工程专业学生低维倦怠风险分类:需求恢复互动特征的作用
研究信息
- 期刊 / 来源
- Frontiers in Psychology
- 发表日期
- 2026-11-02
- 文献库
- OpenAlex
- 作者
- Arnav Saklani, Daisy Gohain, Kirankumar Manivannan
- DOI
- 10.3389/fpsyg.2026.1934021
英文原文摘要全文
Student burnout is a rapidly growing concern, with prior research linking its development to a wide range of psychological, behavioral, and contextual factors. Machine learning approaches have recently shown strong predictive performance for identifying burnout, but typically rely on high-dimensional datasets impractical for real-world use. Whether burnout can be reliably identified from a minimal set of variables remains underexplored. This study addresses that gap using a low-dimensional predictive framework in undergraduate engineering students. Grounded in Conservation of Resources theory,
中文摘要由自动翻译整理,可能丢掉原文的限定条件;涉及具体数字与结论时以英文原文为准。
这条研究涉及的词条
HPA 轴与皮质醇
下丘脑—垂体—肾上腺这条轴是身体应对压力的主回路,终点是皮质醇的释放。
职业倦怠
由长期工作压力导致的三维综合征:情绪耗竭、去人格化(疏离)、个人成就感降低。
失眠与睡眠障碍
以入睡困难、睡眠维持困难或早醒为特征,并导致白天功能损害的睡眠障碍;失眠认知行为治疗(CBT-I)是国际指南公认的一线治疗,药物只作短期辅助。
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内容用于快速浏览;学术引用与结论判断请以英文原文为准。