Dildora sees programming as a form of art. She believes that every line of code is a part of the programmer, and their projects feel like their own children. In an interview with Kun.uz, the young programmer discussed how artificial intelligence can be used in medicine to bring about revolutionary changes.

Dildora Ganieva was born and raised in Tashkent. She completed her undergraduate studies at Inha University in Tashkent and started working for an international company. She has been admitted to the master's program at the University of Southern California, one of the world's top 100 universities, for the summer semester of 2025. Currently, she is working on a startup aimed at facilitating the diagnosis process in medicine based on test results.

“Programming is a form of art”

Drawing from her personal experience in learning and working in programming, Dildora emphasizes that programming is not just about writing code — it is a form of self-expression. She explains that every piece of code written carries a part of the programmer, and programmers often treat their projects like their own children. Even years after completing a project, they find themselves revisiting and refining it.

“I have always had strong visual memory and logical thinking skills, which, along with my passion for mathematics, convinced me that I could become a programmer. My interest in this field began in childhood. For instance, if I see a stranger’s face just once, I can remember it for a lifetime. No matter how much time passes, I never forget whose face it was, when, or where I saw them,” says Dildora.

First project

“While studying in college, I attended a short training program on mobile app development at Tashkent University of Information Technologies. By the end of the training, I had successfully created my first programming project. Although it wasn’t a major project, it gave me confidence in my ability to learn programming and solidified my decision to become a programmer.”

Dildora’s first project was a smart music mobile app. This application allowed users to enter any word or phrase from a song’s lyrics, and the app would generate a list of recommended songs containing that word or phrase.

“AI can reduce the probability of diagnostic errors”