Amanda Randles facts for kids
Quick facts for kids
Amanda Randles
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Randles at the WEF Summer Davos in 2016
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| Institutions | Duke University |
| Thesis | Modeling Cardiovascular Hemodynamics Using the Lattice Boltzmann Method on Massively Parallel Supercomputers (2013) |
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Amanda Randles is an American computer scientist. She is a professor at Duke University. She works in biomedical engineering, computer science, math, and mechanical engineering.
Professor Randles is known for her work with supercomputers. She uses them to create detailed simulations. These simulations help us understand diseases like cancer.
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Becoming a Scientist
Amanda Randles loved science and computers from a young age. In high school, she learned computer programming. She also took part in fun science competitions. These included Science Olympiad and FIRST Robotics.
She went to Duke University for her first degree. She studied physics and computer science. After college, she worked for three years. She was a software developer for IBM Blue Gene. This was a big supercomputer project.
Later, she went to Harvard University. There, she earned two more degrees. She got a master's degree in computer science. She also earned a PhD in applied physics. During her studies, she received special fellowships. These helped her focus on computational science. She also visited a lab at the Dana–Farber Cancer Institute.
Her Work at Duke University
In 2015, Amanda Randles joined Duke University. She is now a professor in the Biomedical Engineering Department. She also teaches in other departments. These include math, computer science, and mechanical engineering. She is also part of the Duke Cancer Institute.
Amazing Research
Professor Randles' research is very exciting. She uses high-performance computing to study diseases. This means she uses super powerful computers. Her goal is to create computer tools. These tools help us understand how diseases behave. She studies conditions like atherosclerosis and cancer.
Randles and her team created special software. It's called HARVEY, named after physician William Harvey. This software can model blood flow. It uses full-body CT and MRI scans. Imagine seeing how blood moves through a human body!
This technology has many uses. It can show how treatments affect the circulatory system. It can also model how single cancer cells move. This helps scientists learn more about how cancer spreads.
In 2018, Randles was chosen for a special project. She tested her simulations on a huge supercomputer. This was the Aurora exascale supercomputer. It's one of the fastest in the world! She also received an NSF CAREER Award. This award helps support her work on the HARVEY software.
Awards and Honors
Amanda Randles has received many awards. These awards recognize her important work.
- In 2023, she won the ACM Prize in Computing. This award is for her work in "computational health." She created new ways to use computers. These methods help diagnose and treat many human diseases.
- She also received the NIH Pioneer award in 2023. This award supports her work. She combines wearable devices with computer models.
- She is a Fellow of the National Academy of Inventors.
- For her help during the Covid-19 pandemic, she won an award. She worked on ways to split ventilators. This helped more patients get breathing support.
- In 2014, she received the NIH Director's Early Independence Award.
- The World Economic Forum named her a Young Scientist in 2015. This was for her work on large-scale computer programs. These programs solve physics problems.
- In 2017, she won the Grace Murray Hopper Award. She was also named an "Innovator Under 35" by MIT Technology Review. Both awards were for her HARVEY software.
- In 2024, she became a Distinguished Member of the ACM.
See also
In Spanish: Amanda Randles para niños
