By Meghan Scarpiello
In many schools across the nation the website that always seems to be blocked is YouTube. YouTube is a site for videos of all kinds, but primarily videos for entertainment. These videos can be a distraction while students are doing schoolwork or these videos can also be used as a tool for helping students with their schoolwork.
There are various times that just simply explaining the material in class is not enough. Majority of students are visual learners and therefore a video of a process or series of events can help them better understand the material. They can review the video in their head to make it easier to remember the information. Also, the way the information is explained by someone besides the instruction or even just hearing it a second time can help grasp the material. YouTube is filled with informational videos that teachers can share with their students during class, or even allow the students to watch on their own. Watching videos enhances the visual aspect of knowing important facts.
Not only can students watch videos, but the teacher can always assign projects for the students to create their own video on a certain topic. For example, if the teacher is teaching a lesson on history , the assignment maybe to have different groups of people reenact different events in history on video. The groups of students would work together and become experts on their event to be able to make a successful video. It also gives hands on experiences of what has actually happened in history and let's the students put themselves in the historical event. This gets students thinking in many ways. Once all the videos are completed, students can upload them to YouTube and this allows the teacher to view the videos. Having the students watch each others video is good laugh as well as relaying the information to the students. It puts a visual aspect to the events instead of always trying to put the pieces together in their heads. This also, can be helpful for reviewing the information by relating the information back to what their classmates video was about and be an easy way to remember the information. If a student is absent the day of the presentations, the videos are online and can be watched by the student at any time.
YouTube makes it easy to watch videos. Going onto YouTube to watch videos can be a very useful studying technique. I know I go on YouTube all the time to help me get a visual of scientific processes. This helps me understand what is actually going on in a cell. It can be difficult to understand the microscopic world and these videos make it easier to grasp the subject. Teachers should emphasize and encourage students to go online and watch these types of videos if they are struggling in class. YouTube is so large it has multiple videos of just about every topic you can think of. You can get help with any subject at any level. There are college professors who even post their lectures on YouTube for their students to go back and watch. Anyone can view these lectures (if made public by the professor) and can help students succeed. There is one series of topics called “Crash Course” that is very informational and made by students to specifically help other students. There is more to YouTube than entertainment and procrastination.
YouTube is already a large website full of untapped potential. If more teachers and professors would encourage it and/ or add to it, then there would be even more beneficial videos to aid students. It would be a good way to tap into what popular Internet sources we have, and make education stronger using technology.
Monday, April 20, 2015
Friday, April 10, 2015
The Advent of the Smart Classroom
By Meghan Scarpiello
Most teachers are used to the old method of lecturing while the students take notes. While this is still an effective way to teach, technology can assist students in the learning process. Currently, being in college, I have noticed that technology has helped me take notes. Many teachers now change their lecture into a PowerPoint presentation. This gives students the benefit of printing out the notes and being able to write down even more notes as need be. They can be attentive and participate in class. It prevents students from speed writing notes and barely listening to what the teacher is saying. Not listening to the teacher can lead to missing information and lower grades. Always having the notes on hand is beneficial. It is especially beneficial when you are too ill to make it to class. You can ask a friend to provide the notes, but at least you will have the majority of the notes through technology, without having to worry or rewrite all the notes from a friend. All in all, there will be less worrying for the student.
Now this is a basic idea of technology impacting a classroom, it can increase to a new level in various ways. For example, I am in a biology class and instead of it being held in a large lecture hall or normal classroom where all the desks face the teacher, we have what is called a smart classroom. This classroom has the seats arranged so they are in small groups called pods. These pods are large tables with five or six chairs around them but one side of the table is against the wall. The side that is against the wall has a television mounted on it that the teacher projects her presentation onto. The teacher can only show us her notes if we hit a button on the television that says classroom. We can hit another button that says computer, and the television screen is now a screen for our own personal pod computer. In this mode we do research and type up our findings. Then we simply hit a share button and we can share our work with all the other pods in the classroom. One last helpful device is having built in dry erase boards as a table top. We can draw and write out cell models and special molecules to review and discuss. By downloading a special application onto our phones we can take a picture of our work, hit share, and it automatically shares our work with the whole class. As nice as all these cool features may be, it still has its pros and cons.
One of the pros to having a smart classroom like this is having a very hands on and interactive experience. There is no excuses for being bored and inattentive in class. The notes are always available and being close to your pod mates helps you if you struggle with the material. Any material can be looked up on the computer at any time if needed. The students are in control of what they view on their pod screens and it is there to benefit them only. It is a very visual classroom and can alter between a lecture type class setting one day and a dry erase board setting day accessing the tabletops. The technology used is only for the students’ benefit.
As helpful as it all may seem, there are still some cons to the system. The teacher must be taught ahead of time on how to operate all the updates in the classroom. If the teacher is lost or confused, class time is wasted. The teacher also needs to be able to allow their material to work with the technology. If they only want to lecture the entire time then there is no point in having all the extra bells and whistles. The teacher needs to want to embrace the beauty of their smart classroom to allow the students to get a solid interactive experience. The students also need to be open and sharing to their pod mates. Everyone needs to get along and compromise on what he or she wants to view on the screen all the time. Also, when it comes to doing work amongst the pod, they all need to pay attention and do their fair share. The smart classroom has its cons, but these can easily be prevented and avoided if handled properly.
For this smart classroom, I believe the pros outweigh the cons. By using technology in this aspect it can further education and help students understand the material. Being interactive is better than being lectured because the mind is less likely to wander off. As long as the teacher is well prepared for the type of classroom given to them, they can embrace the luxury of new teaching approaches and really help students improve. I enjoy the smart classroom because it is interactive and all around more fun for even a challenging science topic like biology.
Most teachers are used to the old method of lecturing while the students take notes. While this is still an effective way to teach, technology can assist students in the learning process. Currently, being in college, I have noticed that technology has helped me take notes. Many teachers now change their lecture into a PowerPoint presentation. This gives students the benefit of printing out the notes and being able to write down even more notes as need be. They can be attentive and participate in class. It prevents students from speed writing notes and barely listening to what the teacher is saying. Not listening to the teacher can lead to missing information and lower grades. Always having the notes on hand is beneficial. It is especially beneficial when you are too ill to make it to class. You can ask a friend to provide the notes, but at least you will have the majority of the notes through technology, without having to worry or rewrite all the notes from a friend. All in all, there will be less worrying for the student.
Now this is a basic idea of technology impacting a classroom, it can increase to a new level in various ways. For example, I am in a biology class and instead of it being held in a large lecture hall or normal classroom where all the desks face the teacher, we have what is called a smart classroom. This classroom has the seats arranged so they are in small groups called pods. These pods are large tables with five or six chairs around them but one side of the table is against the wall. The side that is against the wall has a television mounted on it that the teacher projects her presentation onto. The teacher can only show us her notes if we hit a button on the television that says classroom. We can hit another button that says computer, and the television screen is now a screen for our own personal pod computer. In this mode we do research and type up our findings. Then we simply hit a share button and we can share our work with all the other pods in the classroom. One last helpful device is having built in dry erase boards as a table top. We can draw and write out cell models and special molecules to review and discuss. By downloading a special application onto our phones we can take a picture of our work, hit share, and it automatically shares our work with the whole class. As nice as all these cool features may be, it still has its pros and cons.
One of the pros to having a smart classroom like this is having a very hands on and interactive experience. There is no excuses for being bored and inattentive in class. The notes are always available and being close to your pod mates helps you if you struggle with the material. Any material can be looked up on the computer at any time if needed. The students are in control of what they view on their pod screens and it is there to benefit them only. It is a very visual classroom and can alter between a lecture type class setting one day and a dry erase board setting day accessing the tabletops. The technology used is only for the students’ benefit.
As helpful as it all may seem, there are still some cons to the system. The teacher must be taught ahead of time on how to operate all the updates in the classroom. If the teacher is lost or confused, class time is wasted. The teacher also needs to be able to allow their material to work with the technology. If they only want to lecture the entire time then there is no point in having all the extra bells and whistles. The teacher needs to want to embrace the beauty of their smart classroom to allow the students to get a solid interactive experience. The students also need to be open and sharing to their pod mates. Everyone needs to get along and compromise on what he or she wants to view on the screen all the time. Also, when it comes to doing work amongst the pod, they all need to pay attention and do their fair share. The smart classroom has its cons, but these can easily be prevented and avoided if handled properly.
For this smart classroom, I believe the pros outweigh the cons. By using technology in this aspect it can further education and help students understand the material. Being interactive is better than being lectured because the mind is less likely to wander off. As long as the teacher is well prepared for the type of classroom given to them, they can embrace the luxury of new teaching approaches and really help students improve. I enjoy the smart classroom because it is interactive and all around more fun for even a challenging science topic like biology.
Monday, March 30, 2015
How the iPad is Changing the Way We Learn
by Rhiannon Williams
“What’s wrong with education cannot be fixed with technology. No amount of technology will make a dent.” So said Steve Jobs in 1996 - during an interview in which the Apple co-founder claimed the bureaucratic, political and sociopolitical problems facing the education sector were beyond technology’s capacity to fix.
In the 19 years since Jobs uttered those words, the issues weighing heavily on the shoulders of educators, schools, universities and other educational facilities have undoubtedly multiplied. But so too have the ways in which technology can be harnessed to address some of the tensions within teaching and learning.
VoksenUddannelsesCenter Syd, or VUC for short, is one of 29 adult education programmes across Denmark, situated across the four towns of Haderslev, Aabenraa, Tonder and Sonderborg. The state-funded centres use legislative frameworks issued by the Ministry of Education, and are run by principals who answer to the centre board. The programmes originally issued students with MacBooks before plumping for iPads to replace traditional textbooks and paper-based essays two years ago, in a bid to help educate those who may struggle with more conventional means of teaching.
The Haderslev branch is a beautiful glass and bleached wood Scandi-cool building overlooking a calm body of water built 18 months ago at a cost of around 200m Danish krone (£20m). It caters for around 2,200 full-time students (around 8,000 in total, including distance learners as far afield as China and Kenya), aged between 16 and 60 over two years.
VUC centres aim to help those who may have struggled to learn within more traditional, rigid teaching systems, alongside adults wishing to gain new skills later in life, with an aim to equipped them with the qualifications necessary for attending university.
"Many of our students are dropouts from other education systems and they don't believe in themselves,” managing director Hans Jørgen Hansen tells me. “They think they are stupid or not able to learn. A really important job for our teachers is to recreate their curiosity, so they remember it is good to be curious. They need to feel like they are able to learn, and that they’re succeeding at learning.”
Rebuilding the students’ self-confidence in their own abilities and encouraging a different form of learning is at the heart of the centres’ ethos. Haderslev is divided into four kinds of new-age classrooms; quiet, presentation, dialogue and group rooms, designed for individual or mass-studies. Students quietly troop between the tasteful, open spaces equipped with flatscreen displays on walls and tables, glass-walled units and communal pod areas known affectionately as pumpkins, where groups sit in a circular formation around a multi-screened central unit.
The 'pumpkin' units encourage pupils to sit in a circular formation
Beyond lockers for their coats against the bitter Danish wind, the building bears closer resemblance to a successful start-up’s achingly hip headquarters than even the most switched-on school. The building has been designed to act as a local community hub, where members of the public are welcome to eat at the canteen among the students, and local groups are encouraged to book out the halls and other facilities. The day I visit, a local running club has booked to use an auditorium for a meeting that evening. And as all coursework, assignments and communication is conducted via the Cloud and internet, the only bit of kit students are required to carry is their issued iPad, which they can choose to buy outright after six months for a low sum.
This deconstruction of traditional learning environments which are not necessarily working for all involved is essential, Mr Hansen maintains. “We believe in our teachers’ ability to cope with the fact we don’t have normal classrooms; we didn’t feel a need for them.”
Mr Hansen pulls up an image of a 21st century classroom for me to look at on his iPad; an indifferent-looking boy leaning back on his plastic chair in a row of similarly apathetic pupils, the teacher out of shot. The picture disappears, replaced by a Victorian era Danish school hall. The children still sit in rows, their blank faces turned towards the front of the room where the teacher is presumably standing.
"The two are almost the same - we're really not seeing a lot of changes in education,” he says. “We speak about it and have visions about it, but we're not doing it. In reality you will see the same picture in many schools. The students are not learning a lot in that way. You can't just tell teachers to teach in another way, you have to change the structure of the spaces where the learning is going on.”
A key investment in alternative learning is the centre’s commitment to training its staff to become iPad-savvy. Of the 200 teachers, 16 are now part-time iBook authors, creating interactive textbooks and guides using Apple’s iBooks Author software for use in lessons and aiding the students making their own. They work with a talented team of copywriters, proofreaders, translators, video-producers and multi-media designers to create the most professional-looking content possible, and whom are aiming to publish some 400 downloadable iBooks by January 2017.
Completing interactive tasks within iBooks, teacher and part time author Klaus Vejlgaard Just says, helps shape the students from passive observers into active participants and producers.
“I want to have active students, not ones who passively receive education,” he says. “They create their own content from our fieldwork, including films and ebooks. It sharpens the focus, and forces them to reflect on what they have learned.”
Mr Hansen agrees. “You can be a very, very good teacher, but if I give Klaus a traditional classroom with no ICT, he would teach in a traditional way - the space and structure decides that.”
Jobs wasn’t wrong when he poked holes in the education system, or even when he condemned the majority of what is studied in school as “completely useless.” “But,” he continued, “Some incredibly valuable things you don’t learn until you’re older — yet you could learn them when you’re younger.” Perhaps the sooner we all start thinking differently, the more we stand to learn.
“What’s wrong with education cannot be fixed with technology. No amount of technology will make a dent.” So said Steve Jobs in 1996 - during an interview in which the Apple co-founder claimed the bureaucratic, political and sociopolitical problems facing the education sector were beyond technology’s capacity to fix.
In the 19 years since Jobs uttered those words, the issues weighing heavily on the shoulders of educators, schools, universities and other educational facilities have undoubtedly multiplied. But so too have the ways in which technology can be harnessed to address some of the tensions within teaching and learning.
VoksenUddannelsesCenter Syd, or VUC for short, is one of 29 adult education programmes across Denmark, situated across the four towns of Haderslev, Aabenraa, Tonder and Sonderborg. The state-funded centres use legislative frameworks issued by the Ministry of Education, and are run by principals who answer to the centre board. The programmes originally issued students with MacBooks before plumping for iPads to replace traditional textbooks and paper-based essays two years ago, in a bid to help educate those who may struggle with more conventional means of teaching.
The Haderslev branch is a beautiful glass and bleached wood Scandi-cool building overlooking a calm body of water built 18 months ago at a cost of around 200m Danish krone (£20m). It caters for around 2,200 full-time students (around 8,000 in total, including distance learners as far afield as China and Kenya), aged between 16 and 60 over two years.
VUC centres aim to help those who may have struggled to learn within more traditional, rigid teaching systems, alongside adults wishing to gain new skills later in life, with an aim to equipped them with the qualifications necessary for attending university.
"Many of our students are dropouts from other education systems and they don't believe in themselves,” managing director Hans Jørgen Hansen tells me. “They think they are stupid or not able to learn. A really important job for our teachers is to recreate their curiosity, so they remember it is good to be curious. They need to feel like they are able to learn, and that they’re succeeding at learning.”
Rebuilding the students’ self-confidence in their own abilities and encouraging a different form of learning is at the heart of the centres’ ethos. Haderslev is divided into four kinds of new-age classrooms; quiet, presentation, dialogue and group rooms, designed for individual or mass-studies. Students quietly troop between the tasteful, open spaces equipped with flatscreen displays on walls and tables, glass-walled units and communal pod areas known affectionately as pumpkins, where groups sit in a circular formation around a multi-screened central unit.
The 'pumpkin' units encourage pupils to sit in a circular formation
Beyond lockers for their coats against the bitter Danish wind, the building bears closer resemblance to a successful start-up’s achingly hip headquarters than even the most switched-on school. The building has been designed to act as a local community hub, where members of the public are welcome to eat at the canteen among the students, and local groups are encouraged to book out the halls and other facilities. The day I visit, a local running club has booked to use an auditorium for a meeting that evening. And as all coursework, assignments and communication is conducted via the Cloud and internet, the only bit of kit students are required to carry is their issued iPad, which they can choose to buy outright after six months for a low sum.
This deconstruction of traditional learning environments which are not necessarily working for all involved is essential, Mr Hansen maintains. “We believe in our teachers’ ability to cope with the fact we don’t have normal classrooms; we didn’t feel a need for them.”
Mr Hansen pulls up an image of a 21st century classroom for me to look at on his iPad; an indifferent-looking boy leaning back on his plastic chair in a row of similarly apathetic pupils, the teacher out of shot. The picture disappears, replaced by a Victorian era Danish school hall. The children still sit in rows, their blank faces turned towards the front of the room where the teacher is presumably standing.
"The two are almost the same - we're really not seeing a lot of changes in education,” he says. “We speak about it and have visions about it, but we're not doing it. In reality you will see the same picture in many schools. The students are not learning a lot in that way. You can't just tell teachers to teach in another way, you have to change the structure of the spaces where the learning is going on.”
A key investment in alternative learning is the centre’s commitment to training its staff to become iPad-savvy. Of the 200 teachers, 16 are now part-time iBook authors, creating interactive textbooks and guides using Apple’s iBooks Author software for use in lessons and aiding the students making their own. They work with a talented team of copywriters, proofreaders, translators, video-producers and multi-media designers to create the most professional-looking content possible, and whom are aiming to publish some 400 downloadable iBooks by January 2017.
Completing interactive tasks within iBooks, teacher and part time author Klaus Vejlgaard Just says, helps shape the students from passive observers into active participants and producers.
“I want to have active students, not ones who passively receive education,” he says. “They create their own content from our fieldwork, including films and ebooks. It sharpens the focus, and forces them to reflect on what they have learned.”
Mr Hansen agrees. “You can be a very, very good teacher, but if I give Klaus a traditional classroom with no ICT, he would teach in a traditional way - the space and structure decides that.”
Jobs wasn’t wrong when he poked holes in the education system, or even when he condemned the majority of what is studied in school as “completely useless.” “But,” he continued, “Some incredibly valuable things you don’t learn until you’re older — yet you could learn them when you’re younger.” Perhaps the sooner we all start thinking differently, the more we stand to learn.
Friday, March 20, 2015
Should Learning Technology Replace Learning Cursive in Schools?
By Sean Scarpiello
As computers and tablets quickly make their way into the classroom, the need to learn about these growing technologies is rising quickly. Yet as teachers try to integrate more technology into the classroom, there is a limited amount of time during the school day, so some subjects need to be removed to allow more time for technology. There has recently been debate among many grade school educators to reduce the amount of time being spent teaching and practicing cursive as it is becoming obsolete. As adults, we all remember spending countless hours in second and third grade perfecting our cursive. As society moves towards a more technology driven world, teachers are seriously considering cutting cursive from the curriculum. Educators are not calling to question the importance of cursive, but some feel that it isn’t worth teaching when there is so much to learn using technology.
First, the major problem that arises with teaching cursive is the opportunity cost. Teachers often ask, “What other subject can I be teaching during the time that it takes to teach second graders cursive.” This question arises in many teachers because there is a large chunk of class time dedicated to teaching cursive. Students are practically relearning the alphabet in a more fancy and complicated style by learning cursive. This means they need to spend a lot of time constantly writing out their cursive over and over again. In my schooling, cursive was practiced first thing each morning for about an hour over a time span of about three to four months. Each hour dedicated to cursive can add up over time and this time could have easily been used elsewhere.
For many teachers, the instruction of cursive is seen as a dying art as technology is quickly taking over. Many argue that people never use cursive to write letters as email has taken over. Even in the workplace, documents are typically typed out and if not people just print because it is easier. Therefore, it seems preposterous that schools spend a lot of time on cursive when it is used little, if at all, in the future. This especially holds true when teachers notice that time teaching cursive can be used to time teaching students how to use computers and other technology. In the long run, it would definitely serve students better if they were taught to use the computer and type faster rather than learning to write in cursive.
On the other hand, there are still many arguments for keeping cursive in schools. For one, students need to learn it for writing their signatures in the professional world and even in their daily lives as adults. Cursive has always been regarded as a professional writing style and practiced by well-educated individuals in society. If there is an end to cursive, some think ,many people would come across as being flat out dumb. Even today, too many students do not know how to professionally sign a letter or write out their signature. It is still important to not completely cut cursive from curricula.
While cursive really cannot be cut from the curricula altogether, the teachers’ best option for students to learn this writing style is to assign cursive as homework. Also, cursive could be done independently over the summer. This would give teachers more time in the classroom to teach other important subjects that may be overlooked when trying to squeeze cursive into a full curriculum. An advantage to cursive is how easy it is to learn and can be learned by students independently. In fact students could even utilize technology to learn cursive and accomplish both types of learning concurrently.
As computers and tablets quickly make their way into the classroom, the need to learn about these growing technologies is rising quickly. Yet as teachers try to integrate more technology into the classroom, there is a limited amount of time during the school day, so some subjects need to be removed to allow more time for technology. There has recently been debate among many grade school educators to reduce the amount of time being spent teaching and practicing cursive as it is becoming obsolete. As adults, we all remember spending countless hours in second and third grade perfecting our cursive. As society moves towards a more technology driven world, teachers are seriously considering cutting cursive from the curriculum. Educators are not calling to question the importance of cursive, but some feel that it isn’t worth teaching when there is so much to learn using technology.
First, the major problem that arises with teaching cursive is the opportunity cost. Teachers often ask, “What other subject can I be teaching during the time that it takes to teach second graders cursive.” This question arises in many teachers because there is a large chunk of class time dedicated to teaching cursive. Students are practically relearning the alphabet in a more fancy and complicated style by learning cursive. This means they need to spend a lot of time constantly writing out their cursive over and over again. In my schooling, cursive was practiced first thing each morning for about an hour over a time span of about three to four months. Each hour dedicated to cursive can add up over time and this time could have easily been used elsewhere.
For many teachers, the instruction of cursive is seen as a dying art as technology is quickly taking over. Many argue that people never use cursive to write letters as email has taken over. Even in the workplace, documents are typically typed out and if not people just print because it is easier. Therefore, it seems preposterous that schools spend a lot of time on cursive when it is used little, if at all, in the future. This especially holds true when teachers notice that time teaching cursive can be used to time teaching students how to use computers and other technology. In the long run, it would definitely serve students better if they were taught to use the computer and type faster rather than learning to write in cursive.
On the other hand, there are still many arguments for keeping cursive in schools. For one, students need to learn it for writing their signatures in the professional world and even in their daily lives as adults. Cursive has always been regarded as a professional writing style and practiced by well-educated individuals in society. If there is an end to cursive, some think ,many people would come across as being flat out dumb. Even today, too many students do not know how to professionally sign a letter or write out their signature. It is still important to not completely cut cursive from curricula.
While cursive really cannot be cut from the curricula altogether, the teachers’ best option for students to learn this writing style is to assign cursive as homework. Also, cursive could be done independently over the summer. This would give teachers more time in the classroom to teach other important subjects that may be overlooked when trying to squeeze cursive into a full curriculum. An advantage to cursive is how easy it is to learn and can be learned by students independently. In fact students could even utilize technology to learn cursive and accomplish both types of learning concurrently.
Tuesday, March 10, 2015
Sunday, March 1, 2015
Learning From MOOCs
By Marie Norman
I’ve been working recently with a faculty member who is turning his thermodynamics course into a massive open online course, or MOOC. Working on this project, I’ve noticed that MOOCs have distinctive features that can help instructors avoid certain instructional pitfalls while simultaneously steering them in the direction of others.
Paying attention to these features in the context of MOOCs, I think, can help us be aware of -- and avoid -- the same problems in other teaching situations, online or face-to-face.
Because MOOC audiences are by definition large, they require faculty to design their courses for the broadest possible audience. This includes students without deep background knowledge in the subject area and students with diverse (and often weak) motivations for taking the course. Having to consider such a broad audience pushes faculty in directions that can help them overcome four common instructional problems.
Expert blind spot. EBS refers to the tendency we have as experts in our disciplines to move so quickly and intuitively through the familiar terrain of our subject matter that we omit important information, skip key steps and fail to point out critical connections. Instructor EBS can leave students, as relative novices, struggling to keep up. In over 10 years in faculty development, I’ve come to regard EBS as enemy number one in teaching.
MOOCs, because of their broad audience, compel instructors to use simpler language and proceed more systematically through content material. By actively working against EBS, the MOOC approach is likely to serve students in other kinds of courses as well.
Takeaway: As an expert in your discipline, you’re subject to expert blind spot. It comes with the territory. But you can consciously work against EBS by developing the habit of asking yourself: Have I left out any important information, connections or steps that students need to make sense of or apply this material?
Prior knowledge gaps. To learn, students have to connect what they’re learning to what they already know. If there are significant gaps between what the instructor assumes students know coming into a course and what they actually know, it can seriously undermine students’ learning, not to mention their motivation. Yet we often overestimate students’ prior knowledge, if we give it much thought at all. Targeting a MOOC audience can help keep this tendency in check, if only by cautioning us to begin at the beginning, define our terms and (perhaps most importantly) clarify the knowledge and skills we expect students to have coming into the course.
Takeaway: It’s important to articulate what you expect your students to know coming into a course, including specific prerequisite skills (e.g., solving differential equations, searching academic journals) and knowledge (basic geography, Newton’s laws). If a large number of students lack these skills, take time to address the gaps. Also be sure not to create new gaps by failing to define terms or moving too fast through complex material.
Content overload. A common mistake in teaching is to assume that the more we cover, the more students learn. But all evidence in cognitive science points to the opposite conclusion. As Herb Simon, the father of cognitive psychology, frequently noted, coverage is the enemy of deep learning. It’s far better to cover less content with more opportunities for practice and feedback.
MOOCs, because of their size, generally don’t provide the necessary practice and feedback opportunities for deep learning. However, because they tend to be shorter than full-length, semester-long courses, they do compel instructors to prioritize and scale back content. While there is serious resistance to this idea in traditional academia (see Craig Nelson’s “dysfunctional illusions of rigor”), MOOCs give us license, even a mandate, to reduce the total amount of content we try to shovel into students’ heads.
Takeaway: Courses tend to grow over time; we add content but we seldom subtract it. To avoid content overload, ask yourself: What are the most important ideas? What do I most want students to know or be able to do by the end of the course? Prioritize and cut what isn't essential. Then use the time you’ve created to incorporate problem solving, discussion, reflection, etc.
Motivational deficits. We love our own disciplines or we wouldn't be in them. Our enthusiasm can be contagious to students. However, it can also lead us to assume that the value of our fields is as evident to others as it is to us. This is a mistake. In fact, from the perspective of student motivation, it’s critical not only to teach material that is timely and relevant but also to highlight its relevance.
Again, MOOCs push us in the right direction. By and large, MOOC students don't pay tuition. They aren't a captive audience and they don't have to sit still for our lectures. This makes it essential, not optional, to ask and answer the question: Why should students care? This is a question we ought to ask ourselves more often in the context of tuition-bearing courses as well.
Takeaway: Don't assume that students immediately see the value of the material you’re teaching. Instead, point out the value or (better yet) ask questions that prompt students to identify the value for themselves. Also, think about what your students care about and try to link what you're teaching to what they value, personally, intellectually and professionally.
Pitfalls That MOOCs Lead Us Toward
Alas, MOOCs can reinforce bad pedagogical habits as well. Chief among these is the tendency to mistake a set of lectures for a course. Not only are lectures, at most, only part of a course, but they're not even a terribly effective pedagogical method. Over 30 years of research indicates that, unlike more active forms of learning, lecture does not promote deep learning, knowledge retention or the ability to transfer learning into new contexts. Thus, the overwhelming focus in MOOCs on lecture delivery is cause for dismay. Indeed, there is a distinct irony to the fact that some of our most forward-thinking learning platforms take such a backward-looking approach to pedagogy.
Takeaway: Use lectures strategically to illuminate core disciplinary ideas, explain tricky concepts or demonstrate problem solving, but don't over rely on them. Remember that when it comes to deep learning, less is usually more. It’s generally a good idea to prioritize and cut your total lecture content while creating more opportunities for students to actively use what they're learning.
Second, the educational value of MOOCs is almost always compromised by the M in the title. When courses are massive, the instructor’s ability to utilize robust assessments, provide helpful feedback and create a meaningful connection with students is necessarily limited. Even the best MOOCs (the University of Pennsylvania’s Modern and Contemporary American Poetry is my personal favorite) can't offer the same kinds of rich, project-based or writing-intensive assessments that smaller courses routinely do. This isn't a bad habit; it’s just a functional constraint of the medium. The bad habit is believing that multiple-choice quizzes, even good ones, are an adequate replacement for more robust and authentic forms of assessment.
Takeaway: Multiple-choice quizzes and tests are easy to grade and can, if well designed, test higher-order thinking skills. They're helpful, especially for managing faculty workload in large classes. But students also need opportunities to produce their own work, to construct meaning and practice using key skills. And this requires projects and assignments that allow students to think, write and speak critically -- and receive feedback on their work.
Neither the good teaching habits described here nor the bad ones are inevitable for MOOCs: the MOOC format simply makes these habits easier to fall into. Nor are the pitfalls discussed (expert blind spot, prior knowledge gaps, content overload, motivational deficits, over reliance on lecture and inadequate assessment methods) significant only for MOOCs. They're every bit as relevant -- and arguably far more problematic -- in for-credit courses.
Why focus on MOOCs then? MOOCs have different constraints and challenges that help to shed new light on issues surrounding teaching and learning. And they highlight these issues outside the contexts in which most of us teach, where perhaps we can see them more clearly.
I’ve been working recently with a faculty member who is turning his thermodynamics course into a massive open online course, or MOOC. Working on this project, I’ve noticed that MOOCs have distinctive features that can help instructors avoid certain instructional pitfalls while simultaneously steering them in the direction of others.
Paying attention to these features in the context of MOOCs, I think, can help us be aware of -- and avoid -- the same problems in other teaching situations, online or face-to-face.
Because MOOC audiences are by definition large, they require faculty to design their courses for the broadest possible audience. This includes students without deep background knowledge in the subject area and students with diverse (and often weak) motivations for taking the course. Having to consider such a broad audience pushes faculty in directions that can help them overcome four common instructional problems.
Expert blind spot. EBS refers to the tendency we have as experts in our disciplines to move so quickly and intuitively through the familiar terrain of our subject matter that we omit important information, skip key steps and fail to point out critical connections. Instructor EBS can leave students, as relative novices, struggling to keep up. In over 10 years in faculty development, I’ve come to regard EBS as enemy number one in teaching.
MOOCs, because of their broad audience, compel instructors to use simpler language and proceed more systematically through content material. By actively working against EBS, the MOOC approach is likely to serve students in other kinds of courses as well.
Takeaway: As an expert in your discipline, you’re subject to expert blind spot. It comes with the territory. But you can consciously work against EBS by developing the habit of asking yourself: Have I left out any important information, connections or steps that students need to make sense of or apply this material?
Prior knowledge gaps. To learn, students have to connect what they’re learning to what they already know. If there are significant gaps between what the instructor assumes students know coming into a course and what they actually know, it can seriously undermine students’ learning, not to mention their motivation. Yet we often overestimate students’ prior knowledge, if we give it much thought at all. Targeting a MOOC audience can help keep this tendency in check, if only by cautioning us to begin at the beginning, define our terms and (perhaps most importantly) clarify the knowledge and skills we expect students to have coming into the course.
Takeaway: It’s important to articulate what you expect your students to know coming into a course, including specific prerequisite skills (e.g., solving differential equations, searching academic journals) and knowledge (basic geography, Newton’s laws). If a large number of students lack these skills, take time to address the gaps. Also be sure not to create new gaps by failing to define terms or moving too fast through complex material.
Content overload. A common mistake in teaching is to assume that the more we cover, the more students learn. But all evidence in cognitive science points to the opposite conclusion. As Herb Simon, the father of cognitive psychology, frequently noted, coverage is the enemy of deep learning. It’s far better to cover less content with more opportunities for practice and feedback.
MOOCs, because of their size, generally don’t provide the necessary practice and feedback opportunities for deep learning. However, because they tend to be shorter than full-length, semester-long courses, they do compel instructors to prioritize and scale back content. While there is serious resistance to this idea in traditional academia (see Craig Nelson’s “dysfunctional illusions of rigor”), MOOCs give us license, even a mandate, to reduce the total amount of content we try to shovel into students’ heads.
Takeaway: Courses tend to grow over time; we add content but we seldom subtract it. To avoid content overload, ask yourself: What are the most important ideas? What do I most want students to know or be able to do by the end of the course? Prioritize and cut what isn't essential. Then use the time you’ve created to incorporate problem solving, discussion, reflection, etc.
Motivational deficits. We love our own disciplines or we wouldn't be in them. Our enthusiasm can be contagious to students. However, it can also lead us to assume that the value of our fields is as evident to others as it is to us. This is a mistake. In fact, from the perspective of student motivation, it’s critical not only to teach material that is timely and relevant but also to highlight its relevance.
Again, MOOCs push us in the right direction. By and large, MOOC students don't pay tuition. They aren't a captive audience and they don't have to sit still for our lectures. This makes it essential, not optional, to ask and answer the question: Why should students care? This is a question we ought to ask ourselves more often in the context of tuition-bearing courses as well.
Takeaway: Don't assume that students immediately see the value of the material you’re teaching. Instead, point out the value or (better yet) ask questions that prompt students to identify the value for themselves. Also, think about what your students care about and try to link what you're teaching to what they value, personally, intellectually and professionally.
Pitfalls That MOOCs Lead Us Toward
Alas, MOOCs can reinforce bad pedagogical habits as well. Chief among these is the tendency to mistake a set of lectures for a course. Not only are lectures, at most, only part of a course, but they're not even a terribly effective pedagogical method. Over 30 years of research indicates that, unlike more active forms of learning, lecture does not promote deep learning, knowledge retention or the ability to transfer learning into new contexts. Thus, the overwhelming focus in MOOCs on lecture delivery is cause for dismay. Indeed, there is a distinct irony to the fact that some of our most forward-thinking learning platforms take such a backward-looking approach to pedagogy.
Takeaway: Use lectures strategically to illuminate core disciplinary ideas, explain tricky concepts or demonstrate problem solving, but don't over rely on them. Remember that when it comes to deep learning, less is usually more. It’s generally a good idea to prioritize and cut your total lecture content while creating more opportunities for students to actively use what they're learning.
Second, the educational value of MOOCs is almost always compromised by the M in the title. When courses are massive, the instructor’s ability to utilize robust assessments, provide helpful feedback and create a meaningful connection with students is necessarily limited. Even the best MOOCs (the University of Pennsylvania’s Modern and Contemporary American Poetry is my personal favorite) can't offer the same kinds of rich, project-based or writing-intensive assessments that smaller courses routinely do. This isn't a bad habit; it’s just a functional constraint of the medium. The bad habit is believing that multiple-choice quizzes, even good ones, are an adequate replacement for more robust and authentic forms of assessment.
Takeaway: Multiple-choice quizzes and tests are easy to grade and can, if well designed, test higher-order thinking skills. They're helpful, especially for managing faculty workload in large classes. But students also need opportunities to produce their own work, to construct meaning and practice using key skills. And this requires projects and assignments that allow students to think, write and speak critically -- and receive feedback on their work.
Neither the good teaching habits described here nor the bad ones are inevitable for MOOCs: the MOOC format simply makes these habits easier to fall into. Nor are the pitfalls discussed (expert blind spot, prior knowledge gaps, content overload, motivational deficits, over reliance on lecture and inadequate assessment methods) significant only for MOOCs. They're every bit as relevant -- and arguably far more problematic -- in for-credit courses.
Why focus on MOOCs then? MOOCs have different constraints and challenges that help to shed new light on issues surrounding teaching and learning. And they highlight these issues outside the contexts in which most of us teach, where perhaps we can see them more clearly.
Friday, February 20, 2015
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