Evaluate Chat‐GPT's programming capability in Swift through real university exam questions

Author:

Zhang Zizhuo1,Wen Lian2,Jiang Yanfei3,Liu Yongli4ORCID

Affiliation:

1. Information and Network Management Office Chang'an University Xi'an China

2. School of ICT Griffith University Brisbane Australia

3. Technology Centre Xian Rail Transit Group Co. Ltd. Xi'an China

4. School of Information Engineering Chang'an University Xi'an China

Abstract

AbstractIn this study, we evaluate the programming capabilities of OpenAI's GPT‐3.5 and GPT‐4 models using Swift‐based exam questions from a third‐year university course. The results indicate that both GPT models generally outperform the average student score, yet they do not consistently exceed the performance of the top students. This comparison highlights areas where the GPT models excel and where they fall short, providing a nuanced view of their current programming proficiency. The study also reveals surprising instances where GPT‐3.5 outperforms GPT‐4, suggesting complex variations in AI model capabilities. By providing a clear benchmark of GPT's programming skills in an academic context, our research contributes valuable insights for future advancements in AI programming education and underscores the need for continued development to fully realize AI's potential in educational settings.

Publisher

Wiley

Reference29 articles.

1. MalinkaK PerešíniM FircA HujňákO JanušF.On the Educational Impact of ChatGPT: Is Artificial Intelligence Ready to Obtain a University Degree? malinka2023educational.2023.

2. OpenAI.“ChatGPT ” OpenAI. Accessed April 30 2023.https://chat.openai.com

3. KashefiA MukerjiT.ChatGPT for programming numerical methods.2023.

4. Use chat GPT to solve programming bugs;Surameery NMS;IJITC,2023

5. PoldrackR LuT BegušG.AI‐assisted coding: Experiments with GPT‐4.2023.

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