![]() Her greatest achievement, in her own words, was “…convincing a young woman not to give up on her dreams of becoming a scientist.” ![]() She was passionate about helping minorities to succeed in physics. She represented NASA on television interviews, combining her warm presence with her astronomical expertise to present information on astronomy to the general public in an accessible manner. Having attained her doctorate, Brown was then hired as an astrophysicist at NASA, where she collected data on elliptical galaxies. Brown’s wonder at the night sky translated into a desire to share that wonder with others. An astronomy course she developed during her graduate education is still taught and remains popular at the University of Michigan. She went on to graduate school at the University of Michigan, where she became the first black woman to get a doctorate in astronomy from the institution. She studied astrophysics at Howard University, undertaking two internships at NASA during her undergraduate years. Born in Virginia in 1969, Brown cultivated a fascination in science from an early age, starting with her interest in science fiction. “If you didn’t get a good physics background in high school, it isn’t too late to study physics.”īeth Brown, Ph.D., was an astrophysicist and educator who studied elliptical galaxies and worked on multiple outreach projects. She patented the device in 1988, becoming the first African American female doctor to patent a medical technology. She also invented the Laserphaco Probe, a surgical tool that uses lasers to treat cataracts with less pain and more precision than previous treatments. Bath and three of her colleagues founded the American Institute for the Prevention of Blindness, an organization that operates on the principle that eyesight is a basic human right. Bath created community ophthalmology, a new discipline that brought volunteer ophthalmic health services to thousands of people who otherwise would not have been able to afford treatment. She conducted epistemological research and found that blindness occurred in black patients at twice the rate of white patients. Bath was dedicated to bringing ophthalmic health services to underserved communities. Bath’s career was full of “firsts”: In 1974, she was the first woman ophthalmologist appointed to the faculty of the University of California in 1983, she became the first woman chair to an ophthalmology residency program in the United States. ![]() She received her medical degree at Howard University, graduating with honors in 1968. Bath’s research began at the young age of 16, when she won a merit award for her discoveries at a cancer research workshop. Born in 1942 to parents who encouraged her interest in science, Dr. Patricia Bath was an ophthalmologist, inventor, researcher, and humanitarian. “My love of humanity and passion for helping others inspired me to become a physician.”ĭr. In February of 2022, Robinson was awarded the Roy L. Robinson has received numerous individual and group performance awards, including the Presidential Rank, Meritorious Senior Professionals and Executives Award. Since taking the role of Deputy Director at the National Aeronautics and Space Administration’s Glenn Research Center in 2013, he has been managing a plethora of programs and projects over a staff of approximately 1,60 federal employees and 1,600 supporting contractors. He also served as NASA deputy chief engineer, a role in which he got to work on approximately 22 shuttle launch missions that took place in the years after the Columbia shuttle disaster in 2003. In that role, which he calls a highlight of his career, he played a role in furthering aeronautics and space technology. In 2013, Robinson was named the deputy director at NASA’s John H. In 2005, Robinson moved to the role of Deputy Chief Engineer at NASA Headquarters where he developed and implemented NASA’s Engineering Excellence and Engineering Technical Authority, and improved project management and systems across the agency. He also served as the Systems Assurance Manager for projects like Global Geospace (1994), Earth Observing System (2002), and Aura Spacecraft (2004). He said that it was this environment that aided him to become innovative without fear of failure and grow his confidence so that he could thrive in competitive settings.īefore his assignment to NASA Headquarters in 1999, Robinson worked in different leadership positions at NASA’s Goddard Space Flight Center. ![]() While pursuing a degree in electrical engineering at Howard, Gregory Robinson felt that in addition to excellent academic training, he received a broader understanding of navigating a diverse environment because of the population. ![]()
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