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This study examines 219 STEAM education theses from Taiwan spanning the years 2008 to 2022, analyzing the current status and trends in STEAM education. The research reveals that STEAM education in Taiwan is rapidly advancing, with teacher training institutions becoming the primary research entities. The focus of the research is predominantly on K-12 education, particularly emphasizing primary school levels, while there is relatively less research on university students and teachers. It is recommended to deepen research on STEAM practices across different educational stages to explore the potential of educational diversity. Empirical research in STEAM education primarily centers around the 6E model, PjBL, and creativity in curriculum and teaching methods, with insufficient attention to teacher and policy-level studies. Future recommendations include strengthening theoretical foundations, expanding research topics to encompass teachers and policies, conducting international comparisons, and engaging in cross-cultural studies to enhance a comprehensive understanding of STEAM education. Furthermore, challenges are identified in the quality and academic ethics of thesis research. Some theses exhibit a tendency for expediency, resulting in varying research quality. Future suggestions include reinforcing evaluation criteria for theses, enhancing academic standards and precision, to promote the quality and development of STEAM education. 本研究以台灣地區2008 至2022 年的219 篇STEAM教育領域學位論文為研究對象，剖析STEAM教育的現況和趨勢。研究發現，台灣的STEAM教育正快速發展，師範院校成為主要研究機構。研究主要聚焦於K-12，特別強調小學階段，對大學生和教師的研究相對較少，建議深化對不同教育階段的STEAM實踐研究，挖掘教育多樣性的前景。STEAM教育實證研究聚焦6E 模式、PjBL 和創造力的課程和教學模式，但對教師和政策層面的研究不足。未來建議強化學理基礎，擴展研究主題至教師和政策，進行國際比較和跨文化研究，提升對STEAM教育的全面理解。另外學位論文研究品質和學術倫理面臨挑戰，部分論文存在求速便捷情況，導致研究品質不一。未來建議加強學位論文的審斷標準，提升學術標準和精確性，以推動STEAM教育的品質和發展。

Abstract In this study, the effect of stacking faults (SFs) on electromigration in silver nanowires (AgNWs) in particular, with respect to their effects on necking and void growth, is investigated. The galvanic replacement reaction is used to synthesize the AgNWs in bulk at low cost. By varying the concentration of silver nitrate, AgNWs are obtained with and without SFs. In situ TEM analysis provides strong evidence that the SFs can effectively suppress the migration of surface atoms. Furthermore, an investigation of the void growth process reveals that SF facets parallel to the {111} plane contribute to the anisotropic change in morphology and slow down the rate of void growth by 135 times. Thus, planar defects can be beneficial to extending the lifetimes of devices by causing intrinsic changes to the material properties.