
“When I talk to schools or parents, the first thing I say, is let your children touch and explore, it’s the first path to science.” Image courtesy of Ettione
In the first of our five features celebrating Ada Lovelace Day and prominent women in science and technology across the world, we speak to Professor Tebello Nyokong, an internationally renowned Chemist, on African science, education and innovation.
Ada Lovelace Day, which this year takes place on October 14, is an international celebration of the achievements of women in science, technology, engineering and maths (STEM).
Prof Tebello Nyokong holds a DST/NRF professorship in Medicinal chemistry and Nanotechnology at Rhodes University in South Africa. She is also Director of the DST/Mintek Nanotechnology Innovation Centre (NIC)-Sensors at Rhodes University where she joined in 1992 after lecturing at the University of Lesotho for five years. She has been undertaking research on applications of phthalocyanines in healthcare: as photodynamic therapy (PDT) of cancer agents in combination with nanosized metal nanoparticles and quantum dots. In September 2009, a special motion was passed in the South African National Assembly acknowledging Professor Nyokong’s role in the transformation of science in South Africa. Nyokong has also been award the title of Distinguished Professor at Rhodes University and recognized by the Royal Society in Chemistry/Pan African Chemistry Network as a Distinguished Woman in Chemistry.
“I keep telling people I’m no longer a role model, I’m too old, too straight and not hip enough,” asserts a hysterical Professor Tebello Nyokong in her own typically modest and charismatic demeanour. Of course, her defiance is far removed from the truth. The quick-talking, affable and extremely accommodating distinguished professor is today not only one of the most internationally respected scientists in the world, lauded for her pioneering research into photodynamic therapy for cancer treatment, but is a constant source of inspiration for students across Africa.
Brought up in politically unstable times in her home country of South Africa, she was sent to live with her grandparents in the mountainous terrain of Lesotho. As an eight-year-old, she would work as a shepherd on alternate days from school, learning the traits of a hard day’s shift. It was here where she found “much solace in nature’s beauty” and learned to appreciate the great science around her.
Challenging expectations
Initially dissuaded by her peers to study sciences at school, Nyokong was desperate for a challenge. After three years studying arts and humanities, she realised they had guided her in the wrong direction. “There were no role models to look up to back then. You just learned to follow your peers,” says Nyokong. “They told me science was too hard and way beyond me, but I was adamant I wanted to do it and with two years left switched courses.”
Nyokong pins much of her determination and steely resistance down to her upbringing and this is evident in her unerring enthusiasm for teaching as the director of the Nanotechnology Innovation Centre at Rhodes University in South Africa. “I was brought up to work hard, whether it was as a young shepherd or working long hours mixing cement and concrete for my father’s company. I was just used to touching things,” brims Nyokong. “Now when I talk to schools or parents, the first thing I say, is let your children touch and explore, it’s the first path to science.”
As an influential voice in South African education, she is not afraid to express her fearless views on the teaching of science and believes much needs to be changed. “In South Africa we have this system that constantly strives for 100% pass rates at schools. Many of the teachers themselves find science hard, as very few are trained in teaching the discipline, and therefore under great pressure, they discourage students from courses. It is a deeply flawed system,” notes Nyokong despondently.
