Posted 04/12/2021 by Sónia Reis
What can we do to empower girls in secondary school to opt for a STEM focus in their education and career? In a world where scientific and technological solutions are desperately needed, we cannot exclude half the world’s talents. We need girls and women! Our T3 teacher network understands the importance of motivating girls to pursue STEM. Four T3 instructors and two students from Europe share their experiences with gender issues, classroom methods and STEM education.Read more...
Posted 03/18/2021 by Fernanda Neri, physics and chemistry teacher, Escola Secundária de Amares, Portugal
How can my students work on the lab experiments that are mandatory in the Portuguese curriculum during lockdown? As a physics and chemistry teacher I would like to share my experiences of switching to virtual lessons because of the global pandemic. Learning by doing is important to me; this is how students get a true understanding of physics and chemistry. When I get the chance, I sneak into a lab to use practical examples to explain scientific concepts, even during my regular classes. When I didn’t have these options during lockdown, I worked on solutions with the help of TI-Nspire CX technology.Read more...
Posted 03/18/2021 by Stephan Griebel
In 2021 we are celebrating the 25th birthday of the teachers' network T³ - Teachers Teaching with Technology. At the end of the 1980s, the first graphing calculators appeared on the market. Two professors for math education, Bert Waits and Frank Demana, realized that the real potential of graphing calculators lay in the educational opportunities. Within a decade the developing new didactic possibilities excited many teachers and the T³ network was founded.Read more...
Posted 10/23/2020 by Sónia Reis
Separating out metal, developing greener ways to collect waste, fishing plastic out of water, washing glass and compressing domestic rubbish — these are the sustainable waste solutions which the students worked on. Using scrum, they were able to work independently, and this gave them the freedom to solve problems. “It’s challenging for both teachers and students,” said physics teacher Cathy Baars, who devised the project, “because the resulting product is not fixed.”