In the past century, no woman in my entire family has pursued a career in STEM. In fact, due to poverty and child marriage, less than 10% of my family's women attend college at all. I am breaking this bias.
The internet has exposed me to so many different career paths, most of which I would never have heard of in my rural community. I am more privileged than most members of my community because I have access to the internet, so I decided to share my privilege with others. I did this by gathering kids together every evening, and tutoring them all I had learnt about computer science. This helped with my knowledge retention and also got the kids excited about education. I also share videos with them, exposing them to career paths like aeronautic engineering, astrophysics, product design, and more.
Along with exposure, I provide these kids with something my mother never had: inspiration and mentorship.
Pursuing a career in computer science has been difficult, and I often experience this feeling of loneliness gnawing all around me, especially because I have no one to look up to and feel like I have no place there. The major barrier for West African girls going into STEM fields is simple; they've just never seen anyone like them who did it. One thing that keeps me going is just remembering that when I succeed and achieve my goal of becoming a data scientist, it will be much easier for the next sub-Saharan girl. I realised that if I wanted more West African women in tech, I had to make it happen myself. My goal in the future is to expand my mentorship and tutoring across Africa, partner with organisations like GG-STEM, and provide scholarships for promising girls going into tech fields. This will increase diversity in STEM fields whilst also substantially reducing the rate of abject poverty on the continent.
If not for my father's experience, I might not have developed an interest in technology. My father, who is in Nigeria, went to the hospital to run some tests as he was having problems with his vision. He returned home and told us that the doctors had noticed some weird growth in one of his eyes and didn’t know exactly what to do. They said if the surgery wasn’t carried out within some months, the growth would spread and he wouldn’t be able to see at all.
All the members of my family were terrified. My father was the breadwinner of our family, and we couldn’t imagine a life without him being able to see. Furthermore, we didn’t think we could afford to do the procedure.
The doctor called him the next day and told him about a hospital that had the needed technical equipment for his surgery and that the cost was a little over the Naira equivalent of $100. My father went through the procedure, and after a while, he returned to get checked, and the growth was completely gone. This was the first time I realized just how important technology is to health care and the need for us as a society to make such technology affordable and easily accessible.
In the past, when quality healthcare was not available to the masses, my father could have become blind as a result of that tiny growth, and such surgery was unimaginable. Presently, there is technology that provides healthcare for the visually impaired through bionic eyes that come in the form of glasses with electrodes, lenses, and more. In the future, I believe these technologies will become more common to the point where bionics and healthcare-related technologies will become an integral part of study for future opticians. I
I became more passionate about bionic engineering after my little brother had an accident and lost his right lower leg. My family was able to afford a prosthetic leg for him at first, but he was growing very fast and soon couldn’t fit into them anymore, and we couldn’t keep up with the cost of getting new ones. He began using crutches, and it was very painful to watch my energetic Jamie stumble around the house and constantly complain about the pain shooting up his one good leg.
I began doing research on various ways I could make my brother’s life and the lives of kids like him much easier, and that was when I learned of bionics for the first time. My interest in the topic is a big influence on my desire to study computer science and engineering. I learnt how the bionic limb could receive instructions from the brain through wires that replace the original receptors. I also learnt how expensive they were and how families like mine could never have the privilege of purchasing them.
The development of adaptable, expandable bionics at an affordable price would be life-changing for James and millions of kids like him all over the world. I’m studying computer science and engineering so that I can spearhead the change and be a vital part of the building of bionic limbs and bionic organs at affordable rates and easily accessible to the masses.
My discovery and research on bionic parts has made me more hopeful for Jamie’s future and for the progress of the healthcare ecosystem in general.
I am hopeful that in the future, disabilities such as blindness and deafness will be a thing of the past. Currently, bionic technology has been used in creating replacements for different parts used for vision, and the future is bright with many more innovations.
The development of bionic organs like kidneys would lead to progress in both the healthcare system and also reduce the human trafficking that takes place as a result of organ harvesting.
I also feel very hopeful for women like my aunt who want to bear children but can’t because of ruptured fallopian tubes or problems with other related organs. Bionic technology could open up more possibilities for them by replacing these impaired parts with similar devices.
Every day, I come up with new designs for expandable bionic legs. I’m currently working as an apprentice at a local electrical shop to increase my knowledge of electronics and engineering. The proprietors of the shop have all the hacks for doing quality electrical repairs and building small appliances at half the cost. This knowledge is very vital to the accomplishment of my goal of providing affordable bionics for children, and I can’t wait to learn more at Spelman College.