need to know what HTML tags are. And we will learn how to use them as we learn to write HTML code, on our way towards completing the mission. Very soon, we are writing the code for a simple web page, with text and images. Eventually we build our own 'Monk Diamond Discovery Web Page'.
By Mission 5 our young coders will be making their own game 'The House of Volkov's Security Team' that is responsible for protecting some valuable jewels on display in the The House of Volkov'.
This is wonderful stuff, and should be part of every child's primary school education.
Information of Young Rewired State
Young Rewired State was created in 2009 and is a network of 3000 data specialists with a female founder - Emma Mulqueeny. It has 30% female developers with 60% aged 18-25. It has an interesting methodology based on the principle of rapid prototyping, using the MVP concept of working towards a minimum viable product (MVP). It runs events and programs for technically gifted young people aged 18 and under. It draws together young developers, designers, and those with other technical skills to build projects (mainly phone and web applications) that attempt to solve real world problems. Most of the developers participating in Young Rewired State events have taught themselves or learned coding skills outside the traditional school curriculum.
Information about Girls Who Code