by Duncan MAKORI | May 29, 2025 | Grade 7, Grade 7 - 10 (MYP), Secondary Maths, Secondary Science
This past week our Grade 7 students concluded their summative assessments for Criterion A in both math and science. We are excited to say that the experience was overwhelmingly positive, judging from the excellent results posted. Both papers have also been reviewed in...
by Duncan MAKORI | May 22, 2025 | Front Page, Grade 7, Grade 7 - 10 (MYP), Music, Secondary Music, Secondary Science, The Grades
At ABIS, we believe in the power of interdisciplinary learning. This week, our Grade 7 students are engaged in an innovative unit exploring The Science of Music, Emotions, and Cellular Biology. They’re investigating how music influences cellular processes, the link...
by Theophilus WUSU-GOWU | May 22, 2025 | Grade 7 - 10 (MYP), Grade 8, Secondary Science
As part of our Grade 8 unit on energy sources, students have delved into the environmental and social impacts of hydroelectric production and wind energy. This project not only enhances their research skills but also fosters collaboration and communication....
by Duncan MAKORI | May 15, 2025 | Front Page, Grade 11, Grade 11 & 12 (DP), Grade 12, Secondary Science
This week in Grade 11 Chemistry, students began the Reactivity 1 unit, focusing on energy changes during chemical reactions. They learned how to determine if a reaction is endothermic or exothermic by analyzing thermochemical equations from experiments that we did,...
by Theophilus WUSU-GOWU | May 15, 2025 | Grade 7 - 10 (MYP), Grade 9, Secondary Science
Recently, grade 9 students completed their Criterion D assessment, focusing on specific elements from the periodic table. This engaging project required them to research how their chosen element has contributed to solving real-world problems in society. By evaluating...
by Theophilus WUSU-GOWU | May 8, 2025 | Grade 7 - 10 (MYP), Grade 8, Secondary Science
In our recent science unit on energy, forces, and work, Grade 8 students engaged in a hands-on investigation of Hooke’s Law. This fundamental principle states that the force exerted by a spring is directly proportional to its extension, as long as the elastic...
