王嘉瑜
Wang, Chia-Yu・人文社會學院・教育研究所
碩士平均畢業時長
4.98 年
中位數 4.56 年・13 人
在職專班平均畢業時長
4.07 年
中位數 4.35 年・7 人
收錄論文
20 篇
100–111 學年度
全校中位數(供對照)
碩士 2.10・在職專班 2.08 年
畢業時長趨勢
每學年度畢業人數
只計入有論文收錄的畢業生;中途休學或更換指導教授的學生不會出現在這裡。
研究關鍵字
self-regulated learningcalibration accuracy科學解釋國中生問題解決表徵提示鷹架自我調整學習scientific explanation evaluation自我調節學習閱讀理解表現middle school studentspromptscientific explanation科學文本MetacognitionScientific texts工作記憶廣度Working memory span概念改變動態表徵conceptual changedynamic representation桌遊合作鷹架氣候變遷演化board gameclimate changecollaborative scaffoldingevolutionproblem-solving溫室效應巨觀與微觀認知負荷心智模型Cognition LoadGreenhouse EffectMacroscopic RepresentationsMental ModelsMicroscopic Representations成就目標監測準確度化學線上解題行為指標結構化問題解決achievement goal orientationschemistryquiz tracking variableswell-structured problem-solving
想看最新的研究方向與計畫經費,也可以查政府研究計畫(GRB)。
指導論文
| 學年度 | 論文 | 學制 | 入學 | 提交日期 | 畢業時長 |
|---|---|---|---|---|---|
| 111 | Investigating the effects of incorporating collaborative scaffolding into a climate change board game on ninth-grade students' conceptual understanding and problem-solving of evolution 教育研究所 桌遊、合作鷹架、氣候變遷、演化、問題解決、board game、climate change、collaborative scaffolding、evolution、problem-solving | 碩士 | 106 | 2023-07-30 | 5.99 年 |
| 110 | Explore the effects of macroscopic or microscopic representations on conceptual learning and attitudes about the greenhouse effect: The case of the sixth-grade students 教育研究所 溫室效應、巨觀與微觀、表徵、認知負荷、心智模型、Cognition Load、Greenhouse Effect、Macroscopic Representations、Mental Models、Microscopic Representations | 碩士 | 105 | 2021-01-10 | 4.44 年 |
| 109 | Exploring the effects of calibration accuracy, achievement goal orientations, quiz tracking variables, and problem-solving strategies on well-structured problem-solving performance in chemistry 教育研究所 成就目標、監測準確度、化學、線上解題行為指標、結構化問題解決、achievement goal orientations、calibration accuracy、chemistry、quiz tracking variables、well-structured problem-solving | 碩士 | 106 | 2020-10-22 | 3.23 年 |
| 108 | Exploring the effect of inquiry-based instructions on the eighth grade students’ abilities of inquiry 理學院科技與數位學習學程・共同指導:陳俊太 科學探究、科學解釋、科學概念、abilities of inquiry、science concepts、scientific explanations | 碩士在職專班 | 107 | 2020-08-24 | 2.06 年 |
| 108 | Exploring effects of animation observation prompts on conceptual understanding, calibration accuracy, and ability of explaining macroscopic properties with a particulate model: A case of gas behavior at high school level 教育研究所 模擬動畫、提示鷹架、表徵、心智模式、氣體粒子、simulation、prompts、representation、mental model、gas particles | 碩士 | 101 | 2019-08-17 | 7.04 年 |
| 107 | Using learner- or expert-generated concept map to assist science reading comprehension: Do skills of self-regulated learning matter? 教育研究所 自我調整學習、閱讀理解歷程、概念圖、國中生、血液循環、blood circulation、concept mapping、science reading comprehension、self-generated learning、7th grade biology | 碩士 | 102 | 2019-07-10 | 5.94 年 |
| 106 | Use of eye tracking technique and cued retrospective reporting to explore college students’ cognitive processes during evaluating scientific explanation: Comparisons between students with high and low prior knowledge 教育研究所 先備知識、科學解釋評鑑、眼球追蹤、認知與後設認知策略、cognitive and metacognitive strategies、eye-tracking、prior knowledge、scientific explanation evaluation | 碩士 | 102 | 2017-09-14 | 4.12 年 |
| 105 | Explore college students’ processes of self-regulated learning during scientific explanation evaluation: Comparisons between moderate and low evaluation performers 教育研究所 評鑑科學解釋、自我調節學習、序列分析、lagged sequential analysis、self-regulated learning、scientific explanation evaluation | 碩士 | 103 | 2017-09-13 | 3.12 年 |
| 105 | Exploring the relationships among self-efficacy on science reading, self-regulated learning, and reading performance in reading science hypertext 教育研究所 超文本、閱讀理解表現、閱讀策略之自我效能、科學閱讀之自我調整學習、Hypertext、Reading performance、Self-efficacy on science reading、Self-regulated learning | 碩士 | 100 | 2017-06-27 | 5.91 年 |
| 104 | Explore impacts of self-regulation scaffolding on nighth-grade students’ views of nature of science. 教育研究所 自我調整學習、科學認識論、科學本質、國中生、Nature of science、middle school students、self-regulated learning、scientific epistemology | 碩士 | 98 | 2016-07-31 | 7.00 年 |
| 104 | Exploring the effect of fading self-explanation prompts on students’ conceptual learning and mental models : A case of geometrical optics. 理學院科技與數位學習學程 自我解釋、提示鷹架、八年級、光學成像、self-explanation、prompt、8th grade、geometrical optics | 碩士在職專班 | 99 | 2016-07-27 | 5.99 年 |
| 104 | Exploring the effect of cognitive prompts on 7th grade students’ biology conceptual learning and scientific explanation ability. 理學院科技與數位學習學程 科學解釋、科學解釋鷹架、提示、認知提示、概念學習、七年級、生物、scientific explanation、scientific explanation scaffolding、prompt、cognitive prompts、conceptual learning、7th grade、biology | 碩士在職專班 | 99 | 2016-07-26 | 5.98 年 |
| 104 | Exploring effects of calibration accuracy on self-regulated learning strategies and comprehension in a science reading task 教育研究所 理解監測準確度、後設認知、閱讀理解、科學文本、自我調節學習、Calibration Accuracy、Metacognition、Reading comprehension、Scientific texts、Self-regulated learning | 碩士 | 101 | 2016-06-26 | 3.90 年 |
| 104 | Explore relationships among working memory span, use of self-regulated learning skills and reading comprehension in reading scientific texts. 教育研究所 科學文本、工作記憶廣度、自我調整學習策略、閱讀理解表現、Scientific texts、Working memory span、Self-regulated learning strategies、Reading comprehension performance | 碩士 | 100 | 2016-02-21 | 4.56 年 |
| 104 | Explore the relationships between working memory span, metacognitive skills and problem solving performance –A Case of 9th Grade Friction 教育研究所 問題解決、後設認知行為、工作記憶廣度、摩擦力、Friction、metacognitive behavior、problem- solving、working memory span | 碩士 | 99 | 2016-02-16 | 5.54 年 |
| 103 | Exploring the effect of dynamic or static representation with sequential problem scaffolding on 10th grade stusents' conceptual learning about projectile motion 理學院科技與數位學習學程 概念輪廓、概念改變、動態表徵、序列式問題鷹架、拋體運動、concept profile、conceptual change、dynamic representation、sequential problem scaffolding、projectile motion | 碩士在職專班 | 98 | 2015-07-27 | 5.98 年 |
| 102 | Exploring the Effects of Chemical Representations on Conceptual Understanding and Calibration Accuracy-A Case of 9th Grade Chemical Equilibrium 理學院科技與數位學習學程・共同指導:裘性天 化學表徵、四階段診斷測驗、校準準確度、概念理解、化學平衡、國中生、chemical representations、four-tiered diagnostic instrument、calibration accuracy、conceptual understanding、chemical equilibrium、middle school students | 碩士在職專班 | 98 | 2013-12-06 | 4.35 年 |
| 100 | Explore influences of metacognition on eighth-grade students’ performance of analogical reasoning – An example of specific heat and heat equilibrium 教育研究所 類比推理、比熱、熱平衡、後設認知能力、analogical reasoning、metacognition、specific heat、heat equilibrium | 碩士 | 97 | 2012-07-20 | 3.97 年 |
| 100 | Exploring the effect of dynamic and static representation on conceptual learning: An example of wave superposition. 理學院科技與數位學習學程・共同指導:裘性天 波的重疊原理、動態表徵、靜態表徵、wave superposition principle、dynamic representation、static representation | 碩士在職專班 | 98 | 2011-08-23 | 2.06 年 |
| 100 | Exploring Conceptual Change and Scientific Explanation by Using POE Strategy Combining with Scaffolds of Scientific Explanation -A Case of the Optics 理學院科技與數位學習學程・共同指導:裘性天 科學解釋、鷹架、POE教學策略、概念改變、scientific explanation、scaffolding、POE strategy、conceptual change | 碩士在職專班 | 98 | 2011-08-21 | 2.05 年 |