Campus Review Volume 26. Issue 7 | Page 9

NEWS campusreview.com.au Women on STEM for girls Experts discuss how to attract more female students into fields and keep them there. By James Wells T he gender imbalance in STEM fields is well documented. The goal of more women in, for example, physics, engineering and computer science-related professions is being promoted by universities, industry and politicians. But while STEM gender equity and increased female representation is being talked about – a lot – there’s not all that much discussion on how to get there. At Intel’s Girls in Tech: Inspiring the Next Generation of Creative, Entrepreneurial and Digital Women event, held recently in Sydney, several experts got together and discussed just that. EXPERTS’ TOP TIPS: 1 “If you’re trying to attract more women, young students, female students, into makerspaces, for God’s sake, don’t paint [the makerspace] pink and put Hello Kitty pictures on the wall.” That’s Kate Burleigh, managing director of Intel Australia. Instead, STEM programs targeted at girls should advertise the diversity of careers available in tech industries. “If your passion is medicine, technology has a role in medicine. If your passion is teaching – we know that technology has a role to play in teaching as well. Pick your industry, it doesn’t necessarily mean if you study technology, you’re going to end up in a technology industry.” When you’re running STEM programs for young girls, and all students for that matter, don’t direct their learning, guide it, said Dr Karsten Schulz, national program director of IT education advocacy group Digital Careers Australia. “When I was at school, I came home from school and I had my little table, my little electronics engineering lab that I built up myself,” Schulz said. “I was just tinkering and I had fun. I firmly believe kids learn best when they are not directed, when they can decide their own direction. Don’t tell them, ‘No, you can’t’. Only say, ‘What can you do with that?’ ” 2 3 Sarah Moran disagreed with Burleigh, saying aesthetics play a big part. Moran is co-founder and marketing director of Girl Geek Academy. She’s part of an all-female expert team dedicated to getting more women into STEM. She said an integral part of enticing prospective students is “thinking about what we were like as young girls”. Moran said: “We actually have a Hello Kitty 3D printer, and it goes off like a frog in a sock. We do look at branding and aesthetic, and the message that we’re giving young girls does add femininity. It provides a new outlook on the way we can use these digital tools.” Cathie Howe, manager of Macquarie University’s Macquarie ICT Innovations Centre (MacICT), which provides STEM professional development and workshops, said education needs to start early. Research commissioned by Intel shows the boy-togirl ratio in STEM-related extracurricular activities remains relatively even until Year 9, when girls start dropping out in droves. Howie said effective early teaching could help fix this. “If we start early enough with our primary school students … if we can really focus on those areas and design learning experiences within those subjects, then perhaps we may see a turnaround in the numbers,” Howe said. Sunny South, teacher librarian at Sydney Secondary College Leichhardt Campus and the secretary of the School Library Association of New South Wales, explained that inspiring early STEM interest in girls involves not letting the boys take over the class. “I came to the school running what we called a tech ninja program,” South said. “I called my first meeting. It was 99 per cent boys, a couple of girls, and they just totally took over the agenda. The girls felt intimidated. They didn’t come back.” ■ 4 5 See “What STEM needs now”, page 14. 7