Hi everyone! I did my educational technology presentation with Justine, Sebastian, and Chris! Here is our presentation video and our summary:

Using Translation Tools to Support Language Learners in Science Classrooms

For our EdTech inquiry, our group looked at how translation tools can support language learners in science classrooms. We were drawn to this topic because science is such a language-heavy subject. Students are constantly being asked to learn new vocabulary, read informational texts, follow instructions, explain their thinking, and participate in discussions. For language learners, that can create an extra layer of difficulty, even when they understand the science concepts themselves.

Our inquiry question focused on how translation tools can help support language learners in science, along with the benefits, limitations, and best practices teachers should keep in mind. As future teachers, we thought this was an important topic because language should not become a barrier that prevents students from engaging with science learning. If students are spending most of their energy trying to decode language, it becomes much harder for them to show what they know or participate confidently in class.

One of the main things we found is that translation tools can be genuinely helpful when they are used thoughtfully. Tools like Google Translate or Microsoft Translator can help students understand instructions, clarify unfamiliar vocabulary, and make connections between scientific terms and words they already know in their first language. This can help lower stress, improve access, and make it easier for students to participate in science activities and discussions.

We also talked about how these tools can support confidence. In a science classroom, students are often expected to explain observations, ask questions, and describe their thinking. Translation tools can help make those moments feel more manageable. Even if they are not perfect, they can act as a bridge that gives students more entry points into the lesson. That kind of support can make a real difference, especially for students who may already feel hesitant about participating.

At the same time, our group also recognized that translation tools have important limitations. They are not always accurate, especially when it comes to scientific vocabulary or more complex language. Some words do not translate neatly, and direct translations can sometimes lose meaning or context. In a subject like science, where precision matters, that can be a real issue. We also discussed the risk of over-reliance. If translation tools are used as the only support, students may not get the broader scaffolding they need to build academic language over time.

A big takeaway from our inquiry was that translation tools should not be seen as a complete solution. They can be useful, but they work best when they are combined with strong teaching practices. Strategies like using visuals, modeling tasks, pre-teaching key vocabulary, chunking instructions, checking for understanding, and giving students chances to talk through ideas are all still essential. Technology can support those practices, but it cannot replace them.

Overall, our group came away with a more balanced view of translation tools in education. We do see their value, especially in helping language learners access science content and participate more fully in class. At the same time, we also see that these tools need to be used carefully and critically. They are most effective when they are part of a broader approach to inclusive teaching rather than a quick fix.

This inquiry reminded us that supporting language learners is not just about giving students a tool and hoping it works. It is about thinking intentionally about access, participation, and equity in the classroom. Translation tools can help open the door, but teachers still play the biggest role in making learning meaningful and accessible once students walk through it.