Black innovators behind current classroom technology

edtech constantly evolves, made up of visionaries whose ideas push the limits and redefine the possibilities. Many of the tools that drive current schools (communication networks, interactive screens, learning driven by artificial intelligence and collaboration applications) were developed by black innovative whose contributions have remodeled science, mathematics and engineering. His work continues to promote advances in classroom technology today and in the future. There are only some examples here.

Theoretical Physics Dr. Shirley Ann Jackson

Dr. Shirley Ann Jackson She was the first African -American woman to win a PH.D. of the Massachusetts Institute of technology (MIT), breaking barriers in the Stem fields. He later became president of the Rensselaer Polytechnic Institute, where he continues to advocate for science and technology education.

Dr. Jackson's contributions to telecommunications have had a lasting impact on how we connect, communicate and collaborate. As theoretical physics, he conducted an investigation in AT&T Bell Laboratories, helping to develop innovations that introduce things such as fiber optic cables, call identification, waiting for a call and touch telephony, technologies that evolved to play a role in distance learning and Virtual classroom.

George Carruthers scientist and inventor

When George Carruthers He was 10 years old, built a telescope with cardboard and lens components. That early passion for astronomy and innovation stayed with him and then obtained a ph.D. In aeronautical and astronautical engineering and was essential to create the science and engineers' learning program, providing high school students practical experience in scientific research.

In 1972, Carruthers developed the first moon -based observatory, which was deployed during the Apollo 16 mission to help scientists examine the earth's atmosphere and deep spatial phenomena in a way never soon as possible. He also laid the foundations for modern digital cameras and visualization tools that are now used in educational software to give life to complex scientific concepts.

Mathematics Katherine Johnson

Katherine Johnson's NASA work was fundamental in some of the most historical space missions of all time. As mathematics and aerospace technologist, he provided critical calculations for Project Mercury, Apollo 11 and the Space Shuttle program, improving security and precision on the space flight. His calculations were so precise that astronaut John Glenn personally asked him to verify the numbers before his orbital mission in 1962. In 2015, he received the presidential medal of La Libertad.

Johnson also made important contributions to data modeling, the predictive analysis and the resolution of computational problems, all of which are fundamental for educational platforms based on current ai and student performance metrics.

Granville T. Woods inventor

Granville T. Woods It was a prolific inventor whose innovative work in electrical engineering and rail communication earned him generalized recognition. Despite the frequent comparisons with Thomas Edison, Woods said almost 60 patents, many of which successfully defended in the courts against Edison, who tried to claim the property of his work. Among these patents was the synchronous multiplex rail telegraph, which improved safety and efficiency in rail transport by allowing the moving trains to communicate with each other and with the stations so that accidents can be prevented more easily.

Their contributions also laid the basis for automation, synchronized communication and intelligent technology, which are an integral part of modern campus communication systems, emergency alert networks and synchronized learning environments.

Marian Croak engineer and inventor

Modern inventor Marian Croak It has more than 200 telecommunications patents. His work, which has remodeled many advances on the Internet and online communication, earned an induction to the National Inventors Hall in 2022.

As a pioneer of voice technology about IP (VOIP), Croak developed systems that allowed to transmit voice communication through the Internet, an advance that prepared the scenario for virtual meetings, online learning and digital collaboration. His work also opened roads for schools and workplaces to carry out remote learning, house virtual conferences and use interactive digital tools to participate from any location.

This work continues to improve education.

The impact of these brilliant innovators continues to shape the way we learn, teach and interact with technology. Enter any classroom and you will see it.

• The precision of Katherine Johnson in mathematics lives in educational tools promoted by ai that customizes learning and improves the results of the students.
• The innovations of Jackson and Marian Croak in digital communication make remote learning, videoconferences and global collaboration do not work without problems.
• The advances of Granville T. Woods in automation and synchronized communication reflect today's smart classrooms and emergency alert systems.
• The advances of images of George Carruthers led to the development of visualization tools that make science more attractive and accessible.

As we honor the month of black history, we not only look back, we also wait. Because the next generation of black inventors, scientists and educators is already being based on this base, and their contributions will continue to advance in classroom technology, empower students, expand access and redefine what is really possible in education.