Saneliswa Magagula leads the way in Science
In the year 2017, Saneliswa entered the Famelab competition and made it all the way to the finals. According to a profile published by the Mail and Guardian in South Africa, Saneliswa’s work focuses on the efficient conversion of biomass to energy through thermochemical processes. She is a member of Engineers Without Borders, where she contributes to the empowerment of communities through access to sustainable energy and the transfer of engineering skills. Magagula is inspired by Professor Mamokgethi Phakeng, who says: “Ulala kanjani ungena Ph.D.?” which she translates to “Don’t be comfortable with not achieving your goals”.
"She is the first Swazi to compete in the Famelab, a communications competition designed to engage and entertain by breaking down science, technology and engineering concepts into three minute presentations. "
This week we begin a
series of articles that will run stories of ordinary Swazis who have done
exceptionally well in terms of their academic achievements. While we focus on
policy and advocacy issues, we also want to promote the best that has been
produced by our education system. The
objective of running this series is to inspire a generation of young people who
will be dedicated to achieve academically despite the present challenges.
In our article this
week, we managed to get hold of Saneliswa Magagula who is not new in making
headlines as an academic achiever. In 2005 she was one of the students who
topped in the Junior Certificate Examination and recently was trending in South
African media for displaying the best talent, knowledge and skill in the field
of Science.
Born in Swaziland and
attended high school at St Michael’s High School, Saneliswa Magagula is currently a master’s candidate at the
University of South Africa Material and Process Synthesis engineering research
unit. She is the first Swazi to compete in the Famelab, a
communications competition designed to engage and entertain by breaking down
science, technology and engineering concepts into three minute presentations. Contestants
from around the world take part armed only with their wits and a few props –
the result is an unpredictable, enlightening and exciting way to encourage your
curiosity and find out about the latest research in science.
FameLab
was started in 2005 in the UK by Cheltenham
Science Festival and has quickly become established as a diamond model for
successfully identifying, training and mentoring scientists and engineers to
share their enthusiasm for their subjects with the public.
In the year 2017,
Saneliswa entered the Famelab competition and made it all the way to the
finals. According to a profile published by the Mail and Guardian in South
Africa, Saneliswa’s work focuses on the efficient conversion of biomass to
energy through thermochemical processes. She is a member of Engineers Without
Borders, where she contributes to the empowerment of communities through access
to sustainable energy and the transfer of engineering skills. Magagula is
inspired by Professor Mamokgethi Phakeng, who says: “Ulala kanjani ungena
Ph.D.?” which she translates to “Don’t be comfortable with not achieving your
goals”.
Thulani Lushaba (TL): Thank you Saneliswa
for giving us your time to do this interview.
Saneliswa Magagula (SM): You are most
welcome.
TL: Now please explain to our
readers what is the Famelab and what does it seeks to achieve?
SM: Famelab is all about bringing
science to the people, bridging the gap between science and society. A lot of
great work goes on in labs and gets shared within our small scientific
communities. Famelab says if it’s important and relevant to the general public,
let’ make it accessible. Let’s get create an awareness, get the conversation
going and ultimately implement our brilliant ideas. Beyond getting our work
published in scientific journals, let the ordinary person know why they should
care about what you do. They could be key in funding your groundbreaking
research.
It’s been dubbed the
“Pop idols of science” because of the format it takes being similar to reality
shows like Idols. You have three minutes to impress a panel of judges with the
content of your work, the clarity with which you present it and your charisma.
Several regional competitions (heats) are held across the country in the early
stages of the competition and ultimately 20 participants are chosen to take
part in a Famelab Master class leading to the national semi finals. From there,
it comes down to 10 finalists and the eventual winner gets to represent South
Africa on the world stage, competing with winners from 32 countries worldwide.
TL: Please tell us how you were
selected to join the Famelab?
SM: Late last year there was a
call for nominations of participants from various Institutions of Research and
higher education in South Africa. I expressed my interest and I was nominated to
attend a workshop on science communication. After this workshop the first leg
of the competition was started in Pretoria.
TL: Who supported you in joining
the Famelab?
SM: The director of my research
unit Prof Diane Hildebrandt was the first person to encourage me to join. Dr
Celestin Sempuga, my supervisor, also was instrumental in me taking that first
step. I got a lot of support from colleagues, some of whom were participating
themselves which really moved me. I actually almost missed the final of the
regional competition but they insisted on not leaving without me and correctly
predicted that I would win that night. My biggest support though was from
friends and family. They really helped with brainstorming, preparing my presentation and
prop, and just talking about it on social media. I got a lot of confidence from
knowing they were all behind me. The University of South Africa showed me a lot
of support throughout and after the competition as well. Lastly, the most heart
warming messages of encouragement came from the 2016 Famelab champ Nozipho
Gumbi, who is an incredible researcher and equally amazing as a person.
TL: Why was joining Famelab
important to you?
SM: It was an opportunity for me
to learn; not only how to do better at science communication to get my own work
out there, but also to be aware of what else is going on around me. I was
really impressed by the diversity of the work we do in science and engineering
and how every one of those scientists made that link to our everyday lives. I care
a lot more now about fields that were previously foreign to me. I also believe
I am better equipped to tell my story for having been a part of Famelab. I am
ready to give a TED talk. I did not anticipate how much fun I would have while
doing this though. In the end the experience was worth all the effort and nerve
wrecking moments and it inspired me to want to achieve a lot more.
TL: Tell us about the research you presented on Famelab and how it can
change societies?
SM: The concept is an ancient one
called gasification. It is a process that uses heat to convert carbon
containing materials into a gas that can be used to generate electricity. The
application of it in informal settlements was the focus for my famelab
presentation. Many of the challenges faced in informal settlements are a ripple
effect of the lack of access to sustainable energy. In South Africa these settlements are
notorious for crime and violence. They have limited means for income generating
activities and this leads to a desperation for survival. Innocent lives, often
children, have been lost to electrocution due to unsafe illegal electricity
connections. It is not just a township problem and it is not unique to South
Africa. Electricity prices increase as a consequence of this theft and that
impacts every paying customer. Also, a third of the world population still
cooks on an open fire. We see this in our rural settlements and most of our
schools. On the other hand, we have an abundance of waste; mealie cobs,
plastics, wood chips, sawdust etc and we have a proven technology that can
convert this into a usable form of energy. Through gasification, our trash cans
are essentially an incredible energy storage. I wanted to show how such a
technology could be fabricated simply, at low cost and operated safely with
limited technical expertise; in fact as much expertise as is required to start
a fire. I believe giving people sustainable energy solutions is a step in the
right direction to ending the cycle of poverty. There is so much potential to
improve our quality of life in every aspect; education, healthcare, sanitation,
housing, all by just having the means to put the lights on.
TL: Do you have any plans in
future to come back to Swaziland and assist the country come up with
alternative energy?
SM: Yes, It is definitely one of my goals. I am in South Africa to equip
myself with skills but I am mindful of the potential we have at home. It would
be most fulfilling for me to work in Swaziland, with Swazis to empower our own
communities.
TL: Lastly what is your advice for young people who today want to venture
into the field of science education?
SM: Get informed. Career guidance is
very important. In any field actually, be intentional about that pursuit. It's
a lifetime and it's important that you know very early what that career
entails. Don't leave it to your teachers. It's your future, do your research.
Find somebody in the field and get practical advice on how to get there. Then
make your informed choice and work hard. You NEED to work hard.
To respond to these articles email us on swancefa@gmail.com or call us on 2404 9617 or like our Facebook page Swaziland Network
Campaign For Education For All (Swancefa).