University of Cape Town (UCT) women are making significant strides in civil engineering, where they account for six of the department’s 11 first-class honours students. Part of the class of 2018, they will graduate on Friday, 12 April.
Thirty percent of the Department of Civil Engineering’s students are women, according to the department’s Professor Mark Zuidgeest, director of undergraduate studies. The six top women are Chloe Bolton, Juliana Diniz, Jemma Richmond, Dilys Mneney, Waseefa Ebrahim and Lansea Loubser, who are now working in engineering fields as diverse as transport and coastal infrastructure.
Their achievement is an emphatic endorsement of the Dean of Engineering & the Built Environment Professor Alison Lewis’s strong rebuttal last year of former South Africa Institution of Civil Engineering (SAICE) chief executive Mangin Pillay’s negative view about investing in attracting women into science, technology, engineering and mathematics (STEM) careers.
The UCT faculty has actively campaigned to attract more women, primarily through its #WomeninEngineering and “This is what an engineer looks like” campaigns, as well as the UCT chapter of Women in Engineering’s “I am an engineer” drive.
Last year, civil engineering master’s student Suzanne Lambert made global headlines when she produced a world first: a bio-brick made from human urine, signalling an innovative paradigm shift in waste recovery.
Like father, like daughter
Bolton was the department’s top honours student. She also won the second-best civil engineering research thesis in SAICE’s National Investigative Project (IP) Showdown last month, as well as first place in the engineering stream of the 2018 Greenovate competition.
Her choice of civil engineering was a result of her father, an architect, taking his young daughter to visit building sites and teaching her how structural systems work.
“He encouraged me to think about how that translated to the world around me,” she said.
“He taught me to interact with my surroundings in a manner that always questioned how and why things work the way they do.”
Networking and support play an important role for women studying and working in an industry still geared to men.
The six top women in Boltonʼs class have a shared WhatsApp group and through it they contribute to one another’s success.
“We’re not only driven by our own ambition but also by the ambition of this community that wants to see women succeed in engineering.
“I consider myself very lucky to work in a department where there are many senior female engineers who are incredible role models for my career.”
“I consider myself very lucky to work in a department where there are many senior female engineers who are incredible role models for my career, and it makes a huge difference starting out to have access to that kind of mentorship,” Bolton said.
It's about sustainability
Engineering is where Richmond thought she could be most useful to society – “working with people, improving their lives, and doing so sustainably”.
“I felt if I could improve the transport industry in South Africa I could improve access to opportunity, safety and promote economic growth,” she said.
Richmond now works for Transnet Freight Rail, which provides the platform to do this.
Being a womxn in STEM can be difficult, but she said she is fortunate to be surrounded by inspiring womxn and, for the most part, is supported and respected by her overwhelmingly male peers.
“Beyond this there is subtle, institutionalised sexism which is deeply ingrained in the industry both out in the field and in academia, and for the most part universities producing the next generation of engineers ignore these issues.
“I don’t believe that it is my responsibility to educate my male peers or demand respect. Being supported by strong womxn is the antidote and I am so grateful for each one who helped me through my degree.
“It shows that representation is essential, and all members of the industry should support each other regardless of perceived differences,” she said, adding that she hopes to work with companies such as WomEng in the future to encourage diversity and break down existing prejudices.
Women bring a different perspective
Mneney followed in her civil engineer father’s footsteps into the field and has taken her skills back to Tanzania, although she has been granted a critical skills visa that will allow her to return to South Africa.
“I never imagined myself as anything but a civil engineer.”
“I never imagined myself as anything but a civil engineer,” she said, adding that women play a vital role in the engineering field.
“We have [the capacity] to bring a different perspective to the industry for sustainable advancements in society. This perspective is crucial to the innovation of solutions that meet the demands of all groups in society.
“However, the industry needs to be aware that it has the responsibility to ensure that there is support for women at all levels to thrive in the field,” Mneney said.
Be yourself
Loubser chose civil engineering to make positive environmental and social change in the world around her.
“Being a woman in this industry can be challenging,” she said.
“A lot of the time I am surrounded by males. My mentor is also a male. So sometimes it’s difficult to be exposed to a woman that you can look up to.
“I make it a point to show people that the quality of my work is more important than my gender.”
“An important thing I have learnt from being in a male-dominated industry is to always be myself. I never try to change who I am, to try and fit in with the males around me.
“I make it a point to show people that the quality of my work is more important than my gender.”
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