A short intro & debrief to the AAMC 2017 Panel on Adopting Educational Technology in medical schools. A basic primer for anyone looking to adopt technology in a thoughtful and effective way.
This slides are going to tell you about:
1. What is Science?
2. What is Technology?
3. What differences between Science and Technology?
4. What are advantages and disadvantages of Science and Technology?
--> this presentation slide is prepared by Mr. Moeurn Menghong
--> Email: menghongsreveal@gmail.com
Nervous system is the system designed for transmitting and processing necessary information for surviving in the world.
As one important step toward understanding of the process, we need to record electrical activities from as more neurons as possible, and need to reconstruct the comprehensive information flows (Informatic Connectome). This presentation will introduce one series of studies asking information processes among more than 500 neurons recorded from barrel cortex using our multi-electrode array system. The information network showed obviously unique features as follows:
For example, the strengths of information flow were log-normally distributed, and showed a long-tailed distribution. At the same time, the network organization hold hubs not only about the number of connections (as Non-Weighted networks) but also the amount of information flowing on the connections (as Weighted networks). These findings are important in relation with synaptic connections existing behind of the electrical signals. Furthermore, the hubs were surrounded by hierarchical or multi-scale organizations including Clusters and Communities. Within hubs, high out-degree hubs often received inputs from high informatics neurons, and hubs produced Rich Club organization by directly connecting each other. These architectures reflect mechanisms how Informatic Microconnectome can process information sparsely and effectively in our brain.
Lecturing Well. Workshop presented at AMEE 2012 in Lyon, France. Aug 18, 2012. Shared under Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.
This slides are going to tell you about:
1. What is Science?
2. What is Technology?
3. What differences between Science and Technology?
4. What are advantages and disadvantages of Science and Technology?
--> this presentation slide is prepared by Mr. Moeurn Menghong
--> Email: menghongsreveal@gmail.com
Nervous system is the system designed for transmitting and processing necessary information for surviving in the world.
As one important step toward understanding of the process, we need to record electrical activities from as more neurons as possible, and need to reconstruct the comprehensive information flows (Informatic Connectome). This presentation will introduce one series of studies asking information processes among more than 500 neurons recorded from barrel cortex using our multi-electrode array system. The information network showed obviously unique features as follows:
For example, the strengths of information flow were log-normally distributed, and showed a long-tailed distribution. At the same time, the network organization hold hubs not only about the number of connections (as Non-Weighted networks) but also the amount of information flowing on the connections (as Weighted networks). These findings are important in relation with synaptic connections existing behind of the electrical signals. Furthermore, the hubs were surrounded by hierarchical or multi-scale organizations including Clusters and Communities. Within hubs, high out-degree hubs often received inputs from high informatics neurons, and hubs produced Rich Club organization by directly connecting each other. These architectures reflect mechanisms how Informatic Microconnectome can process information sparsely and effectively in our brain.
Lecturing Well. Workshop presented at AMEE 2012 in Lyon, France. Aug 18, 2012. Shared under Creative Commons Attribution-NonCommercial-ShareAlike 3.0 Unported License.
Tackling Assumptions and Expectations; Implementing Technology in Higher Education........................................ 1
Teri Taylor
The Virtual Management of Schools ................................................................................................................................. 14
Dr. Esteban Vázquez-Cano and Dr. Eloy López-Meneses
Course Contents Analysis of Students’ Academic Performance in Basic Electronics.................................................. 25
Aina Jacob Kola and Akintunde, Zacchaeus Taiwo
Modified Useful-Learning Approach: Effects on Students‘ Critical Thinking Skills and Attitude towards
Chemistry .............................................................................................................................................................................. 35
Arlyne C. Marasigan, Allen A. Espinosa
Effects of Music on the Spatial Reasoning Skills of Grade-One Pupils ......................................................................... 73
Desiree B. Castillo, Czarlene Kaye San Juan, Maria Robelle Tajanlangit, Irish Pauline Ereño, Maria Julia Serino, Catherine
Tayo and Allen A. Espinosa
Impact of Organizational Commitment and Employee Performance on the Employee Satisfaction ....................... 84
Naveed Ahmad, Nadeem Iqbal, Komal Javed and Naqvi Hamad
A Multivariate Analysis (MANOVA) of where Adult Learners Are in Higher Education ........................................ 93
Gail D. Caruth
Group Communication and Interaction in project-based Learning: The Use of Facebook in a Taiwanese EFL
Context ................................................................................................................................................................................. 108
Wan-Jeng Chang
Good Looking With Technology: The iPhone and ethnographic researchPenelope Coutas
Slides from a short seminar presentation with education faculty staff at Murdoch University about my ethnographic work using the iPhone and other ICTs for data collection, collation and (re)presentation.
Preparation of Students in the United states to Assume Leadership RolesDr. Iwasan Kejawa, Ed.D
This article provides an insight into the training of individual in the states of America for life after schooling. It explores the scientific and technological methods and their importance in education ..........
The importance of Science education and technology: This article explains why science education and technology are so important in living our lives today.
Climate change communication – success or failure?bis_foresight
Presentation by Sir Mark Walport on climate change communication at the Walker Institute Annual Lecture on 5 June 2014.
Watch the video of the lecture: http://www.youtube.com/watch?v=b1hwzO_HmcA
#walkerlecture
Amidst the hype and the hysteria MOOCs themselves have marched steadily along. Recent reports show that they continue to grow both in numbers of courses being offered and the total number of learners enrolled on all MOOCs. And so, despite many critiques and uncertainties about their true role and financial viability, MOOCs are for the moment at least, here to stay. The cMOOC xMOOC binary, and other acronymic derivations, can be seen as representative of the contestation of the arena in which MOOCs are situated; as attempts to frame or direct the discourse. This has been examined in the academic literature REFS, in the traditional media [VITOMIR SELWIN US ] and to some degree in social media [REFS]. In this paper will examine how stakeholders including MOOC providers, teachers and students use the term MOOC in social medium Twitter. We do this through an analysis of a sample of mentions of the hashtag “#MOOC”. Furthermore, we examine issues of the how research can be conducted on MOOCs in Twitter including an appraisal of how the term itself is both portrayed and conceptualized in this space.
Amidst the hype and the hysteria MOOCs themselves have marched steadily along. Recent reports show that they continue to grow both in numbers of courses being offered and the total number of learners enrolled on all MOOCs. And so, despite many critiques and uncertainties about their true role and financial viability, MOOCs are for the moment at least, here to stay. The cMOOC xMOOC binary, and other acronymic derivations, can be seen as representative of the contestation of the arena in which MOOCs are situated; as attempts to frame or direct the discourse. This has been examined in the academic literature, in the traditional media and to some degree in social media. In this paper we examine how stakeholders including MOOC providers, teachers and students use the term MOOC in the social medium Twitter. We do this through an analysis of a sample of mentions of the hashtag “#MOOC”. Furthermore, we examine issues of the how research can be conducted on MOOCs in Twitter including an appraisal of how the term itself is both portrayed and conceptualized in this space.
Title: The Interplay of Science, Technology, and Society: A Comprehensive Examination
Abstract:
The interrelationship between science, technology, and society (STS) has been a subject of extensive scholarly inquiry and societal relevance. This paper aims to provide a comprehensive examination of the intricate dynamics between these three domains, elucidating their mutual influences, societal impacts, ethical considerations, and future trajectories. By delving into historical perspectives, contemporary issues, and futuristic trends, this paper navigates through the multifaceted terrain of STS, offering insights into its complexities and implications for individuals, communities, and global civilization.
Keywords: Science, Technology, Society, Interrelationship, Ethics, Impacts, Future Trends
Introduction
Science, technology, and society (STS) are interconnected realms that shape and are shaped by each other. The interactions between them are fundamental to human progress, societal development, and the evolution of civilization. In this paper, we explore the intricate interplay of science, technology, and society, spanning historical antecedents, contemporary challenges, ethical dilemmas, and future trajectories. We begin by delineating the conceptual frameworks that underpin the study of STS, followed by an exploration of its historical evolution and key milestones. Subsequently, we delve into contemporary issues and debates, focusing on the societal impacts and ethical considerations arising from scientific and technological advancements. Finally, we prognosticate on the future trajectories of STS, considering emerging trends and potential scenarios that may shape our collective destiny.
Conceptual Frameworks
The study of science, technology, and society encompasses various conceptual frameworks that elucidate the complex interrelationships between these domains. One such framework is the Social Construction of Technology (SCOT), which posits that technologies are not neutral artifacts but are shaped by social forces, cultural norms, and power dynamics. Another influential framework is Technological Determinism, which contends that technology drives social change and shapes human behavior independently of societal factors. Additionally, the Ethical, Legal, and Social Implications (ELSI) framework emphasizes the importance of addressing ethical considerations and societal impacts in technological development. These frameworks provide theoretical lenses through which we can analyze the dynamics of STS and understand its implications for individuals and societies.
Historical Evolution
The historical evolution of STS is characterized by a dynamic interplay between scientific discoveries, technological innovations, and societal transformations. From the scientific revolutions of the Renaissance to the industrial revolution of the 19th century, technological advancements have profoundly influenced societal structures, economic systems, and cultur
John Cook Research Profile For D4DL SIG visit to & talks with the DCRC/REACT hub @ Pervasive Media Studio, Watershed, May 22nd 2013: http://cloudworks.ac.uk/cloud/view/8427
"Assessing Emerging Technology and Futures Capacity for Your OrganizationBryan Alexander
Materials for my 2016 Campus Technology workshop.
From the conference description:
"How can a campus information services organization best approach and strategize emerging technologies? Mr. Alexander will present futuring methods currently used in academia, non-profits, governments and businesses. You will learn how to use environmental scanning to identify major trends in the present which are likely to shape the medium-term future. Additionally, you will discuss with other attendees how to expand your institution’s capacity for assessing emerging technologies and other drivers that will reshape higher education."
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Course Contents Analysis of Students’ Academic Performance in Basic Electronics.................................................. 25
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Modified Useful-Learning Approach: Effects on Students‘ Critical Thinking Skills and Attitude towards
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8. McKeown, M. (2014). The Innovation Book.
There are a number of concurrent activities
9. McKeown, M. (2014). The Innovation Book.
There are a number of concurrent activities
Learner
adoption
Faculty
Development
Curriculum
integration
Political
support
10. Koehler & Mishra (2006, 2009, 2010, 2013).
Tip 2:
Many individual activities have their own
evidence base
Faculty
Development
Technological pedagogical content
knowledge
11. Tip 3:
People will change their
behaviors as they
• Adapt around
technology
• Learn to leverage the
affordances of
technology
• Learn from their peers
12.
13. TIP 4
“Ed tech” compared to “traditional” =
no significant difference
15. 4. “Ed tech” compared to “traditional” =
no significant difference
3. People will change their behaviors as
they adapt around technology
2. There is an evidence base to inform the
adoption of ed tech
1. Many simultaneous variables are
involved with adopting ed tech
In Summary:
23. We are entrenched in traditional classroom
and clinical models,
while we are
immersed in the sea of the Internet.
24. “We focus all our attention on what technology
can do,
not on what it can undo”
- Neil Postman (1992) Deus Machina p.3
Editor's Notes
What do I mean? I mean that adopting technology is more complex than purchasing software or hardware.
It’s more complicated than integrating it into the curriculum.
It’s more complicated than offering faculty development.
Let’s take an example from the GIR listserv.
Let’s look at an example in practice.
This cycle is not surprising, because….
This cycle is not surprising, because….
This cycle is not surprising, because….
Third cycle is:
Refresh the technology – newer, better services & features;
What do we do to expire content?
Download, stream or live stream?
You’ll see that many of the technology issues are reflected within the J-curve: at first, we make lecture capture work; we then maximize performance & reliability; we look at new providers or options to reduce costs….and then we’re on to a mature innovation that needs content refresh and other administrative issues.
But this curve doesn’t explain the human factor!
The human factor is this: (next slide)
ASSUMING ALL THINGS STABLE WITH CURRICULUM, ASSESSMENT, and BUDGET, other factors:
Within faculty development, there are evidence-based ways to
Many people say that students will change…but have all of them? I would encounter 5% of the class would find me and admit they don’t know how to use the learning management system, or their laptop.
Digital tools – does it work better than regular lecturing?
NO – the point is HOW you teach?
Dell Medical school’s alignment of Firecracker with the curriculum – firecracker is a VEHICLE for Dell to prepare learners for Step 1, not the outcome in and of itself
Firecracker MIGHT change learning outcomes – b/c it was specifically designed to do that
Firecracker is somewhere between modification – doing spaced testing & drill & practice, but also redefinition – the learner dashboard and predictive algorithm is giving learners feedback in a more timely and in-depth manner than our medical schools currently are