The practice of eclectic instructional design

Eclectic instructional design is the process whereby a designer blends ideas from multiple learning theories to construct a learning experience that works better than a course designed from only one theoretical influence. Eclectic instructional designers are those who do not get hung up or rely consistently on any one theory for their designs. They consider learning theories and their associated methods more as a toolbox than as dogma. With this perspective, they design instruction that works better.     

Understanding enactivism: a study of affordances and constraints of engaging practicing teachers as digital game designers

This study is intended to deepen our understanding of enactivism, an emergent theoretical paradigm, through empirical exploration of teacher undertakings as digital game creators. Specifically, it explores the affordances and constraints, two important enactivism concepts, of practicing teachers?? experiences in designing and developing games for instructional purposes. This paper is guided by the following questions: what were the affordances perceived by the teachers in their design and building experience, and how did they enact to these affordances? What constraints presented challenges to teachers in the process? This is a case study focusing on capturing and interpreting teachers?? experiences and thinking resulting from game creation and sharing. Data are collected from practicing teachers who enrolled in a graduate course. A significant finding of this study is that the game design and building experience afforded opportunities for teachers to re-conceptualize pedagogy and teaching practice. Implications for design and limitations of the study are also discussed.     

应用构建主义改革《现代教育技术》教学

针对目前<现代教育技术>课程教学状况,引入构建主义学习理论,结合实际教学经验,提出<现代教育技术>课程教学改革方案.     

Principles for Designing Web Searching Instruction

Web searching is a timely topic which importance is recognized by researchers, educators and instructional designers. This paper aims to guide these practitioners in developing instructional materials for learning to search the Web. It does so by articulating ten design principles that attend to the content and presentation of Web searching instruction. These principles convey a mixture of insights gleaned from instructional theory, empirical research, and many hours of classroom experience. Together, these design recommendations elucidate the key characteristics of effective Web searching instruction, explaining not only what the instructional materials look like, but also why they look the way they do.     

基于网络课程的教学设计理论研究

文章就运用教学设计的原则和模式来设计、开发基于网络课程的过程做简要的描述。首先，介绍有关教学设计的原则和模式，以及如何运用于设计基于网络的教学；其次，建立一个教学设计的模式。并描述把该模式用于本科师范教育的基于网络课程的情况；最后，通过对基于网络课程的实施过程和相关发现的研究和分析，评价教学设计模式的应用价值。     

Getting Academically Underprepared Students Ready through College Developmental Education: Does the Course Delivery Format Matter?

Addressing high demand for developmental math instruction and low rates of successful completing of the developmental coursework, with cost and space constraints, has been an ongoing challenge for postsecondary institutions. With advances in online instructional technology, particularly those based on artificial intelligence, web-based instruction is increasingly considered as a way to alleviate these burdens. This is among one of the first efforts that uses a quasi-experimental design to compare the academic outcomes of students who take a developmental mathematics course in a blended setting that combines face-to-face instruction with an online intelligent tutorial system, ALEKS, to the academic outcomes of students who take the same course in a fully online setting. Results suggest that students receiving online-only instruction perform worse on the final exam and receive lower course grades. However, a cost-effectiveness analysis suggests that fully online instruction has both a lower cost per student enrolled and a lower cost per student passing the course.     

Designing Learning Environments for Critical Thinking: Examining Effective Instructional Approaches

Fostering the development of students’ critical thinking (CT) is regarded as an essential outcome of higher education. However, despite the large body of research on this topic, there has been little consensus on how educators best support the development of CT. In view of some of the controversies surrounding the teaching of CT skills in higher education, this study examined the effects of embedding CT instruction systematically in domain-specific courses (Immersion vs. Infusion) on the acquisition of domain-specific and domain-general CT skills and course achievement. First-year university students (N = 143) enrolled in an introductory physics course were assigned to one of three instructional conditions: Immersion, Infusion, and control. The Immersion and Infusion conditions followed lessons designed systematically based on the First Principles of Instruction model, whereas the control condition followed a regular instruction. Results showed that participants in the Immersion and Infusion conditions significantly outperformed those in the control condition on domain-specific CT proficiency and course achievement. However, neither the Immersion nor the Infusion condition was helpful in fostering the acquisition of domain-general CT skills. The findings generally demonstrated that embedding CT instruction systematically in domain-specific courses requires greater clarity about what set of CT skills could be targeted in domain-specific instruction, how specific subject-matter instruction could be designed considering CT as an integral part of domain-specific instruction, and how best CT outcomes be assessed. Some considerations for the design of CT-supportive learning environments are discussed.     

Teaching instructional design in a computer literacy course

Knowledge of instructional design principles can help teachers integrate technology such as computers into their classroom instruction. This article describes a required computer literacy course for preservice teachers which was redesigned to include substantial components to teach instructional design. Also described are the results of a study conducted to examine the effectiveness of the instructional design training. End-of-course measures indicated that the preservice teachers learned the essential principles of instructional design and believed that the instruction would help them develop better lesson plans for effective use of computers in their classroom instruction.     

Use of Instructional Feedback and Modification Methods among University Faculty

This study focused on methods used by faculty to gather feedback and how this feedback was used to modify instruction. Data were gathered to determine the degree to which these methods of feedback and modification of instruction were dependent upon variables such as class size, teaching experience, pedagogical training, academic rank and status, gender and academic discipline. It was found that the amount of feedback and modification of instruction did not vary significantly across the variables of teaching experience and class size. The analyses examining the effects of the remaining independent variables (i.e. college of study, pedagogical training, gender, rank, status) did detect statistically significant results. Specifically, those instructors who had received some training in pedagogical methods gathered feedback about their teaching more than those instructors without such pedagogical training. Also, faculty from the Colleges of Education and Liberal Arts used more methods to gather feedback than those faculty from the College of Science and Mathematics. Faculty in the College of Science and Math also did the least in terms of course and instructional modification, significantly less than faculty in the Colleges of Agriculture, Business, Education, Engineering and Liberal Arts.     

CONCEPTUAL CHANGE TEXTS IN CHEMISTRY TEACHING: A STUDY ON THE PARTICLE MODEL OF MATTER

This study explores the effect of a conceptual change text on students?? awareness of common misconceptions on the particle model of matter. The conceptual change text was designed based on principles of text comprehensibility, of conceptual change instruction and of instructional approaches how to introduce the particle model. It was evaluated in an empirical study with 214 students. Students?? learning was measured with a pre?Cpost-test design. Item response theory was used for analysing students?? answers. We found that reading the criteria-based text fostered students?? awareness of common misconceptions about the particle model and yielded overall improved results as compared to reading a traditional text.     

构建主义学习理论在现代教育技术课程教学中的应用

针对目前《现代教育技术》课程教学状况,引入构建主义学习理论,结合实际教学经验,提出《现代教育技术》课程教学改革方案。     

ID Expert™: A second generation Instructional Development System

This paper describes ID Expert, an intelligent computer-based multimedia interactive instructional development and delivery system. This paper illustrates the following features of this system: Instructional design principles can be built into reusable instructional strategy computer algorithms (instructional transaction shells). This feature significantly reduces the programming task and insures more effective instructional strategies than often results when a strategy must be rebuilt for every lesson or course. A decoupled knowledge base makes it possible, at the click of a button, to attach or unattach a given knowledge object to a reusable preprogrammed instructional strategy. This feature significantly reduces the instructional development effort. Instructional strategies specified by parameters makes it possible, at the click of a button, to change an instructional strategy. This feature significantly reduces the effort required for designing or redesigning a lesson or course. Instructional strategies specified by parameters makes it possible to design multiple strategies for a given course or lesson and makes it possible, at the click of a button, to change from one strategy to another. When implemented for modification during instruction, based on student performance, this feature makes possible adaptive instruction.     

Engaging students in higher education through mobile learning: lessons learnt in a Chinese entrepreneurship course

This evaluative?Cexploratory case study reports pedagogical experiences with using mobiles phones, wikis, and other mobile learning approaches such as podcasts and walking tours as educational tools in the context of an undergraduate course on Chinese Entrepreneurship and Asian Business Networks taught at a university in Singapore. Conceptualized as mobile learning, the paper argues that information and communication technologies (ICT) devices used by Gen Y students as part of their everyday life such as hand phones in combination with social media platforms such as course wikis and other proven pedagogical methods such as mini lectures, field visits, and walking tours can greatly enrich learners?? experience and produce valuable learning outcomes on the basis of blended learning provided their usage is easy and effectively integrated into the respective instructional strategy.     

The Role of Struggle in Pre-Service Elementary Teachers’ Experiences as Students and Approaches to Facilitating Science Learning

Science education researchers are concerned with preparing pre-service elementary teachers (PSETs) to teach in ways that support students to learn science in a meaningful way. Preparing elementary teachers to teach science is complicated given that they tend to be generalists and may not have the same experience with science as secondary teachers. During an elementary science methods course, we explored PSETs?? perspectives on the teaching and learning of science via a case study that included four PSETs. Using Frykholm??s (Journal of Curriculum and Supervision 19:125?C149, 2004) framework of ??educative?? and ??debilitating?? discomfort, we examined PSETs?? approaches to their own science learning and their approaches to science teaching. A theme apparent in PSETs?? perspectives was struggle. We described ways in which struggle was either educative or debilitating for PSETs, both in terms of their own learning and the ways in which they approached teaching. Some PSETs who struggled in their own learning developed learning experiences to engage their students in reform-based science teaching, while some PSETs developed learning experiences that prevented their students from experiencing any sort of struggle in their learning process. The ways in which these students dealt with their own learning struggles mirrored the ways in which they dealt with their struggles to become teachers of reform-based science instruction. Helping PSETs to deal with their feelings of discomfort with science content or ideas about the nature of science learning and teaching promoted by reform documents may be a key issue in developing their willingness to become facilitators of meaningful science learning.     

Mastery Learning and Instructional Design Originally published in 1988, PIQ 1.1

Comparisons are drawn between the ideas of mastery learning and those of instructional design. Considerable agreement is noted concerning the main factors contributing to the quality of instruction. Similarities are pointed out in Bloom's alterable variables and a number of the events of instruction described by Gagné. Differences exist in the taxonomic categories of learned performances of the two systems, and in the proposal of instructional design that each category requires a different set of instructional tactics. A noteworthy area of agreement is emphasis on the instructional importance of skill automaticity.     

以培养创新与合作能力为目标的“多媒体教学软件设计与开发”教改探索

本文介绍“多媒体教学软件设计与开发”课程的教学改革。课程目标转变为培养学生的创新与合作能力,提升了教学内容的理论层次,采用实例研讨与设计作业结合的理论教学方式,应用工程思想组织实验教学,开发了网络学习环境,在教学的各个环节促进学生的创新与合作。     

Asynchronous Online Instruction Leads to Learning Gaps When Compared to a Flipped Classroom

With the gradual shift to online education models that has taken place in recent decades, research has sought to understand the nuances of student performance in an online model in comparison to more traditional in-person modalities. However, the effects of instructional modality have been difficult to determine given the many variables that exist in course design between these methods. In this study, we attempt to determine the efficacy of asynchronous online instruction by comparing two nearly equivalent courses. The first course was a flipped classroom, a recent and well-studied hybrid model of instruction. The second was an asynchronous fully online course that contained all the same instructional elements as the in-person course but lacked any student or instructor interaction. Student performance was tracked at both a highly-selective private institution and an open-enrollment public institution. Results show that students’ performance drops in an asynchronous online course compared to an equivalent in-person experience. Several potential hypotheses are put forth to explain a change in performance that can potentially shape the design of online instruction.