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, and clarity.Table 1 shows that the responses varied, indicating diverse opinions and experiences.Table 1. Survey Results on the Impact of AI Tools in Electrical Engineering Education: AComparative Analysis of Perceived Benefits and the Need for Critical Engagement Q# Question Mean Median Std. Dev. Min Max Mode Theme A: Perceived Benefits of AI in EE Education AI-driven tools have significantly improved my grasp of complex EE 1 concepts. 2.51 3 1.17 1 5 3 The use of AI in EE courses makes the learning material more engaging for 2 me. 2.43 2
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. Additionally, you could consider diversifying your teaching techniques to accommodatedifferent learning styles and emphasizing critical takeaways during your summaries. One otherobservation was your frequent use of the word "right" as a filler word during the lecture. Whilethis did not significantly disrupt communication, reducing its usage could lead to even smootherdelivery. Lastly, If your classes occasionally end early, it could also be an opportunity to engagestudents in Q&A sessions or additional discussions, further enriching the learning experience.I want to express my appreciation for your dedication to creating an engaging and interactiveclassroom environment. With these minor adjustments, the learning experience could becomeeven more
assembled during thestudents soldered a USB-C power jack onto an LED strip INSPIRE workshop.and then assembled their lamps.Throughout the workshop experience, engaging activities from the Alan Alda Center forCommunicating Science Women in STEM Leadership Program were interwoven as icebreakersand discussion prompts. The presence of upper-level female students was instrumental as theyoffered valuable assistance to participants, providing guidance on projects and equipment usage.These students not only played a hands-on role in the activities but also led discussions andconducted a Q&A session, generously sharing their personal experiences as females inengineering, offering advice, and reflecting on lessons learned.Adding a unique
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