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Uni students are using AI to ‘ask stupid questions’ and get feedback on their work

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Imagine a student working on an assignment and they are stuck. Their lecturer or tutor is not available. Or maybe they feel worried about looking silly if they ask for help. So they turn to ChatGPT for feedback instead.

In mere moments they will have an answer, which they can prompt for further clarification if they need.

They are not alone. Our research shows nearly half of surveyed Australian university students use generative artificial intelligence (AI) for feedback.

Our study

Between August and October 2024, my colleagues surveyed 6,960 students across four major Australian universities.

The participants studied a wide range of subjects including sciences, engineering and mathematics, health, humanities, business and law.

More than half (57%) were women, 72% were aged between 18 and 24  years. Nearly 90% were full-time students, 58% were domestic students, 61% were undergraduate and 92% were attending on campus activities as part of their studies.

Each of the universities invited its enrolled students to complete an online survey.

We wanted to understand how students use AI for learning, particularly if they have used AI for feedback, and what were their perceptions of the helpfulness and trustworthiness of feedback from both AI and teachers.

Students think AI feedback is helpful but not trustworthy

We found almost half of those surveyed (49%) were using AI for feedback to help them improve their university work. For example, this could involve typing questions into popular tools, such as ChatGPT. It could also involve getting suggestions for improving a piece of work, details of the strengths and weaknesses of the work, suggested text edits, and additional ideas.

These students told us they found both AI feedback and teacher feedback helpful: 84% rated AI feedback as helpful, while 82% said the same about their lecturers.

But there was a big gap when it came to trust. Some 90% of students considered their teacher’s feedback trustworthy, compared to just 60% for AI feedback.

As one student said,

[AI] offers immediate access to information, explanations, and creative ideas, which can be helpful for quick problem-solving and exploring new concepts.

Another student said teacher feedback was “more challenging but rewarding”. That was because

[AI] appears to confirm some thoughts I have, which makes me sceptical of how helpful it is.

AI provides volume, teachers have expertise

Our thematic analysis of students’ open-ended responses suggests AI and teachers serve different purposes.

Students reported they found AI less reliable and less specific. They also noted AI did not understand the assignment context as well as their teachers did.

However, AI was easier to access – students could ask for feedback multiple times without feeling like a burden.

The vulnerability factor

Research tells us students can feel vulnerable when seeking feedback from teachers. They may worry about being judged, feeling embarrassed, or damaging their academic relationships if their work is not of a high enough standard.

AI seems to remove this worry. One student described how “[AI] feedback feels safer and less judgmental”. Another student explained:

[AI] allows me to ask stupid questions that I’m too ashamed to ask my teacher.

But many students do not know AI can help

Half of the participants (50.3%) did not use AI for feedback purposes – 28% of this group simply did not know it was possible.

Other reasons included not trusting AI (28%) and having personal values that opposed the use of this kind of technology (23%).

This could create an equity issue. Students who are aware of AI’s capabilities have 24/7 access to some possibly useful feedback support, while others have none.

What this means for unis

As student participants said, AI can be useful in providing quick, accessible feedback for initial drafts.

Teachers excel at providing expert, contextualised guidance that develops deeper understanding. This makes it a bit like getting medical advice from a qualified doctor versus looking up symptoms on Google. Both might be helpful, but in different circumstances, and you know which one you would trust more with something serious.

For those universities trying to find a way to incorporate AI in their teaching and learning systems, one challenge will be creating opportunities and structures that enable educators to focus on their strengths. AI can complement them by presenting helpful, digestible information about student work that is easy to understand and is almost always accessible and free of personal judgement.

This suggests the future is not about choosing between AI and humans, it is about understanding how they can work together to support student learning more effectively.


This article draws upon research conducted by Michael Henderson from Monash University, Margaret Bearman and Jennifer Chung from Deakin University, Tim Fawns from Monash University, Simon Buckingham Shum from the University of Technology Sydney, Kelly E. Matthews from The University of Queensland and Jimena de Mello Heredia from Monash University.



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Education

NetDragon Showcases AI-Powered Education Solutions at UNESCO Digital Learning Week 2025 – itemonline.com

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NetDragon Showcases AI-Powered Education Solutions at UNESCO Digital Learning Week 2025  itemonline.com



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RFK Jr. testifies on Capitol Hill, AI in education, gen­er­a­tional change in Congress – Spectrum News

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STC Computer Information Technology program Leads the Way for AI Education

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Leadership and faculty with the Bachelor of Applied Technology Computer Information Technologies (BAT-CIT) program say they have now awarded more than 2,250 certificates to students taking BAT-CIT courses in the five years since integrating what the program calls AI-focused “microcredentials” tied to Google and Amazon Web Services (AWS) in fall 2020. STC image
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By Joey Gomez

McALLEN, Texas – Artificial Intelligence (AI) is at the core of South Texas College’s Bachelor of Applied Technology in Computer Information Technology (BAT-CIT) program as it pioneers industry certificates on a statewide and national scale for students.

Leadership and faculty with the program say they have now awarded more than 2,250 certificates to students taking BAT-CIT courses in the five years since integrating what the program calls AI-focused “microcredentials” tied to Google and Amazon Web Services (AWS) in fall 2020. 

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The priority on industry credentials is giving graduates a unique and competitive edge in the job market, according to program Department Chair Saeed Molki.

“In the entire state of Texas and throughout the entire United States, no one has done such a thing,” Molki said, referring to the number of credentials awarded to students. “We do not overstate all the work we have done for students in the last five years.”

Crediting college leadership including STC President Ricardo J. Solis, Ph.D., along with Vice President and Provost for Academic Affairs and Economic Development, Anahid Petrosian, Ph.D., and Dean of Math, Science, IT and Bachelor Programs Ali Esmaeili, Ed.D., for encouraging the push toward microcredentials and AI, Molki said the effort began with a vision to embed industry certifications directly into courses. 

The effort culminated this year in 2025 as the program added four new AI-related courses, which includes an Advanced Artificial Intelligence course for fourth-year students and an upcoming Data Science and Machine Learning in Cybersecurity course which begins in spring 2026.

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Each course is meant to build on the last to create a progressive pathway to advanced AI concepts, according to BAT-CIT faculty.

“So essentially, students are going to be getting a certificate with every class,” said Assistant Professor of Computer Science, Nicholas Hinojosa. “Last semester, we even implemented that every student who is taking our 1301 class, which is our most basic class, will complete a certificate in Google Artificial Intelligence Essentials. These are students who are coming fresh from high school to STC.”

The BAT-CIT program offers seven industry-recognized certifications, that align with coursework so students earn credentials as they progress through the program.

CIT Assistant Professor Menghung Wu, Ph.D., emphasized that the curriculum builds from Python to machine learning and then to advanced AI which ensures students understand both the technical skills and theory behind AI systems.

“AI is no longer just a tool, it’s the foundation of how technology is advancing,” Wu said. “This is why in our program, we don’t just introduce students to the basics, we guide them step-by-step into the core of artificial intelligence. That deeper knowledge is what will set them apart as innovators in the workplace.”

BAT-CIT student Andrea Rios is the founder and current president of the program’s Computer Science Club and organizes various activities and speakers for students. Reflecting on the priority the program places on AI-related credentials, Rios said faculty are doing a phenomenal job by embracing the new technology and gauging the industry.

“The biggest way the faculty in the BAT-CIT program help students is by understanding the market and the workplace and realizing just how quickly it changes, especially in the technology industry,” Rios said. “At STC, we are taught to adapt and I think that’s the most important thing I have taken from my time here.”

For more information on STC’s Computer and Information Technologies program visit www.southtexascollege.edu/academics/computer-info-tech/index.html.

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