Utilizing Multimedia Tools to Create Virtual Laboratory Experiments in an Introduction to Materials Course

Author(s):  
Jamie Workman-Germann

Work is currently being done using multimedia tools to create virtual laboratory experiments for the Introduction to Materials course (MET 141) at Indiana University Purdue University at Indianapolis (IUPUI). These efforts are part of a larger project to incorporate the entire class; lecture, laboratory, homework, exams, and quizzes into an online environment. Video, audio, data capture and analysis, hardware, and software tools are being utilized and developed to create this new method of performing and analyzing laboratory experiments. The foundation for this project was created during the 2001–2002 school year. During that time, a CD-ROM laboratory supplement was developed to accompany the lab manual used in the Introduction to Materials course. The CD-ROM combined video, audio, text, and graphics to help students understand the procedures and equipment being used in the experiments. With this start, the idea of converting the entire course into a distance-learning format was formed. While many courses are delivered in a distance-learning format, incorporating laboratory experiments in the same manner can present several new challenges. This paper will detail the development of this project, the tools used to create the virtual experiments, and give additional details on the materials created for this course.

Author(s):  
Raymond Chiong

The rapid growth of information technology has opened up the possibilities of corporate learning and a completely new dimension to the progress in education and training. Educational and training programs that were once delivered only through a face-to-face setting can now be done electronically due to the advancement of technologies. As a result, the advent of distance learning has enabled not just flexible learning which is independent of time and space, but also significantly reduced the cost in acquiring necessary educational or professional training. Distance learning through virtual classroom is thus being considered by many to be the next revolution in the marketplace, with an estimated potential growth of $23.7 billion worldwide in 2006, according to a study conducted by the International Data Corporation (Downes, 2003). This article aims to provide an overview of the concepts and technologies of distance learning, and discuss the critical factors that determine the successful implementation of a distance learning system. Before going into further details of the distance learning concepts, it is necessary to look at some of the definitions of distance learning that have been proposed by various parties. Waller and Wilson (2001) from the Open and Distance Learning Quality Council in the UK defined distance learning as “the effective learning process created by combining digitally delivered content with (learning) support and services.” This brief but concise definition shows that distance learning is in digital form. In a more lengthy definition, Broadbent (2002) refers distance learning to training, education, coaching, and information that are delivered digitally, be it synchronous or asynchronous, through a network via the Internet, CD-ROM, satellite, and even supported by the telephone. From this extended definition, we see that distance learning can be synchronous where the learning process is carried out in real-time led by instructor, or asynchronous, where the learners can self-pace their progress. Zhang, Zhao, Zhou, and Nunamaker (2004, p. 76) in their paper described distance learning as “technology-based learning in which learning materials are delivered electronically to remote learners via a computer network.” This definition reiterates that there is a shift of trend from the old-fashioned classroom learning to the more mobile learning where the remote learners everywhere can learn. As distance learning is still a relatively new discipline, the term tends to evolve from time to time based on the technological advancements. As such, the above mentioned definitions are by no means definitive but suggestive. Generally, the emergence of distance learning concepts a decade ago can be reasoned from two factors: the needs of corporations and the availability of technological advances (Faherty, 2002; Urdan & Weggen, 2000). From the corporation aspect, one must cope with the fact that knowledge plays an important role in delivering immediate skills and just-in-time information the industries need nowadays. As knowledge becomes obsolete swiftly, it is essential for corporations to find a cost-effective way of delivering state-of-theart training to their workers. From the technological aspect, global network access has become widely available with an increased Internet bandwidth, a broad selection of available software packages, and a wide range of standardized distance learning products. This has made it possible for everybody with a computer and an Internet connection to learn in a way that is most convenient and comfortable. Learners are able to customize their learning activities based on their own styles and needs, and decide for themselves when to study in the midst of busy schedules. Nevertheless, many corporations still hold doubts towards the effectiveness of distance learning. Deficiencies in support, content, quality of teaching, cultural, and motivational problems are some of the main concerns that have been raised (Rosenberg, 2001). For individuals, especially the older generations, the fear of technology is something to overcome (Nisar, 2002). This somehow confines the prospect of distance learning to a limited number of age groups. Meanwhile, the flexibility of self-paced learning also leads to the possibility of spending less time in study when workload in other areas increases, which could be quite detrimental to the learning process. Although some obstacles do exist in the adoption and implementation of distance learning, the benefits of it can be tremendous if the design and delivery are well catered for. A few core elements which are deemed to be essential for successful implementation of distance learning systems have thus been identified. The following section describes these core elements.


Author(s):  
Samantha Cecile Smith-Snook ◽  
Bonnie A. Plummer

The research described in this chapter aimed to find the correlation between participation in virtual extracurricular activities (ECAs) and student engagement during distance learning at a secondary school located in Northern California. Data was gathered on current student engagement through grades, attendance, teacher perception, and student and legal guardian opinion during the first two quarters of the 2020-2021 school year. Furthermore, data was gathered on student, teacher, and legal guardian opinions on the correlation between participation in virtual ECAs and student engagement during distance learning. The data revealed that there is a significant loss of student engagement during distance learning and that students are not participating in virtual ECA's due to a lack of interest. This data can be corroborated by the number of Ds and Fs students are obtaining which indicates a significant loss in student academic success. Looking forward to increase student engagement, the school must focus on creating virtual ECAs that pertain to student interest.


2011 ◽  
pp. 2163-2180
Author(s):  
Gilly Salmon

There are few published reports of structured approaches to developing lecturers for new online roles. However, both campus and distance learning institutions can offer some experiences in developing lecturing staff to moderate and teach with low cost text-based online conferencing. This role is known as e-moderating. Staff development is often asserted as a key issue in the success of everything from a project, a course or a whole institution to an online environment. The current climate asserts the importance both for university and college lecturers of adopting a good practice and an understanding of teaching in addition to academic competence. This chapter considers and explores the knowledge and skills that the best e-moderators have and how they can be recruited, trained and developed.


2020 ◽  
pp. 153660062097345
Author(s):  
Morganne Aaberg

In this study I examined archival material relating to music lessons that aired on the Indiana School of the Sky during its inaugural season in the 1947–1948 school year. The Indiana School of the Sky was an educational radio program intended for use in the public schools and produced by Indiana University students and professors, in partnership with the State Department of Education. The purpose of this study was to illuminate details of the Indiana School of the Sky music program during its inaugural season in 1947–1948, such as the staff, repertoire, teaching strategies, and program structure. Of particular interest was Dorothy G. Kelley, who served as supervisor of the Indiana School of the Sky music episodes during its inaugural season, and was the first female to join the faculty of the Music Education Department at Indiana University. A secondary purpose was to examine the intersection of education and technology in the late 1940s through the lens of the Indiana School of the Sky and to afford contemporary music educators the opportunity to reflect on how they use current technologies in their classrooms. This study found that the program employed three main teaching strategies: singalong, call and response, and listening. Indiana University music and music education students performed in many music episodes alongside Kelley, and 34% of compositions that aired during the 1948–1949 school year comprised of music by composers from the United States, or folk music originating in the United States. Other countries represented by either composer or folk tradition included Australia, Austria, Czechoslovakia, England, Finland, France, Germany, Italy, Norway, Mexico, Russia, and Spain.


2001 ◽  
Vol 90 (2) ◽  
pp. 187-191 ◽  
Author(s):  
D. Gillet ◽  
H.A. Latchman ◽  
Ch. Salzmann ◽  
O.D. Crisalle

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