Category: LRNT 523

Education and technology have both changed drastically over time. Small isolated classrooms and chalkboards are now replaced with online classrooms and smart boards. For these changes to have happened, pioneers of education technology (edtech) have had to lead the change. One of these periods of change is now known as the visual instruction movement (VIM) and took place in the United States (US) during 1918-1928 (Johnson, 2008). Anna Verona Dorris was an irreplaceable leader to the VIM and believed that “interest is the key to knowledge” (Dorris, 1930, p. 201). Not only did Dorris write the first comprehensive instructional manual on teaching with visual aids, but she did so in a time where females were significantly underrepresented in leadership roles and edtech (Doyle, 2016; Johnson, 2008). Dorris’ approach to education was cutting edge for the time, and helped mold the VIM landscape; furthermore, by putting the students’ interest first her ideas are still relevant to education today.

The VIM’s intent was to utilize visual aids to broaden and deepen education (Johnson, 2008). Societal changes such as increased access to technology, compulsory education laws, and schools becoming responsible for social progression lead to an evaluation of current public education (Dorris, 1928). It was the intent of forward thinking educators, like Dorris, to use visual aids to meet these new challenges. The visual experiences and aids used in classrooms could be broken up into four different categories: actual reality, artificial models and exhibits, pictorial realism, and pictorial symbolism (Dorris, 1928). The specific technology at the time included photographs, prints, exhibits, graphic art, globes, maps stereographs, stereopticon slides, and excursions (field trips).  Pictures of animals, history, or different parts of the world could be used to enhance learning since the students would not have the opportunity to see these otherwise (Dorris, 1928; Dorris 1930). The impact of using these aids would hopefully broaden the students’ views and opening them up to a larger world. The inclusion of visual aids allowed for students to better understand their learning material, have a more immersive experience, and better prepare them for the technology in their new world.

Dorris was instrumental to the VIM and contributed to it in many ways. At the beginning of the VIM, she chaired a committee that set out to rationalize visual instruction (VI) in education and concluded that there were many areas of modern life that VI was already crucial to, such as the promotion of national unity (Johnson, 2008). These findings helped to exemplify why VI was such an important addition to education. Dorris created a survey to determine how many universities, colleges, and normal schools were teaching VI techniques to new teachers, a task that had not yet been done (Johnson, 2008). This showed that this educational movement was not isolated to just the California area. Furthermore, as director of VI for Berkley public schools, Dorris was also responsible for setting up the distribution centre (Johnson, 2008). Near the end of the VIM, Dorris authored a book that was the first of its kind and filled a much needed gap on VI (McClusky, 1929). The examples that Dorris used showed that she had “intimate knowledge of working conditions in the schools” (McClusky, 1929, p. 468). This book helped to not only explain the purpose of visual aids, but gave concrete examples of how to implement visual aids in classrooms. Dorris’ roles and contributions allowed for her to bridge the gap from the theory used in the committee/university, to what was actually happening in the classrooms, and share her knowledge with others.

Not only was Doris a pioneer for the VIM, she was a pioneer for women in edtech and leadership.  In 1927, Dorris became the first female president of the National Education Association’s Department of Visual Instruction (now known as the Association for Educational Communications and Technology (AECT)), only four years after it was founded (Doyle, 2016; Johnson, 2008). To date, the AECT has had 88 presidents, with only 17 of them being women and 11 of which has come after 1982 (Doyle, 2016). At the time when she was president, women were widely underrepresented in leadership roles. Dorris was president four years before the first female was elected to the senate, and six years before one was appointed to the cabinet (Doyle, 2016). She chaired a committee in a field that was dominated by men and was often more educated than her male colleagues in similar roles (Johnson, 2008).  By having numerous leadership roles and accomplishments, it demonstrates not only that Dorris was a strong leader, but she was well received and respected within her field and is remarkable role model for women in edtech.

Dorris’ educational beliefs were revolutionary at the time, and still hold relevance today. With the end of the world war I, the 19th amendment, new technology, and other societal changes, the youth were different:

 A new civilization has dawned; new problems confront us; a new type of youth with different standards, with different ideals, and with different ambitions greets us here, there, and everywhere. (Dorris, 1930, p. 201)

Dorris believed that education needed to change to keep up with its current civilization (Dorris, 1928; Dorris, 1930; Johnson, 2008; McClusky, 1929). This equally rings true today, and Dorris’ quote above could easily be applied to the youth of the twenty first century. With the advancement of technology in the past years, and the presence of it in the classroom only growing, it is important that we hold on to Dorris principle that technology is not to replace instruction but to support and elevate it. Even as late as 1928, Dorris had to defend her reasons for using technology in classrooms as some teachers could not differentiate between education and entertainment (Johnson, 2008). However, Dorris believed it was the job of the teacher to discriminate between which material was entertainment and which was for learning, and was adamant that teachers need to be properly trained (Dorris, 1928). The discussion around relevance, impact, and training is still discussed today as new technology is being introduced to school. Students interest was a key factor to Dorris, and she believed that the use of VI could help spike interest in pupils (Johnson, 2008).  By allowing students to use visual aids and explore areas they were interested in in more detail, they were able to have a more personalized experience. Educators in the 1920’s were facing the problem of teaching for world peace and international consciousness, and Dorris stressed that books alone would not be able to accomplish that (Dorris, 1930). That topic is still relevant in today’s education, and using technology to assist in the learning process allows for the world to become a smaller place. We still need to use technology to enhance our students’ learning and to introduce them to a possibly unfamiliar world, much like Dorris instructed.

Dorris was an amazing educator and truly had the intentions of students at heart. Her contributions to education were numerous, and many of her beliefs are applicable today. As technology continues to evolve and we wait to see what is next, it is important to remember that technology needs to be correctly implemented. For this to happen teachers need to be correctly trained, the technology needs to supplement the instruction, and the technology needs to be relevant to world outside of school. Dorris’ legacy is one that should not only be studied, but be learned and applied to today’s classrooms.

References

Dorris, A. (1928). Visual instruction in the public schools. Boston: Ginn.

Dorris, A. (1930). Educating the Twentieth-Century Youth. Junior-Senior High School Clearing House, 5(4), 200-204.

Doyle, R. G. (2016). Paralleling women as presidents of aect with changes in u.s. laws and social norms. In J. A. Donaldson (Ed.), Women’s voices in the field of educational technology (pp. 155-164). Switzerland:Springer International Publishing.

Johnson, W. G. (2008). Making Learning Easy and Enjoyable: Anna Verona Dorris and the Visual Instruction Movement 1918-1928. TechTrends, 52(4), 51-58.

McClusky, F. D. (1929). Review (untitled) of visual instruction in the public schools. The Elementary School Journal, 29(6), 467-468.

Technology-e-learning-school break lunch (c) Rawpixel.com, CC BY-NC-SA 2.0

As a group, we (Anita Fahrenbruch, Amanda Dunn, Jeff Clemens, Joyce Wimmer, and Alastair Linds) reviewed four current articles focused on the technology benefits in the classroom and opportunities they use to leverage those in education. Each article chosen offered new perspectives to dispute the concepts proposed by Clark (1994) that media has no impact on learning and that the medium of which learning is delivered cannot influence learning. We note that Clark wrote his article in 1994 and the articles we chose are from 2015-2018, offering new insights into technology use which may not have been present during Clark’s article.The articles we chose are the following: (1) ‘Gamification for Learning’, by Tu, Suji-Montes, and Yen (a chapter from Media rich instruction: Connecting curriculum to all learners, 2015), (2) ‘3 Ways Video Games Can Help Students Thrive’ by Cortez published by EdTech Magazine, (3) ‘Cutting Edge Education’ published by Forbes Technology Council, and (4) ‘A Principal Shares Tech Benefits for the 1:1 Skeptic. Technology Solutions That Drive Education’ by Renwick. We will provide a brief summary of each article and use their concepts to offer a different view to Clark’s statements.

‘Gamification for learning’ by Tu, Sujo-Montes, & Yen (2015) strives to answer three questions; what is gamification and how does it support learning and education, how do game dynamics and game personalities relate to gamification design, and how is effective gamification created to support learning (p. 203)? The authors discuss the merits of gamification and two categories of game attributes: game mechanics and game dynamics. Game mechanics is described as “principles, rules, and/or mechanisms that direct a desired behavior through a system of incentives, feedbacks, and rewards with reasonably predictable outcomes” (p. 204). Whereas game dynamics are described as the “when and how these incentive [motivators] should be presented” (p. 204).  Gaming dynamics, which is part of game theory, impact the engagement, behavior, emotion, socialization, and exploration of a learner. The authors discuss two frameworks of which gamification can be applied; Self-Determination Theory (SDT) and Fogg Behaviour Model (FBM). SDT are based on “human motivation and personality” (p. 208) where the motivations of the learner come from within and are not motivated by external factors such as reward, badges, or other game mechanics. FBM is a model that bids to understand a balancing relationship between what learners perceive is boring and what is motivating and comparing that to what is difficult to what is simple. This balance is called the activation threshold where the motivation is enough to take on more difficult learning but the difficulty is enough to not become boring or frustrating. Whether or not this threshold is achieved may be influenced by gaming personality (Socializer, Achiever, Explorer, and Killer). These four gaming personalities are compared to four spectrums of gaming motivators: Player, Acting, World/Content, and Interaction. Of course learners are not affixed to these gaming personalities and most are multidimensional. By combining these concepts, Tu et.al develop a model for constructing gamification which supports educators in the design of gamification to be added to their instruction. This is based on four main dimensions; goal setting, player engagement, progressive design and environment building. Taking into consideration how the gaming personalities influences motivations within gaming theory, educators can determine which game dynamics they can use with gaming mechanics to add gamification to their existing lessons.

The article written by Cortez (2016) summarizes the outcomes of game-based learning implemented at a Quest to Learn (Q2L) grade 6 to grade 12 school in New York City as well as uses both quantitative and qualitative data from research to demonstrate her observations. The author found that social skills such as communication, cooperation and collaboration, literacy, personalized learning and motivation flourished in this type of learning environment.

The blog post by Forbes Technology Council (FTC) (2018) offers member opinions on how technology can be best utilized in education. The results are shared in a comprehensive list detailing technology use to personalize a student’s learning and the use of  Hutchin’s theory of distributed cognition (dCoG), which offers a framework to understand media, how this media interacts with individuals and the environment in which an activity takes place (Liu, Nersessian & Stasko, n.d.); dCoG is used in the design of digital learning environments. The blog post continues with suggested reasons for augmenting traditional teaching with technology, addressing how technology use can lower costs in education and affect the student experience through instant feedback, increased accessibility to and participation in online classrooms. Furthermore, the interviewed members suggested opportunities afforded by technology, such as the lowering of workload for teachers through automated test scoring, increased data protection and the opportunity for industry to participate through internship programs offering students real world and research based learning experiences.

Renwick’s (2015) article discusses the primary goal of a school, “to ensure that students benefit from the connections they develop” (para. 13) and outlines the positive role that technology has in enhancing students’ learning. With the presence of technology seemingly everywhere, it is only natural that questions arise regarding school’s protocols. Renwick begins by discussing some of the negatives implications that studies have shown when people’s communication are done primarily with phones: reduced empathy, self-reflection, and open mindedness. He then uses three examples, the ability to help with Learning disabilities, assisting English language learners, and giving students to ability to learn by distance education, to dispute these implications and show the benefit technology has on learning. Renwick offers examples of how different medias can impact and benefit learning, as opposed to the arguments presented by Clark.

In the article, “Media Will Never Influence Learning”, Clark (1994) outlines a set of rules or reasons why media must be separated from instructional design which determines his stance that media has no impact on learning. These rules are as follows: the selected learning method must be cost effective but also have the most learning efficiency; if the learning attribute in one form of media is found in another, then the attribute must be a proxy for another design outside of said media; if two media achieve the same result then an unknown variable exists which hasn’t been measured, that can disprove media impact; motivation must come from internal beliefs in regards to external events; and quantitative data must exist for the media to be proven to have an impact. Clark made “the explicit and clear claim that there were no learning benefits” (p. 22) to be had through the use of media in education.

Each article offers a unique opportunity to view Clark’s arguments. As the members of FTC voiced, technology is able to adjust to a student’s individual needs using their best “modality” for learning and adjusting the learning experience as the student is engaging with the technology (Forbes Technology Council, 2018, para. 2). This point was also reiterated by Renwick and Cortez with using technology to assist students with different learning styles and abilities. There are many ways that games have allowed for new creative lessons; for example, a game where the students become scientists travelling through the human body. Without the inclusion of media this would be impossible to recreate in a reasonable manner (Cortez, 2016). Another concept which was introduced in one of the articles, is that of gaming personality. Gaming personality is a change in socialization behavior and emotion that is brought upon strictly by gaming. Within the interactive environment personalities change and cannot be replicated by other forms of media (Tu et.al 2015, p. 209). As instructional designers we can use this information to create effective learning using gamification. This satisfies Clark’s position confirming that an attribute is not found in another source of media, nor are the results shared by another as the results are determined by the gaming personality which are only found in the gaming context. Furthermore, the ability for technology to enhance the learning of students, such as predictive speech and read and write, gives the student independence to learn on their own and at their own pace. Clark argues that “only the use of adequate instructional methods will influence learning” (p. 27) but the use of technology has now allowed students to be able to not only complete learning outcomes, but to do so in a more personalized manner.  

Although not directly stated, games today are relatively inexpensive and many provide online educational gaming for free online such as the Khan Academy (https://www.khanacademy.org/). Considering the ubiquity of computers we can assume that such learning methods as these are indeed cost effective, even though Clark argues that the investment in media outweighs its gains in learning (p. 27). The FTC’s and Renwick’s articles point to the societal gains that have been afforded through accessibility to education, enhancing learning outcomes globally (Forbes Technology Council , para. 9; Renwick, para 11). Furthermore, technology has allowed the education industry to be more cost efficient and, by passing on savings to the learner as scholarships, media use has contributed to accessibility financially as well as socially (Forbes Technology Council , para. 6).

Cortez adds, students who need to work together more, increase their ability to communicate and collaborate, allowing them the ability to improve social skills above and beyond their peers. This insight has been noticed and discovered outside of the realm of education in students who also participate in casual gaming and disputes one of the main concerns expressed by Renwick.

Clark states that quantitative data must exist for media to be proven to have an impact. Tu et.al (2015) use primary research to help form define different aspects of gamification in order to create a model to support educators in how to best implement gamification into their educational practices. Additionally, Cortez collected quantitative evidence showing that more Q2L students scored at proficient levels, demonstrating that increased learning had taken place. We may argue that quantitative data does exist.

When talking about motivation Tu et.al refer to Self Determination Theory (SDT) and Fogg Behaviour Model (FBM) in order to determine where motivation comes from and how to best utilize and foster motivation in a gaming environment. Gamification is described as being at the center of intrinsic and extrinsic motivation determined by SDT and of motivation, ability and trigger as stated in FBM. SDT and FBM determine that motivators come from within the learner and use in game environmental events as a catalyst. This now fulfills Clark’s rules on motivation that must come from internal beliefs in regards to external events.

We believe media and instructional design can be one of the same and comparing some of the views from different sources has provided a useful counter argument to Clark’s claim that media use does not afford learning, as all of our authors have provided a comprehensive list of several reasons to think otherwise. We want to reiterate Renwick, who agrees that it is important to use media wisely in the classroom, but once used wisely, it is clear it is beneficial to learning environments.

 

References:

Clark, R. E. (1994). Media will never influence learning. Educational Technology Research and Development, 42(2), 21-29.

Cortez, M. (2016). 3 Ways Video Games Can Help Students Thrive. EdTech        Magazine. Retrieved from https://edtechmagazine.com/k12/article/2016/09/3-ways-video-games-can-help-students-thrive

Forbes Technology Council (2018, March 28). Cutting-Edge Education: 13 Ways To Leverage Technology For Learning [Blog post]. Retrieved from https://www.forbes.com/sites/forbestechcouncil/2018/03/28/cutting-edge-education-13-ways-to-leverage-technology-for-learning/#7c3e495c3919

Liu, Z., Nersessian, N., J. & Stasko, J.,T. (n.d.) Distributed Cognition as a Theoretical Framework for Information Visualization. Retrieved from https://www.cc.gatech.edu/~stasko/papers/infovis08-dcog.pd

Renwick. (2015). A Principal Shares Tech Benefits for the 1:1 Skeptic. EdTech Magazine. Retrieved from https://edtechmagazine.com/k12/article/2015/12/principal-shares-tech-benefits-11-skeptic

Tu, CH., Sujo-Montes, L.E. & Yen, CJ. (2015). Gamification for Learning. In: Papa R. (eds) Media Rich Instruction. Springer, Cham

“Soccer Ball in a Yard” by Ryan is licensed under CC BY-NC-SA 2.0

“Google CEO Eric Schmidt claims that society produces more information in two days than was created from the beginning of human history until 2003” (Weller, 2011, p. 234).

As we set out to accomplish Activity 6, and investigate the abundance of information on a topic, we first had to decide on something we felt we can learn more about, had little knowledge of, and gain new perspectives on. We started to talk about our different hobbies, and soccer was quickly part of our mainstream conversation. As current (Dorothy) and past (Amanda) soccer players, we were both familiar with the iconic soccer ball, but knew little about the ball’s history. This lead us on our google adventure of the soccer ball. As we knew there would be an inordinate amount of information we narrowed our curiosity to, why does the soccer ball look the way it does? Focusing on the tradition black and white hexagonal/pentagonal pattern, and what has caused it to change throughout the years?

Our Findings

• Soccer balls has evolved from humble beginnings, “inflated pigs bladders wrapper in leather” (Biggs, n.d., para 1.). Through the years, the science of the material has improved. The leather and rubber have been perfected to allow for better ball play, and product lifespan.
• Updates to the soccer ball were made due to the leather becoming waterlogged during games. The added weight caused head and neck injuries when players headed the ball (Rigsby, n.d.). These injuries have now been linked to dementia in previous players (Bazian, 2017).  
• The iconic black and white pattern was done so the ball could be more visible on television and so that players could more easily track its curve. (Biggs, n.d.; Rigsby, n.d)
• The pattern of 20 hexagons and 12 pentagons makes of a buckminster or buckyball- a truncated icosahedron pattern. It was used as it is the closet to a true sphere that they could create with sewn leather. It first appeared in the 1950s (Rigsby, n.d.).

Our confidence on whether abundant content around our topic exists to enable us to learn about it.

• We are confident that there is an abundant amount of content on the topic. This is due to not just the volume of content, but the diversity of who is publishing the content. This confirms one of Weller’s (2011) assumptions that “content is abundant” (p. 230) due to easy sharing platforms, such as blogs, personal websites, and social media.  
• It is important to remember that the soccer ball belongs to a global market and industry that has been commoditized selling us this product. With so many global companies competing in the space of soccer our research spun out of control and took us through detours of pro vs cons of other products.
• Abundance also comes from the fact soccer is a universal world sport, a common sport that women, men and children play.  It is a part of the many lives due to affordability. There are 211 countries that have a national soccer team, players that are famous and fans that idolize and buy all the memorabilia.  Alongside soccer games having a dedicated TSN channel, universities offer soccer scholarships. This almost hinders our ability to learn as the abundance of information does not always make our task of learning easier (Weller, 2011).
• Weller points out that “when goods become digital and available online then scarcity disappears” (2011, p. 224) as it is the case since soccer balls can be customized with any color and graphic and ordered online 24/7 through soccer websites and online stores like Nike and Adidas.
  

Is abundant content enough?

• No, we need to make sure that we have “developed teaching and learning approaches to make best use of it” (Weller, 2011, p. 228).  There has to be distilling and curation of the content to ensure is understood and applied appropriately.
• Often just because there is a lot of information out there it does not mean that the information is valid. It is important to check your sources and consider who is behind the information. The evidence and authority of your sources are essential to ensure accuracy and be supported.
• Sometimes there is so much that you actually don’t get to what you are looking for, as it is masked with some many layers you can easily lose what you were really trying to scaffold and uncover. Kind of like losing your eye on the prize!
• When there is an abundance of content it may be too much, creating a feeling of overwhelmingness and less clarity. With so much content you can find more sources that sound different, leading to misinterpretation or contradictions.  As Weller points out,

It could be argued that with everyone able to publish content in a web 2.0 world, then the ‘dangers’ inherent in constructivism become more pronounced, as the proliferation of conspiracy theories might attest. However, given that this is the environment everyone has to operate within, the ability to construct appropriate and rigorous knowledge from a range of sources is even more relevant (2011, p. 229).

What do you need to be equipped with to make use of the abundant content that we discovered?

• Research skills, students need to be able to narrow down the results when searching for specific information.
• Time management and focus to be able to distill and weed out poor sourced and evidenced information.  Using certain sites, resources and sources that are recognized and suggested over others.Find information that has valid evidence that supports your findings and possible conclusions.
• Content management skills where you can break apart and compartmentalize information in to sub-topics and groupings. Furthermore, being able to “see connection between fields, ideas, and concepts” (Weller, 2011, p. 232).
• Technology such as having a mobile device or computer, and the internet, opens up the world to this information. It also allows us to search for information find out who is behind the publications. To be able to learn with all the abundance of information out there, you first must have access to it.

What ways can we make use of this content as instructors or learners?

• To educate players about the sport’s history and some of the reasons why the ball differs. This knowledge can be translated to their game; for example, how it  the ball may react differently on turf vs grass, why it spins and curves when they are taking a shot, and why it grips the way it does when they do a throw. This can help players connect the why with the what, as connectivism suggests this helps nurture to facilitate continual learning (Weller, 2011) and furthermore the opportunity to share that knowledge with others.
• To satisfy and engage in curiosity, for instance we are now wondering how the new balls that are being created would be traced on a black and white televisions, and how certain weather conditions impact the physical aspects of the ball, such as in extremely hot, cold, or rainy conditions. Does it make a difference in the physical aspects of the soccer ball, or if there are environmentally friendly balls?
• To reference as an example of how history and influential societal changes and makes an impact; for instance once soccer became televised the ball had to be changed to make it more visible. This has brought people together from all parts of the world during world cup and how massive global companies started to capitalize on selling the product for profit and sponsorships.  It provides meaning, context and a story behind something as simple as a soccer ball.
• To gain knowledge and insights, to improving skills, knowledge, and abilities as a soccer player.  As technology continues to advance at a rapid speed there are virtual reality rooms that you can virtually kick a soccer ball at a screen which looks like a net and see if you hit certain targets and score goals against a virtual goalie.

References

Bazian. (2017). Heading footballs ‘linked to brain damage in professional players’. Retrieved from https://www.nhs.uk/news/neurology/heading-footballs-linked-to-brain-damage-in-professional-players/

Biggs, S. (n.d.) WHY ARE SOCCER BALLS MADE OF HEXAGONS? Retrieved from https://livewell.jillianmichaels.com/soccer-balls-made-hexagons-4225.html

Rigsby, B. (n.d.) The History of the Soccer Ball. Retrieved from http://soccerballworld.com/History.htm

Weller, Martin (2011). A pedagogy of abundance. Spanish Journal of Pedagogy, 249 pp. 223–236.

When reflecting on this activity-to take a stance aligning myself with a single theoretical position- I found myself torn.

Similar to how Ertmer & Newby (2013) discussed behaviorism, cognitivism, and constructivism as a continuation, I agree that it is very much dependent on where you currently are in your learning journey. As described in Ertmer & Newby, it is dependent on the experience of the learner, and where they fall on the introductory to expert learning spectrum. Therefore, I was not able to pick only one specific theory to get behind. However, in my position as a secondary school teacher, I would argue that the majority of my students are closer to the introductory- low knowledge side of the spectrum, and therefore techniques based on behavior and cognitive theory are often used more and more relevant.

For instance, Ertmer & Newby description of behaviorism immediately leads me to think of final exams, especially provincial exams:

“Behaviorism focuses on the importance of the consequences of this performance and contends that responses that are followed by reinforcement are more likely to recur in the future (2013, p. 48)”

Using English as an example, students are often given exam like essay questions ( previous exams) to answer. After completing this essay, their teacher will give feedback that will allow them to make improvements to that style of writing in the future. In their example, Ertmer & Newby’s discussion of behaviorism that “(a)lthough the initial responses may not be in the final proper form, repeated practice and reinforcement shape the response until it is correctly executed”(p. 50).

By having the practice similar to the final, it is aligning with fourth design principle for instruction, application.

“Learning is promoted when the practice is consistent with the learning goal” (Merrill, 2002, p.49).

Behaviourism further corresponds with Merrill’s (2002) second and third principle- activation which promotes learning “when relevant previous experience is activated” (p. 46) and demonstration of “what is to be learned” (p. 47). By being able to get practice and feedback on a specific task, it is the hope that the student will become more comfortable with that in the future. This can often be negatively referred to as ‘kill and drill’, but when there is the need to practice (final or provincial exam) but not necessary the drive from the student (lack of interest, only doing the exam because they have to), it becomes a necessary learning tool to aid in students’ success.

Similar to behaviorism, cognitive theory uses feedback, and relates to Merrill’s second and third principle. However, cognitivism differs in the tools and strategies that it employs: “framing, outlining, mnemonics, concept mapping, advance organizers, and so forth” (West, Farmer, & Wolff, 1991, as cited in Ertmer, & Newby, 2013, p. 54) as well as the amount of active involvement by the learner. I am often using this type of instructions to help guide my students when specific terms or ideas are needed (ex. Classification). Furthermore, learning the different tools allow the students to grow their knowledge base, which will hopefully allow for their knowledge to be transferred to similar like task and problems.

However, to correctly use those learning tools, student buy in is necessary but not always present. The lack of involvement by the learner (by student lack of interest and lack of flexibility in course/curriculum design) makes cognitive theory not always possible and further explains why constructivism is not used as often as it requires even more learner involvement in the process.

Overall, as the learner progress and gain more knowledge, changing learning theories will only help them grow. However, in the relatively rigid secondary setting, learners knowledge is still low and the theories most often used ( behaviourism and cognitivism) are reflective of that.

References:

Ertmer, P., & Newby, T. (2013). Behaviorism, Cognitivism, Constructivism: Comparing critical features from an instructional design perspective. Performance Improvement Quarterly, 26(2), 43-71.

Merrill, M. D. (2002). First principles of instruction. Educational Technology Research and Development, 50(3), 43-59.

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After reading through the different articles in Unit 1, the interesting thing for me was realizing how little I knew about the history of educational technology. As technology is all about looking into the future, it is important to remind ourselves to look back every now and then and see where we have come from. Below you will see my link to a timeline of Distance Learning.

Link to my Timeline

 

Kinlund, C. (2011). Vintage Gutenberg printing press [Photograph]. licensed under CC By-NC-ND 2.0 

Looking back at the history of educational technology, I came across multiple articles about how technology has improved. One of the articles I read, written by Tony Bates, was a blog post discussing how “roles of technology in education go back at least 2,500 years” (2014, para 2). His example was the writing Moses chiseled on stone in the bible. As discussed by Bates, as technology advanced, such as writing tools, it challenged what was the accepted norm and lead to a resistance. I see this in current education, with the change in curriculum in BC, using more computer mediated tools. Resistance to change is a common theme seen throughout history and currently in education.

In his article, Bates broke education into different categories: oral communication, written communication, broadcasting & video, and computer technologies. As he discussed how the different technologies within the different categories has evolved and developed, he points out that most education technologies were not originally developed for education purposes, but for business, such as overhead projectors and powerpoint. I wonder how technologies developed specifically for education improvement today, compare statistically to the older, less specific technologies?

Reading through this article and its discussion of the printing press, it lead me back to a course I took in university (History of Biology) and the discussion around the most influential people in the last millenium (personal communication, 2012). After our course did our guessing, it was revealed that Johannes Gutenberg was giving the title for his invention of the printing press (Johannes Gutenberg, n.d.). It was the printing press that allowed mass production of words, which lead to more reading and changes to education.

The printing press made the world a smaller place by having written word reach with more people, and the internet has done that again, reaching a larger audience.  I am curious what the next big invention or technology will be that completely revolutionizes the way we learn and live our lives, much like the printing press or the internet has done.

References

Bates, T. (2018). A short history of educational technology. Retrieved 9 September 2018, from https://www.tonybates.ca/2014/12/10/a-short-history-of-educational-technology/

Johannes Gutenberg. (n.d.). In Wikipedia. Retrieved 9 September 2018, from https://en.wikipedia.org/wiki/Johannes_Gutenberg