The Game Design CTAE Pathway offered to Georgia high school students introduces them to the exciting world of video game creation. This pathway equips students with the skills to design, develop, and produce engaging and interactive games across various platforms.
Step into the world of web design and development with this episode featuring an industry expert who shapes our online experiences. Discover the creative and technical aspects of building engaging and functional websites.
Explore the crucial role of network information support in this episode, featuring an interview with an IT professional who keeps our digital systems running smoothly. Discover the daily tasks involved in managing networks, troubleshooting issues, and providing technical support.
The Web Development and Web Digital Design CTAE Pathway available to Georgia high school students prepares them for careers in the dynamic field of web design and development. This pathway provides students with the skills needed to create visually appealing and functional websites.
Join the Georgia Department of Education's computer science program specialist, Lavita Williams, as she explains the role input and output take when computers are used to solve equations.
What do HBCU marching bands and computer science have in common? Algorithms! In this episode of Let's Learn GA!, Coach Victor Hicks explores how HBCU marching bands use algorithms to determine a musician's movement on a football field, and how those movements are similar to computer codes.
After hearing feedback from former students now studying at Georgia Tech that said they were "miles behind," Hiram High School administrators decided to focus their attention on growing their computer science program and starting the process of becoming a Georgia STEM-certified school.
Our host recaps the content in unit 1, " Science and Engineering Practices," which introduces students to using models, analyzing and interpreting data, computational thinking, constructing explanations, and more.
During this two week hands-on unit, students master volume computation and science skills by building model cities. Students first construct 3D cubes and rectangular prisms to deepen their understanding of area within the context of volume.
In this personalized and integrated computer science, English Language Arts, and mathematics unit, students learn to code using Python via the programming software, Code Combat.
