DALL-E 3
by Verónica Vidmar
by Verónica Vidmar
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DALL·E 3 is an advanced artificial intelligence model developed by OpenAI that transforms textual descriptions into detailed and coherent images. It represents a significant improvement over previous versions in terms of accuracy, creativity, and understanding of complex language prompts.
Teachers and students can use it to make visual materials, storytelling prompts, or vocabulary activities. DALL·E 3 is helpful for learning and creativity because it turns language into pictures quickly and easily.
Research has demonstrated that DALL-E significantly enhances vocabulary learning, with Fannoni (2023) reporting that "the usage of AI platforms in the ELT field appears to be promising" as it "provides students with the ability to engage in learning experiences with fresh nuances" (Temiz& Kafadar, 2025). Their experimental study with thirty-one senior high school students found that the platform leverages "visuals created by the AI platform to forecast the meaning of a word," while also noting that "class participation has increased, which is a positive indicator of the progression of English learning" (Temiz& Kafadar, 2025). From a pedagogical perspective, Quinn and Poole (2023) emphasize that "the benefits of using visuals as a part of language learning are well-known, and DALL·E makes it much easier than before to create visuals that can supplement your language learning materials" (Quinn & Poole 2023). Additionally, they note that "the tool connects pictures with language in a way that can be leveraged as a part of a language lesson," enabling educators to create customized materials aligned with specific instructional goals (Quinn & Poole 2023).
Pedagogical Applications and Educator Perspectives
Language educators have identified multiple practical applications for DALL-E that extend beyond simple illustration. Quinn and Poole (2023) argue that educators have "a responsibility to help students grapple with the emergence of these new tools and their affordances and drawbacks," asserting that "learning to use these tools for their language learning in helpful (rather than detrimental) ways is part of a strategy for making them lifelong learners" (Quinn & Poole 2023). The tool's capacity for providing immediate feedback is particularly valuable, as using the target language for generating images "provides the learners with immediate feedback," creating opportunities for negotiation of meaning that is "similar to what happens when communication breaks down with real people" (Quinn & Poole 2023). However, educators also acknowledge important limitations. Quinn and Poole (2023) caution that "it bears keeping in mind that DALL·E is very likely to have inaccuracies, especially with culturally-specific content," though they suggest these inaccuracies can be transformed into pedagogical opportunities (Quinn & Poole 2023). Fannoni (2023) similarly acknowledges that "the trustworthiness resulting from AI is still included as the challenges that may be faced," reflecting ongoing concerns about AI reliability in educational contexts (Temiz& Kafadar, 2025).
Conclusion
The integration of DALL-E into language teaching represents a meaningful advancement in educational technology with demonstrated benefits for vocabulary acquisition and student engagement. Research evidence and educator testimonials reveal that AI-generated visuals can transform passive learning environments into interactive spaces where students actively engage with language through visual representation. The tool's capacity to provide immediate visual feedback creates authentic opportunities for meaning negotiation while making visual resource creation more accessible to educators. However, the technology's limitations—particularly regarding cultural accuracy and AI trustworthiness—require thoughtful pedagogical implementation. As Quinn and Poole (2023) suggest, effective use involves preparing students to navigate AI tools critically and developing their lifelong learning capabilities. Moving forward, DALL-E should be viewed as a complementary resource that enhances traditional language teaching methods rather than replacing them, with educators maintaining critical oversight of AI-generated content.
Enhanced Vocabulary and Concept Learning: DALL-E 3 can generate custom visual representations of vocabulary words, idioms, and abstract concepts that might be difficult to illustrate otherwise
Stimulates creativity and prompt-based language practice: Students practice descriptive language, sequencing, and conditional forms by writing and refining prompts. Prompt-writing becomes an authentic writing-and-speaking task.
Engagement and Motivation: According to Dörnyei (2001), "motivational strategies should be integrated into normal teaching practice" (p. 143), and DALL-E 3 offers a contemporary tool that aligns with digital-native learners' expectations.
Linguistic Accuracy and Cultural Sensitivity: DALL-E 3 may generate images that contain cultural stereotypes or inaccuracies, particularly when prompts involve non-Western contexts or specific cultural practices. Teachers must review images before sharing and be ready to address bias and representation issues.
Ethical and Privacy Concerns: The use of AI tools raises questions about data privacy, particularly when students input personal information into prompts. Schools must navigate policies around student data protection while using third-party AI services (Selwyn, 2019).
Equity, access, and digital literacy Not all students have equal access to devices or reliable internet. Additionally, both teachers and students need digital-literacy skills (how to craft prompts, spot biases, and evaluate outputs). Research highlights unequal access and the need for teacher training.
HOW TO USE DALLE-3 ?
1. Getting Started
Go to DALL-E 3 Website DALL·E 3 | OpenAI
Sign Up/Login: Create a free account or log in with your existing credentials.
2. Writing Effective Prompts
The secret to using DALL-E successfully is being detailed in what you ask for. The clearer and more specific your description, the closer the picture will be to what you have in mind. For example:
First, write a simple Prompt, the description of the image you want to generate. (e.g: “ a city”). Then, refine your prompt adding more details like places, colours, time of the year etc. (e.g: “ busy street in New York with yellow taxis and tall buildings in winter on X-mas eve.” or “A small European town with cobblestone streets and colorful houses.” Finally, submit and wait: Click on “Generate” and wait for DALL-E 3 to create your image.
Additionally, DALLE 3 customizes and edits existing images. Not only generates images from scratch. For example: upload a photo from our computer and prompt DALL-3 to change the background adding mountains , sunset or a birthday party.
3. Download and Share: DALLE3 also allows you to download and share the images via social media.
References
Fannoni, B. I., Priyana, J., Hidayatulloh, S. M. M., & Adhani, R. (2023). The use of Dall-E artificial intelligence platform for enhancing students' vocabulary acquisition. Voices of English Language Education Society, 7(3), 445–455. https://doi.org/10.29408/veles.v7i3.19806
Quinn, S. D., & Poole, F. (2023). DALL·E: An "intelligent" illustrator for your language classroom. The FLTMAG. https://doi.org/10.69732/KOTA8235
Temiz, G., & Kafadar, E. N. (2025). Utilization of AI-aided vocabulary teaching in K-12: A case study. The Journal of Educational Research. https://doi.org/10.1080/00220671.2025.2510400
Dörnyei, Z. (2001). Motivational strategies in the language classroom. Cambridge University Press.
Selwyn, N. (2019). Should robots replace teachers? AI and the future of education. Polity Press.