Women in STEM: Giving back to the community
At present in the UK, only 15% of Engineering graduates are female. STEM (Science, Technology, Engineering and Maths) has historically been male dominant, which in turn, has led to more men in the talent pool. In some regions, there are also accessibility barriers, such as reduced access to computer rooms and unequipped teaching facilities and expertise, which have led to an imbalance in engineering teams when it comes to diversity. Whilst, we’ve come a long way in diversifying STEM, we still have a way to go before the tech industry will have a truly diverse workforce. Businesses have an opportunity and an obligation to help diversify not only their workforces, but the talent pool.
Girls Who Code
Having worked with Girls Who Code, the non-profit organisation which aims to support and increase the number of women in computer science, it’s clear to see the difference it makes when you give young women the opportunity to learn coding. The alumni of Girls Who Code went on to major in computer science at 15 times the national average.
Inspiring the next generation of women in technology and science fields must focus on education in software programming, especially in areas where learning is limited. In developing countries, educating women in STEM has the ability to give women the power to gain financial independence, an agent for changing lives for the better.
But these communities require more than just investment. Businesses and leaders in STEM can give back by sharing career advice, knowledge, inspiration, experiences and resources to help educate and empower young women to consider a path in STEM.
Fighting bias through equality
Bringing more women into the sector is not just the right thing to do, it’s the smart thing to do. As technologies such as AI and ML begin to take off, the importance and capacity of data and its frameworks is growing. In the past data was an outcome, however, data is now implemented within technologies, responsible for informing all our systems. This is where potential data bias can evolve. Several research centres, such as the AI Now Institute, have reported that voice and speech recognition systems performed worse for women. Most recently, YouGov found that close to two-thirds of women say voice assistants such as Siri and Alexa have difficulties responding to their commands because they are built predominantly by men.
Recently, an HR recruitment tool taught itself to downgrade female candidates because men have historically held technological jobs and therefore saw males as more suitable. As a result, Amazon had to shut down a number of AI driven programmes due to this bias. Facial recognition systems have also been more error-bound with female faces and in fact find it harder to identify faces from minorities. Photos used to train computer systems include more male white than from any other demographic. A balanced developer-base will be key to developing robust, neutral frameworks and anticipating future challenges, helping to create successful end-products which work equally well for both men and women.
Exposure is the first and most important step
Exposure to STEM is made more likely through private education or being closely located to major tech hubs such as Silicon Valley or Silicon roundabout. Finding opportunities within STEM can otherwise be difficult. There are even greater challenges in developing or war-torn countries like Afghanistan, where there’s unfortunately not a market for STEM graduates. Yet, it was a computer programming insights programme in my hometown, Kabul, which piqued my interest and ignited my passion for computer programming.
It’s important for businesses and voices within the STEM community to give back and help give young people exposure to these subjects. Businesses have the power to educate young people on the need for talented and creative young people in the sector and why a balanced developer base is so important. It is the next wave of developers, scientists and programmers which are key to businesses future prosperity, so it’s in their best interests to engage with the younger community and open their eyes to a career in STEM. Ideally, computer programming should be studied from an early age, which is something leaders should be actively campaigning for.
Social media and empowerment
With the rise of social media, it’s never been easier for leaders and mentors to reach out to aspiring members of the STEM community. Social media platforms have the benefit of cutting out the middle-man, giving people direct access to anyone and any community with a social media account. Linkedin, Twitter, Facebook, Instagram and online forums have become hot spots where young people in STEM can feel connected, discuss careers in STEM, hear from role models and help others by sharing experiences.
A recent movement on Instagram, where women in science use the hashtag #ScientistsWhoSelfie, reveals a community where women feel empowered by connecting and sharing their stories. This hashtag has become a powerful tool in encouraging young, non-white women to come into the sector, breaking down the stereotype of what scientists have historically looked like. Businesses can give back via social media by using their own social networks to promote diversity, as well as hosting programmes, forums and blogs where young people can come for advice and inspiration.
There’s never been a better or more crucial time to give back to our communities in STEM. The lack of representation is already creating repercussions when it comes to general product design, and bias within AI. To ensure female talent avoids slipping through the net, it will take a fully pledged drive from the ground-up, giving back to the community and offering a lending hand to our future workforce.
By Sara Daqiq, Developer, Okta
SAS: Improving the British Army’s decision making with data
SAS’ long-standing relationship with the British Army is built on mutual respect and grounded by a reciprocal understanding of each others’ capabilities, strengths, and weaknesses. Roderick Crawford, VP and Country GM for SAS UKI, states that the company’s thorough grasp of the defence sector makes it an ideal partner for the Army as it undergoes its own digital transformation.
“Major General Jon Cole told us that he wanted to enable better, faster decision-making in order to improve operational efficiency,” he explains. Therefore, SAS’ task was to help the British Army realise the “significant potential” of data through the use of artificial intelligence (AI) to automate tasks and conduct complex analysis.
In 2020, the Army invested in the SAS ‘Viya platform’ as an overture to embarking on its new digital roadmap. The goal was to deliver a new way of working that enabled agility, flexibility, faster deployment, and reduced risk and cost: “SAS put a commercial framework in place to free the Army of limits in terms of their access to our tech capabilities.”
Doing so was important not just in terms of facilitating faster innovation but also, in Crawford’s words, to “connect the unconnected.” This means structuring data in a simultaneously secure and accessible manner for all skill levels, from analysts to data engineers and military commanders. The result is that analytics and decision-making that drives innovation and increases collaboration.
Crawford also highlights the importance of the SAS platform’s open nature, “General Cole was very clear that the Army wanted a way to work with other data and analytics tools such as Python. We allow them to do that, but with improved governance and faster delivery capabilities.”
SAS realises that collaboration is at the heart of a strong partnership and has been closely developing a long-term roadmap with the Army. “Although we're separate organisations, we come together to work effectively as one,” says Crawford. “Companies usually find it very easy to partner with SAS because we're a very open, honest, and people-based business by nature.”
With digital technology itself changing with great regularity, it’s safe to imagine that SAS’ own relationship with the Army will become even closer and more diverse. As SAS assists it in enhancing its operational readiness and providing its commanders with a secure view of key data points, Crawford is certain that the company will have a continually valuable role to play.
“As warfare moves into what we might call ‘the grey-zone’, the need to understand, decide, and act on complex information streams and diverse sources has never been more important. AI, computer vision and natural language processing are technologies that we hope to exploit over the next three to five years in conjunction with the Army.”
Fundamentally, data analytics is a tool for gaining valuable insights and expediting the delivery of outcomes. The goal of the two parties’ partnership, concludes Crawford, will be to reach the point where both access to data and decision-making can be performed qualitatively and in real-time.
“SAS is absolutely delighted to have this relationship with the British Army, and across the MOD. It’s a great privilege to be part of the armed forces covenant.”