The cultivation of understanding regarding civil engineering in students requires them to conceive things in a manner that allows for a comprehensive grasp of practical aspects in alignment with theoretical principles. This requirement is more robust when students are being taught the aspects of infrastructure management. Visualizing the core principles and elements of infrastructure management within a full-scale context is required for students to fully understand the various concepts that compose it. Technology intervention for generating an “enhanced visualization environment” can facilitate improvement in both the teaching and learning process. Virtual Reality (VR) is technology intervention that provides real-world like sensations to its users within a simulated setting, enabling them to safely entertain, learn, experiment, and feel. This paper presents a study on the application and assessment of using virtual reality for infrastructure management education in civil engineering. A bridge inspection module was designed for a Cave Automatic Virtual Environment (CAVE) based system called “Projection VR”, installed at the NED University Virtual Reality Center (NED VRC). Test sessions were designed to experiment with and measure the effectiveness of VR through feedback. This involved a group of 69 senior-year undergraduate students as subjects enrolled in a course on structural design and drawing. Feedback was taken through structured rubrics-based assessments. The results showed that subjects demonstrated a higher capacity for concentration in VR environments and found the VR experience to be easy to use, proximate, comfortable, and extremely captivating. More exposure and practice with VR can positively enhance students’ experience. A limitation to the study presented in the paper is that for real-world situations, where damaged components of structures are often hidden, there will be need for a different modeling mechanism in order to capture such damages. Models generated through Light Detection and Ranging (LIDAR) scanning can serve to compensate for the limitation.
相似文献 |
|||||||
|
|||||||
|
共查询到19条相似文献，搜索用时 477 毫秒
1.
近年来,职业教育的创新教育教学方法已成为促进学生高效学习、兴趣学习和互动学习的关键。在信息技术发展日新月异的今天,VR/AR技术在职业教育中的应用也成为现实,其在构建沉浸式VR/AR教育平台、专业化虚拟实践训练基地、技能测试提升、微观环境变化体验方面有着出色表现。因而,教师应结合“互联网+”与VR/AR技术进行资源统整... 相似文献
2.
吴燕 《中学语文(读写新空间)》2024,(3):107-108
以《桃花源记》为例,探讨基于虚拟现实（VR）技术的虚拟语文学习场景的开发与应用。分析《桃花源记》VR虚拟学习场景的应用可以增强学习体验、提升学生学习兴趣和语文素养。《桃花源记》VR虚拟学习场景的应用为语文教育带来了新的教学模式和学习体验,促进了学生对古典文学和中华传统文化的理解与感知。 相似文献
3.
4.
以VR与多学科融合创新为思路,构建了基于"VR+"的新工科创新实践虚拟演练实验室。利用"VR数字媒体协同创新教学平台"和"智能制造VR实验平台"以及"VR+课程""VR+教育"和"VR+创造"三大模块搭建虚拟仿真实训体系,形成多领域、多层次、多模块、开放型的创新实践训练模式。实践证明,该虚拟演练实验室对培养学生的创新精神和创新实践能力、促进多学科交融和科研创新具有积极的作用。 相似文献
5.
6.
7.
8.
VR技术在数学微课研发中的应用为农村地区学生构建了智能化特征的学习环境,对促进学生自主学习有着非常重要的价值.VR微课可以帮助农村学生在现实条件不足的情况下,仍然能开展高效的智慧教学活动,从而在师资、教学环境、学生素质之间实现更好的平衡,实现了学校教学个性化、家庭教育专业化和社会教育系统化.文章以《利用等式的性质解一元一次方程》一课为例探索了如何开展基于VR微课的农村中学数学智慧课堂教学实践.实践证明,充分发VR技术的优势,能促进农村教育教学改革的创新发展. 相似文献
9.
10.
11.
Tassos Mikropoulos Anthimos Chalkidis Apostolos Katsikis Photini Kossivaki 《Education and Information Technologies》1997,2(2):131-142
This article proposes the use of virtual realities (VR) in environmental education. It also presents the first results of an application to the phenomenon of eutrophication in lakes. Although our virtual environments are not immersive, they give the opportunity to students and educators to develop their own worlds and understand the population dynamics in a lake. The learning environment can be manipulated and controlled in a powerful way, enhancing students experiences leading to knowledge construction, and sensitizing students to current environmental problems. Our pedagogical approach is to build a theoretical model for virtual learning environments, expanding constructivism and combining it with experiential learning. Our operational and practical approach is to exploit the characteristics of desktop VR systems in virtual learning environments 相似文献
12.
Shao-Chen Chang Ting-Chia Hsu Wei-Chen Kuo Morris Siu-Yung Jong 《British journal of educational technology : journal of the Council for Educational Technology》2020,51(1):148-165
Science and technology are driving people’s life changes, including education and the environment. Many scholars have attempted to import technology into the classroom to help students learn in different subjects. However, students often need assistance with unfamiliar learning approaches and learning environments. This study proposed a non-immersive virtual reality (VR) guidance system combined with a two-tier strategy to help students learn geology knowledge. Two groups of students used different learning approaches: the experimental group students were guided by the two-tier test VR guidance system, and the control group students learned with the conventional VR guidance system. According to the experimental result, the two-tier test VR guidance system not only improved the students’ learning achievement in natural science, but also enhanced their learning motivation. In addition, according to the sequential results, we found that VR learning materials or environmental resources can help students answer questions and solve problems more effectively. 相似文献
13.
14.
This study applies constructivist principles and Virtual Reality (VR) technology to the Web-based Interactive Design Graphics (WebDeGrator) system to improve learning computer graphics. The constructivist treatment provides students with access to their choice of source content, three-dimensional (3D) modeling tools and interactive behaviors in a virtual environment. In this study, we developed a VR-based learning system to simulate and adjust computer graphics through sculpture graphic algorithms in real-time. We will discuss the relationship between constructivism and VR technology and also how the WebDeGrator system encourages student-learning through VR technology. 相似文献
15.
16.
《Educational gerontology》2012,38(11):670-680
ABSTRACTObservation training of home dental practice is easily influenced by the site and time, and differences in learning content are likely to occur among students. The aim of the present study is to prototype virtual reality (VR) teaching material for home dental practice to provide dental students with the chance to observe patients receiving home dental care. The VR teaching material was created before the study, using a patient’s home as the medical treatment scene, and practical training was then conducted using this VR teaching material with dental students. To examine its educational effectiveness, 101 dental students, who attended practical training between June 2018 and January 2019, responded to survey questions before and after watching the VR teaching material. They took a comparative examination, based on the questionnaire results, using text mining and hierarchical cluster analysis. Two variables were tested: changes in self-confidence regarding knowledge of home dental practice (knowledge confidence) and changes in self-confidence regarding treatment assistance (assistance confidence). There was a significant increase in student’s knowledge confidence and assistance confidence scores (p < .001). Moreover, hierarchical cluster analysis indicated a change in the cluster before and after they watched the VR teaching material. Given that VR teaching material makes it possible to conduct home observation training for a variety of reasons, such as lack of available facilities or patient reservation issues, the findings indicate that VR teaching material can supplement dental students’ training in home dental practice. 相似文献
17.
Koun-Tem Sun Ching-Ling Lin Sheng-Min Wang 《International Journal of Science and Mathematics Education》2010,8(4):689-710
The relative positions of the sun, moon, and earth, their movements, and their relationships are abstract and difficult to
understand astronomical concepts in elementary school science. This study proposes a three-dimensional (3-D) virtual reality
(VR) model named the Sun and Moon System. This e-learning resource was designed by combining Microsoft Direct3D Library, C++ programming language, and Autodesk 3
Ds Max for constructing models. This learning environment provides a way for teachers to integrate information and technology
into their science teaching. Furthermore, this study explored how teaching with the Sun and Moon System affected 128 Taiwanese fourth-grade students’ science achievement. Four classes were randomly divided into comparison and
treatment groups. The results show that: (a) students in the treatment group achieved significantly better grades than those
in the comparison group under traditional class instruction and (b) the questionnaire results revealed that more than two
thirds of the treatment group liked to use the 3-D VR model and would like to introduce it to their classmates. Based on these
positive results, we are encouraged to develop more 3-D VR learning environments. 相似文献
18.
Advanced technologies have been widely applied in medical education, including human-patient simulators, immersive virtual reality Cave Automatic Virtual Environment systems, and video conferencing. Evaluating learner acceptance of such virtual reality (VR) learning environments is a critical issue for ensuring that such technologies are used to greatest effect. This research describes the use of high performance real-time interactive software (VR4MAX) to build a prototype 3D VR learning system. A questionnaire survey was distributed to 167 university students to investigate learner attitudes toward learning via VR applications. Experimental results show that immersion and imagination features of VR-mediated course contents have a positive impact on perceived usefulness, and can also predict perceived ease of use, both of which contributors to behavioral intention of learners to use VR learning systems. Overall, this research validates the relationship between three features of VR and learners' behavioral intention to use VR learning. The results could prove helpful in guiding future research related to VR learning. 相似文献
|
| 设为首页 | 免责声明 | 关于勤云 | 加入收藏 |
|
Copyright©北京勤云科技发展有限公司 京ICP备09084417号 |