The Real Story on Online Science Labs

picture of Harry KellerBy Harry Keller
Editor, Science Education

John Adsit has written very well (“No Satisfaction in Finding on Online vs. Traditional Science Classes,” 10.22.12) about some of the issues raised by the Colorado Department of Higher Education study (Epper) and has expressed some excellent insights into this field. In some ways, I wouldn’t go quite as far, and, in others, I’ll dig more deeply.

While it’s mostly true that a university cannot meet these standards in large classes, it does not have to be so. It’s because most professors are dedicated to research and not to teaching that such situations abound. I was such a professor with 350 students in a freshman chemistry course with labs. I met with my 22 teaching assistants weekly and visited lab sessions constantly during the course. It left me little research time but helped to build a good quality course. (Today, I’d make a much better one, but I was new to teaching then.)

In community colleges, there’s no excuse for not meeting the goals of America’s Lab Report (ALR). It’s not a publish-or-perish environment, and the class size is smaller.

John has listed the ALR goals in his remarks, and I’ll comment on them specifically. I see no excuse for not meeting the second set of four goals that addresses integration of science labs with the overall course. These are overarching goals for any lab course and would be easy to meet for anyone who cares to make the effort.

The first set of goals focuses more closely on the labs themselves. These are nice goals, but are not all equal when it comes to designing great lab experiences. I’ll take them out of order to put them into the proper context.

3. Understanding the complexity and ambiguity of empirical work.

This is so important that ALR singles it out as the one goal that can be achieved in no other way than through a science lab. In this context, it’s important to note the part of the report that John left out, the definition of a science lab:

Laboratory experiences provide opportunities for students to interact directly with the material world (or with data drawn from the material world), using the tools, data collection techniques, models, and theories of science.

Note well that the data must always come from the “material world.” That statement completely rules out simulations that use equations and algorithms to create the data.

Continue reading

The Latest Technologies Bump into Obsolete Laws

One of the marvelous things about the Internet is that it allows people to take courses anywhere anytime. While the Internet may give us that capability, the reality is that there are other issues that come into play. No, I am not talking about lack of Internet access or lack of infrastructure or resistance from instructors. I am referring to state laws and requirements about what can be taught in their state and how it can be taught.

A recent story on Planet Money at NPR brought this issue to light. In Warning to Minnesota Residents: Don’t Take Stanford Profs’ Free, Online Courses, Jacob Goldstein wrote about Coursera’s caveat to Minnesota residents that they cannot take the company’s free online classes except under very specific conditions, one of which is to complete most of the course outside of Minnesota.  A state department official said that part of the rationale for this 20-year-old law was to serve a consumer protection function for students.  In a response the day after this story appeared, the director of Minnesota’s Office of Higher Education said that the law obviously needs to be updated so that Minnesotans can take advantage of such free opportunities for lifelong learning.

One reason this piece caught my eye was that we have recently run into some related situations. Our graduate programs are going more and more online, and in order to increase enrollment, we want to go outside the state boundaries. However, it turns out that we have agreements with certain states and not with others. Recently we have had to turn away potential students from states with whom we don’t have agreements. I was surprised to learn that some states even require hefty (up to $1,000) fees to register your online course/program in their state.

It seems that possibilities offered by ever-changing technology are often hampered by challenges that are two steps behind where the technology is. Maybe the pace will never be equal, and maybe that’s not a bad thing altogether. It keeps everyone on their toes.

Joe Chianakas

[Note: This bio was first published on 10/22/13. -Editor]

Joseph Chianakas160Joe Chianakas
Professor of Communication
Illinois Central College
Joseph.Chianakas@ICC.edu

He previously taught high school English and communication for over a decade. Besides teaching, he loves fitness, martial arts, travel, and pop culture.

ETC Publications

Qualities for a Strong Online vs. F2F Teacher: Are They Different?

Education in the 21st Century: The World Is Our Classroom

Frank B. WithrowBy Frank B. Withrow

Several factors are acting on traditional education programs. Stringent budgets are limiting school options. Content is increasingly available in digital formats such as accessible video, computer lessons and even educational games. Core academic standards are available in content areas. Most important is that better digital management and assessment systems are becoming available. Home schooling has provided a model that can be expanded into a blended education environment.

When Don Bitzer developed the PLATO system, he dreamed that the learner could be assessed and then assigned appropriate learning materials to move his or her learning forward. Assessment materials would be available to measure the learner’s progress towards a desired level of achievement. This process could be repeated until the learner reached even a 100 percent proficiency. Today this dream is possible with core state standards and digital technologies that allow learning in the home, classroom or even workplace. Handheld media allows learning of content 24/7 year round.

In such a system the role of the teacher becomes more a tutor, a counselor, a mentor and a coach that guides the learner through the desired resources and provides the assessment needed to determine accomplishments by the learners.

Each learner will have an educational plan that they are working towards. Assessment systems will include tests, projects and products that are a part of the learner’s portfolio.

We are a mobile society, therefore each learner will have an education card that holds his or her records, accomplishments and portfolio of work. Much learning will take place in classrooms, but a large amount of content will be learned at home through libraries of lessons available anytime-anywhere in video formats, computer lessons and educational games. Team learning will be emphasized both in classrooms and through social media.

The school and community will become integrated. Education will become learner centric. School facilities will be laboratories where teams of learners work together to reach high levels of scientific achievements.

Children and families will be encouraged to contribute digital resources of their learning experiences on such things as family vacations or other significant family events.

Education in the 21st Century will be learner centric and more digital in nature with students bringing their own digital devices to the learning environment. The world is at our fingertips. We must be wise enough to use it.

No Satisfaction in Finding on Online vs. Traditional Science Classes

A recent study by the Colorado Department of Higher Education (Epper)* finds no significant difference in the performance of community college students who took science classes online and in traditional classrooms. This is consistent with many studies that show online learning to be as effective as classroom learning, but the importance of this study in the area of science is, sadly, less significant than it appears.

The study had two parts. One compared the grades of students within the system. This has little value as an indicator since grading was left to the instructors and thus provide no standard basis for comparison. The other part of the study is more valuable, showing no significant difference in the performance of the students after they transferred to four year colleges and universities. The students who completed their first two years of science education online did just well as those who completed it in regular classrooms. The significance in terms of science is the challenge to the common perception that students need to spend time in a true laboratory to get a proper science education. This online program used specially designed kits to replace the formal lab experience, and other programs used other online approaches.

Unfortunately, the 2010 study Academically Adrift shows there is little reason for celebration. That study found that students in general learned very little in the first two years of college. The conclusion of this study, then, implies that the online science program didn’t do any better (or worse) than a traditional program that we know isn’t working. One would hope that the online program is an improvement, and, in fact, it should be able to achieve improvement without breathing hard.

In 2005, the National Research Council published America’s Lab Report, a devastating look at science education in America. It was particularly concerned with the very poor way in which laboratory work was incorporated into the instructional process. Although that report focused on high school courses, the nature of the identified problems is almost certainly just as likely to be found in college classrooms, if not more so. This study not only shows why lab courses are ineffective, it also points the way to how they can be improved, whether in the physical classroom or in the online environment.

This was a meta-analysis that looked at a huge number of studies in science education.  Some of the studies actually indicated that students would perform better if labs were eliminated entirely. The reason is simply a matter of instructional alignment. Achievement in science is usually measured by the ability of students to memorize and repeat facts related to science. They are rarely assessed on their ability to think and perform as scientists, by investigating, forming hypotheses, and following the scientific method to solve a problem or reach a valid conclusion. Thus, instructional time spent on anything other than learning and memorizing facts is time wasted.  Continue reading

Size May Be the iPad Mini’s Downfall

Jim ShimabukuroBy Jim Shimabukuro
Editor

[Update 11.24.12: I just had my first hands-on trial with the iPad Mini a few minutes ago. I was wrong! It is narrow enough to grasp in one hand with thumb hooked over one edge and fingertips over the other. Also, despite its much smaller size, the screen is surprisingly readable and viewable. My apologies to Apple and congrats on a beautiful design! -Jim]

The release date is just a couple of days away, and the rumors seem to be converging on an iPad mini that will be 8.4x 5.7 inches in size, smaller than the iPad’s 9.5×7.3. But not by much. To get a feel for the mini’s size, I created a rough model out of a flyer that I received in the U.S. Mail. It was thick enough to hold the shape that I cut, roughly the height and width of the mini.

At 5.7 wide, I couldn’t wrap my fingers around it, as I do the iPhone, which is only 2.3 wide. I systematically reduced the width until I could comfortably get my fingers around it – the thumb at one end, the fingertips at the other. The grippable width that I arrived at was 4.0. At this width, the 8.4 height became awkward. I sliced away at it until the whole seemed right. The finished height was 6.0. It’s roughly the size of a postcard and slightly smaller than a paperback.

I then drew a rectangle on one side to get an idea of the screen size. Using the iPhone as a model, I decided to leave a bezel at the top and bottom, with the bottom slightly larger than the top. I left a slim margin for the sides. The diagonal screen size turned out to be 6.0, roughly midway between the iPhone’s 4.0 and the mini’s 7.9.

My aim wasn’t to build a large iPhone. I think the iPhone has maxed out in terms of size. Any larger than its 4.9×2.3 and it would be too big. My target was a new iPad that met two criteria:

  1. It is grippable by the human hand when held in portrait or landscape.
  2. It has a screen that’s at least twice that of the iPhone.

Continue reading

Passport – Blurring the Lines Between LMSs, Game Environments, and e-Portfolios

By Jessica Knott
Associate Editor
Editor, Twitter

Today, we hear a lot on education blogs and in conference presentations about gamification and badging, especially in regard to how they challenge the current LMS structure and effectiveness. Purdue University has developed Passport, an app that blurs the line between LMSs, game environments, and e-portfolios.

Passport offers learning activities to students as a series of challenges rather than your typical pedagogical narrative.

“Digital badges create a new common currency for learning that enables us to identify smaller units of learning,” says Kyle Bowen, director of informatics for Information Technology. “Passport connects badges with an LMS-like interaction. In a ‘choose your own adventure’ style, students can self-select how to complete each challenge. Once complete, students are awarded digital badges that they can share as part of an online and mobile portfolio.”

Development on Passport began in May of 2012, and it was released in August of the same year. According to Bowen, developers are partnering with faculty members using the product to “assess the impact related to their use in an effort to find effective practices to teaching with digital badges.”

Purdue’s Studio projects have served as a mechanism for their initial immersion in the mobile market, and they are currently experimenting with the Passport Profile iPad app as a portfolio that can be used to demonstrate student work in interviews, meetings, and job fairs. Bowen notes that Passport is primarily a Web platform, and the Passport Profile portfolio app is currently the only component that is unique to mobile devices. The same functionality is also available online.

Passport is currently in a limited beta, and interested parties are invited to throw their hat into the ring. Bowen also invites those with passing interest to log in and try Passport for themselves. Two challenges have been provided to get you started in understanding how Passport works.

AT&T’s Online Mentoring Academy: A Model for Public-Private Partnering

By Jessica Knott
Associate Editor
Editor, Twitter

AT&T recently announced a $350 million initiative designed to increase high school graduation rates and place at-risk students more firmly on the career track. The Aspire Mentoring Academy plans to fund three different types of mentoring, in many cases provided by AT&T’s employees, and encompassing job mentoring, skills mentoring and e-mentoring.*

Job mentors are AT&T employees, sharing their experiences via project-based activities. According to Kat Bockli, PR representative for AT&T, employees sign up through the Aspire Mentoring Academy internal website. They are then provided with preparatory materials and training. Most of the training is online, but AT&T also plans partnerships with non-profits such as Junior Achievement, We Teach Science and The LEAD Program. “As our organizations work together to increase U.S. high school graduation rates, giving students real-world learning experiences is key to showing them the importance of staying in school,” said Jack E. Kosakowski, president and chief executive officer of Junior Achievement USA(r). “By working with AT&T employees at Aspire Mentoring Academy, students understand how what they learn in school applies to their lives after graduation.”

When it comes to project assessment, the program is interested in “data-driven outcomes that improve high school graduation rates,” according to Janiece Evans-Page, AVP for Community Engagement at AT&T. “Other on-track to graduate indicators, or ‘smaller metrics,’ include on-time promotion to the next grade and improved attendance rates. These shorter term metrics are key to achieving the high school graduation goal and will be included in how we measure our success.”

To be effective, the initiative requires significant support from AT&T employees. “I was mentored by a young professional when in high school. It made a big difference in the path my life took,” said Clara Garza, Aspire Academy mentor and Lead Chief of Staff for Executive Operations at AT&T, Dallas. “One of the best things about AMA is there are several mentoring opportunities the employee can choose from. You can participate in short-term mentoring events in the workplace or in classroom settings or choose a long-term mentoring option with a series of classroom settings or student mentoring. AMA is also fully customized – you can do it on your own time, when there is a particular need and they give you the tools to be successful.”

More information on Aspire Mentoring Academy can be found at http://www.att.com/gen/corporate-citizenship?pid=11547.
__________
* Update submitted by Kat Bockli, AT&T, on 10.24.12: “AT&T has launched AT&T Aspire, a $350 million initiative designed to increase high school graduation rates and place at-risk students more firmly on the career track. The Aspire Mentoring Academy is the key community engagement program of Aspire that plans to fund three different types of mentoring provided by AT&T’s employees, and encompassing job mentoring, skills mentoring and e-mentoring.”

Edited 10.24.12 at 07:00.

What Will Drive the Future of Educational Technology?

The FETC conference in Florida, one of the largest conferences in the world, is fast approaching, and that spurred some memories of when I went last year. I thought then about how different the exhibits and presentations were from what such a conference would have featured a decade before, and I wondered what it will look like a decade in the future. I thought then that much of what I was seeing was already becoming obsolete (or should be), and it makes me wonder what direction educational technology will (or should) take in the future.

The huge exhibit hall was filled with flashy demonstrations of the latest miracle products, few of which drew my interest. The vast majority of the big ticket items were all designed to improve the quality of a lecture. There were new and improved ways to put information on a screen as the lecturer explained it, and there was especially better ways for the audience to indicate their understanding electronically. I am all for the use of such response mechanisms for lectures, but since I don’t do a lot of that it would not do me a whole lot of good.

I went to two presentations with almost identical titles and almost identical announced purposes — to show cool web sites that could be made a part of instruction. Despite those similarities, there was a stark difference in the content, a difference that  illustrates the fundamental problem with anticipating  the future of educational technology and change. If we all agree that the purpose of technology is to enhance good instructional technique, then the difference lies not so much in technology but upon the vision of the instructional technique it is supposed to enhance. Continue reading

Wireless EdTech 2012, Augmented Reality Device, Infographics on Ed Tech, Broadband Deployment

“The Future of Education Is Wireless” — according to the Wireless EdTech Conference 2012, which was held in Washington, D.C., October 10-12. Why? “Mobile is innovative, affordable and provides 24/7 access to a seemingly endless amount of resources. That’s why there are more mobile subscriptions than toothbrushes. From low-income urbanites, to the suburban upper-class, to the poorest of poor in rural areas of the world, mobile connectivity has the power to transform learning in a 21st century environment” (conference site).

Then they go about showing, sharing and introducing policy, educational performance and international examples. There are powerful examples, and you really get up close and personal to the people who present and share their ideas.

I attended the conference. It’s the one conference that makes me want to attend all of the sessions. I usually go for the education section and the policy sessions. The conference is star-studded with people who know education and who are in touch with the pulse of the nation — educators, pupils, school board leaders, and policy makers. It’s a great conference to do powerful networking with, to name a few, the new president of ISTE, influential people from the Smithsonian and the wireless industry, and tried and true leaders like Dr. Chris Dede.

If international is your interest, here are a couple of videos for you:

Continue reading

CFHE 2012 Impressions: My Bumpy Start to a MOOC on Future Trends in Higher Ed – ‘505 Unread Discussion Messages’

By Stefanie Panke
Editor, Social Software in Education

The Massive Open Online Course Edfuture 2012 (CFHE 2012, Current/Future State of Higher Education: An Open Online Course) started on October 8 and will be running for six consecutive weeks. Since I am currently working on an article about future trends in educational technology, I was very excited to learn about the course and plan to participate as intensively and regularly as my schedule allows.

Getting Started

Unsurprisingly, the last week has been busy at work, and after a brief review of the reading material on Monday, I “skipped class” for the remainder of the weekly MOOC format. Checking back in on Friday only to get ambushed by “505 Unread Discussion Messages” that had secretly been piling up in the course forums, left me disheartened for a second. As usual, it pays to take a deep breath and a closer look at the MOOC’s course activities.

The majority of messages were personal introductions (441); about 65 dealt with the reading material of week one. The discussion threads covered various topics from sustainability and diversity of open education to the costs of higher education and international trends. I did not engage in any particular topic. Instead, I drifted through the threads in a serendipitous fashion and enjoyed listening in to different conversations. Here are my favorite quotes of the week:

I’m not participating in this MOOC to compare apples and oranges (bricks and bytes); I’m here to imagine ways we can be present to each other across time and distance. (Joe Moses, Oct. 9)

I personally have taken courses in Udacity and [they] are among the best courses I ever had. (William Colmenares, Oct. 9)

Continue reading

Update on UNC’s Remote Proctoring Services

By Franklin Hayes
Media Coordinator
ProctorU

[Note: This article was originally received as an email response to ETCJ’s “Remote Proctoring: UNC’s Low-Tech Network Model May Be the Best.” -Editor]

I was skimming through Educational Technology and Change and thoroughly enjoyed the lively discussion about online proctoring. More specifically, I honed in on the article titled “Remote Proctoring: UNC’s Low-Tech Network Model May Be the Best” and was intrigued by not only the subject matter but also for a couple of other reasons.

I agree that online proctoring is the most effective when it replicates the in-classroom experience and can appreciate UNC’s proctor Remote Testing Services for its simplicity.

Additionally, I work for a company called ProctorU that provides online proctoring for over 200 partner institutions, including a handful of those mentioned in the article. Most recently, we signed a major agreement with the University of North Carolina System that integrates ProctorU with their web infrastructure, enabling students to find an online proctor and test without ever having to leave the UNC site. This Application Programming Interface (API) was recently highlighted in a press release by UNC and covered by the publication Campus Technology.

The partnership with UNC represents the first statewide agreement with a single online proctoring company. We also proctor exams for Northern Virginia Community College (NOVA), the University of Minnesota, and Northwestern University. For a listing of our partner institutions, please visit http://proctoru.com/partners.php. Continue reading

Remote Proctoring: UNC’s Low-Tech Network Model May Be the Best

Jim ShimabukuroBy Jim Shimabukuro
Editor

[Note: See Franklin Hayes’s “Update on UNC’s Remote Proctoring Services,” 10.9.12. -Editor]

A persistent concern about completely online courses is testing security. Without the physical presence of the professor or teaching assistant at the exam site, the fear is that students will cheat. For some (Adsit, Kimura), security is a non-issue, and the real issue is test design. For others, the issue is the ills of high-stakes testing (Keller). These issues notwithstanding, secure testing remains a critical step in the credentialing process for the vast majority of teachers and educational institutions. Its omission, alone, is enough to ensure that a course cannot be taken for credit, and credits are the universal currency for diplomas and certificates.

The mushrooming popularity of MOOCs has magnified the issue of secure testing for the purpose of certification. Minus the security, MOOCs are relegated to non-credit status. In other words, a terrific learning experience, but it won’t count toward graduation. Thus, as a business model, MOOCs are considered by most to be nonviable.

Consequently, there’s a need – a need for a workable remote proctoring procedure or service. One of the latest to enter this market is the Tegrity Remote Proctoring System. It relies primarily on the webcam built into today’s notebook computers. This type of service is not new. Kryterion‘s “online proctoring solutions accommodate on-board cameras commonly found on today’s laptops.” However, it also uses “more advanced USB cameras that offer wider view of the test taker and surrounding environment.”

Software Secure‘s Remote Proctor Pro is billed as “the gold-standard in remote test integrity.” It claims to address “every area of exam security by authenticating … identity and controlling a student’s computer while watching and listening to the exam environment.” See the video for a demo of its outboard camera setup.

Software Secure’s Remote Proctor Pro

Test proctoring per se, as an onground service, has a relatively long history. Colleges have offered exam proctoring services to students as well as the public for years. The National College Testing Association‘s Consortium of College Testing Centers (CCTC) is a free referral service designed “to facilitate distance learning.” Cal Poly is a member. Its “Testing Services office offers proctoring services for anyone needing to take tests in San Luis Obispo for another school or agency. Students participating in distance learning programs or correspondence degree programs, and professionals needing to be tested in order to receive certification in their field may be able to arrange to have their tests proctored at our facility.” Continue reading

Remote Proctoring: More Questions Than Answers

[Note: Bert Kimura is a professor at Kansai University and the University of Hawaii at Manoa. He’s fully online at Manoa. As coordinator of an annual, completely online international conference, he’s also in the process of releasing a call for presentation proposals. See preliminary details for TCC 2013 in the right sidebar of this page. I emailed these questions to him earlier this week. -Editor]

Bert Kimura

ETCJ: Would a typical college or school district be able to set up a video capture system such as Tegrity?

BK: I would contract Tegrity if interested rather than setting up my own system. Support costs, especially personnel, need to be included to determine if it is worthwhile to do your own. I would assume that Tegrity hosts an application and database on their servers to perform this service. I think that this is one of the services that becomes economical with a large number of users.

It is not clear to me whether a person has to be monitoring the video in real-time as well; or if it is monitored in real-time, whether the monitor views several video streams at once. In the end, I would think that someone has to review each recording to make sure there wasn’t any suspicious behavior. Therein lies added costs.

ETCJ: How and what would it require to set up a video capture system such as this?

BK: A server, databases, applications and a web based application for starters. Probably some form of added security to prevent hacking or tampering with the system.

ETCJ: Can you think of ways students intent on cheating might still beat this system?

BK: Not offhand. However, if you ask your students, I’m sure that they can think of ways to beat the system. Oh, here’s one possibility — someone could sign the answers from off camera or hold up a card with answers based on body language signals given by the test taker.

ETCJ: Any further thoughts?

BK: I must say that the concept is novel and worth testing. It would be great if Tegrity would publish some basic research data on it. That will ease the minds of faculty who would be the people that, I think, need convincing the most.

On the other hand, the issue may need review by people involved with student privacy concerns. I presume Tegrity has looked at this, but, clearly, students would need to be fully informed of their rights and privileges, if any, in using this system. For example, what if a student swears or bangs on the camera? Would it affect the student’s reputation or credibility?

My last thought is this: If paper and pencil testing is absolutely required in a class, it probably shouldn’t be offered as a DE class. Not today anyway.

I believe that student learning can be assessed through writing assignments, presentations, projects, and other creative methods of expression in virtually any class. Faculty would need to make the adjustments to do so.

Remote Proctoring Services May Not Be Necessary

Tegrity has announced its Remote Proctoring System. The purpose of the system is to allow online programs to assess students with the same level of security as would be found in the physical classroom. Before giving my response, I would like to look at the issue of academic cheating in general.

On the first day of school one year, I happened to be in the high school hallway when our calculus teacher walked by, a grim look on his face as he led one of the school’s most well known students, a highly regarded member of the honor society, to the office. Something had aroused his suspicions, and he had tested her, learning that her mathematical abilities were at the early algebra stage, roughly 8th grade. Throughout high school she had copied every math homework assignment and every test from friends. She had never been caught until then.

That girl was by no means unusual. The Educational Testing Service’s campaign to stop cheating cites statistics indicating that academic cheating has risen dramatically over the last few decades at both the high school and college level.  Recent studies indicate that 75-98% of college students admit to having cheated. Another study said that 95% of students who admitted cheating said they had never been caught. It used to be that cheaters were the people just trying to get by, but today’s cheaters are just as likely to be the top performers in the school.

Those statistics all come from traditional, physical classrooms. If the goal of the new Tegrity Remote Proctoring System is to provide the same level of security found in those classrooms, then it has set a pretty low bar for its standard. A better approach lies in changing the nature of assessment itself, thus making the concept of proctoring unnecessary. Continue reading

Advising Umbrella: Maximum Faculty Involvement for Maximum Student Success

By Sharaf Rehman, M.Ed., Ed.S., Ph.D.
Professor of Communication
The University of Texas-Brownsville

College faculty is powerless in deciding what happens in their area high schools or in setting the mission and goals of their college. Still, it has a dual obligation to students: to help students master discipline specific knowledge and acquire life-skills. To fulfill this responsibility, the aquthor developed and implemented an all-encompassing model for advising in an academic unit in a state-supported, regional university. This “Umbrella Model” involves some participation from the administration but is mainly carried out by faculty members.

The model evolved purely out of necessity, on a campus that had abandoned a model in which faculty advised students. In the previous model, all advising was carried out by a team of advisors that reported to a Director of Advising. Every semester, prior to registration, all students were required to visit one of the advisors for help in building their class schedules. This was mandatory. However, students were not required to consult with faculty from their respective areas of study in making selections. The dropout rate for this approach was close to 50 percent. Worth noting is a figure from the placement tests, which revealed that 48 percent of the entering freshmen in 2011 were not college ready.

To implement the Umbrella Model, the author, who was careful to avoid stepping on anyone’s toes, offered to advise a group of 20 students in his major area. The effort would focus on planning course schedules for the coming semester. This was done after a meeting with the Director of Advising, who agreed that the author, as a faculty program advisor, would help the students develop their schedules. The students would then take the schedules to the official university advisors who would, in turn, register them in the courses. Hence, both the program-level as well as mandatory advising conditions were met. Continue reading

Lessons Learned from a MOOC

By Kae Novak*
Online Learning
Front Range Community College

[Note: On 28 Sep. 2012, Russell Poulin, Deputy Director, Research and Analysis, for WCET – WICHE Cooperative for Educational Technologies, posted a question in WCET Discussions: “What is your experience in taking or teaching a MOOC? What are the ‘lessons learned’ that you have to share?” This article is based on Kae’s response to the forum a few hours later. -Editor]

I just finished facilitating a Games Based Learning MOOC. We may be considered more “modest” as our total student count was 301. This MOOC was specifically for educators to learn about games based learning and is part of a Colorado Community College System Immersive and Games Based Learning Initiative Grant. The MOOC ran for six weeks.

I have taught (facilitated) courses at P2PU so the concept of open online was not new to me. I have also taken two of Stephen Downes and George Siemens’ Connectivist MOOCs. I lurked in Stanford’s AI MOOC last year and am currently participating in a Coursera MOOC.

So what are the lessons learned?

Participants in your course will have more than one style of learning online.

We had learners for whom this was the first online class ever. We also had veteran online instructors who were involved in emerging technology. Because of the topic we also had educators who are gamers and very involved online in rich interactive gaming communities. The Games Based Learning MOOC was designed as a connectivist course. It was setup up to build a community of educators who are learning online about games. The participants in the course seemed to be evenly split when it came to their online learning styles. Continue reading

Sep. 20, 2012: Teachers & Technology, iPad Study, Video Sites, Computer Tutoring

Report: Schools not Meeting Students’ Technology Needs by Joshua Bolkan in THE Journal online, 09.13.12

Although this study was conducted by Dell, a purveyor of technology, this brief overview of the results is worth reading. The majority of teachers in the study said that “technology allows them to create a more personalized learning experience” (para. 3), but many still feel that they do not have the necessary expertise to implement it effectively.

Using iPads With Mixed-Ability Students, Teachers Must ‘Give Up Some Control by Kim Fortson in THE Journal online, 09.12.12

Even elementary students seem to able to unlock the power of iPads intuitively. In a pilot study of students in a mixed 7th/8th grade class, students who were given iPads performed higher on standardized test than those who were taught in the traditional manner. One of the results of this experiment was that the teacher realized that they had to give students with iPads more freedom to choose the way in which they would use the iPads. For example, students were told which skills they needed to practice and they had the freedom to choose the app they preferred to work on that skill.

100 Video Sites Educators Should Bookmark from The Innovative Educator

Even though this article/website is a bit dated (Feb. 24, 2010) it is still is a good resource for finding videos online. It is divided into categories such as Educational Videos, which contains resources such as Teacher Tube and Cosmo Learning and General Videos, which contains resources such as Hulu and TED. The other categories are Teacher Education, Lesson Planning, Science, Math and Technology, History, Arts and Social Sciences, Video Tools, Network and Program Videos, Free Movies and Clips, How-Tos, and Government and Organizations.

The Machines Are Taking Over by Annie Murphy Paul The New York Times Magazine online, 09.14.12

Tutoring has long been recognized as the most effective form of teaching. Neil Heffernan wanted to make the advantages of this one-on-one interaction between student and teacher available to all students through computer technology simulating the immediate feedback and “nudging” that a human tutor provides.

For Schools, Laptops Are Still Better Than Tablets

picture of Harry KellerBy Harry Keller
Editor, Science Education

[Note: This article was first posted by Harry as a reply to Jim Shimabukuro’s statement that “laptops are going the way of the dinosaur,” in “Sep. 6, 2012: edX and VUE, Kapiolani CC, Manchester Study, Lake Park-Audubon HS,” on 9.17.12. – Editor]

WRT laptops [going the way of the dinosaur], it’s not so clear. With many tablets costing more than laptops, the cost is not the issue. Tablets do not perform well as writing implements while laptops do. Tablets still do not support much of the more advanced (e.g., grades 10-12) learning software.

The ideal computer-based learning platform is still evolving. Tablets were not intended for this use. Phones certainly were not. It’s nice that they can be adapted somewhat to use for learning and will help to point the way to better devices for learning.

What should such a device have? Until really good speech recognition software comes along, it should have a tactile keyboard. It should also have a pointing device capable of pixel precision, not just a fingertip. Laptops have these. It should also be rugged, light, and inexpensive to acquire and to operate. It also should run the enormous libraries of educational software currently available. Why expect vendors to invest millions in converting software to today’s latest fad in hardware?

There is no real barrier to having tablets run Flash or Java. It’s just the prejudices of the manufacturers and their desire to force software vendors to make platform-specific applications. WORA will come back, and, when it does, developers of serious applications will be happy if they resisted the trend. Continue reading

Technology Has a Long History in Learning — and It’s Getting Even Better

Frank B. WithrowBy Frank B. Withrow

From Link Trainers in World War II to complex simulations for pilot and space shuttle training programs, we have seen technology used for more and more learning experiences. Don Bitzer, in designing PLATO, envisioned a defined set of skills and knowledge to be learned. Entry-level learners could be tested to determine their current abilities and then learning materials could be assigned to have them reach the desired level of achievement. Constant feedback monitoring the learners’ achievements until they reach the desired skill and knowledge level is a major element of his system.

For more than forty years “Sesame Street” has shown that television can teach millions of children around the world basic skills. “The Voyages of the Mimi” demonstrated the power of multiple media in teaching science. This program used television coordinated with computers and books to teach basic elementary science. Bioblast is an example of a compelling learning experience based technology program. The New Frontier program demonstrated the power of social media.

Bits and pieces of many programs have demonstrated, time and again, the effectiveness of technology-based learning programs. Some large programs have been demonstrated in various school systems. Critical today is a learning management system that tracks students as they progress through their individualized learning programs and gives both the students and the teacher feedback with respect to their progress.

Feedback, in these cases, must be almost immediate and relevant.

The teacher in such a system is less a “sage on a stage” and more of a tutor, mentor and coach that guides the learner through his or her learning experiences. School facilities provide laboratories where teams of students can produce relevant products in their learning experiences. Continue reading

Sep. 6, 2012: edX and VUE, Kapiolani CC, Manchester Study, Lake Park-Audubon HS

MOOCs Are Growing Up Quickly
A sign that MOOCs are evolving into viable credit courses is today’s edX announcement that students will soon be able to take “a course final exam at one of over 450 Pearson VUE test centers in more than 110 countries.” Students will be charged “a modest fee for the proctoring service.”[1] Perhaps a natural consequence of the need for onground proctoring for open online courses will be the emergence of public and school libraries as well as schools and colleges around the world as providers of walk-in proctoring services. Proctors and sites could be certified and monitored by a nonprofit international board for a small fee. For most everyone, a library, school, or college is within easy commute. For some, proctoring could provide a small profit. However, in-person proctoring services may be a transitional solution for an issue that will probably disappear as online testing technology advances.

Dropping Enrollment at Kapi’olani CC — Implications?
This may just be a fluke, but for the second consecutive term, enrollment has dropped at KCC while it has gone up on other campuses[2]. The numbers are small so this may not be indicative of a significant trend. Still, after years of recording among the highest enrollments in the University of Hawaii system, this drop is worrisome. The emphasis at KCC in the past few years has been on campus-based strategies to raise retention and program completion rates. Perhaps it’s time to focus on infrastructure, instruction, and service improvements that rely on the latest personal communication technologies such as smartphones and pads. Already in the hands of students and potential students, these devices downplay location and spotlight anytime-anywhere access to services and instruction. With online technology increasingly dominating the college experience, KCC may be seeing the beginnings of a beautiful campus with expensive concrete ‘n’ glass facilities evolving into a dead zone, i.e., classrooms, labs, library, and campus standing open but empty.

Hello?
In a comprehensive study, by a team from the University of Manchester (UK), of “more than 13,000 11- to 16-year-olds at 40 secondaries across the country,” researchers found that the traditional high transmission approach to teaching math, characterized by a “tendency towards a more conventional, teacher-centred mode of teaching, with knowledge meant to be transmitted from teacher to pupil,” is less effective than student-centered, interactive approaches. In short, lecturing “can turn pupils off maths.”[3] Midway through 2012, I have to wonder why money is being spent to reiterate the obvious.

Millions on New Buildings and Outdated Technology?
Lake Park-Audubon High School (Minnesota) is celebrating the spending of millions of dollars on the construction of a new campus and new technology defined, in part, as “four computer labs with 25 to 30 computers each,” a “media center,” and “laptop computers and carrying bags … issued to the 180 students in grades 10 through 12.”[4] With the trend toward personal pads and smartphones as well as online instruction and services, one has to wonder if the district has made the best decisions. The “campus-wide Wi-Fi” with double the bandwidth, flipped classrooms, and movement toward ebooks are wonderful. However, these as well as the physical education and athletics facilities notwithstanding, the question remains: Is this the wisest use of education dollars? Laptops are going the way of the dinosaur, but when placed in the hands of all students, the need for computer-equipped labs or even labs seems redundant. iPhones and iPads can easily turn any room or environment into a “lab.” Furthermore, the construction of classroom buildings at a time when the trend is toward anytime-anywhere access seems, at least to me, counter-intuitive.
__________

1. “EdX Announces Option of Proctored Exam Testing Through Collaboration with Pearson VUE,” Daily Markets, 9.6.12.

2. “University of Hawaii Enrollment Reaches Record,” AP/Star-Advertiser, 9.6.12.

3. “Traditional Teaching Methods Still Dominant in Maths Classrooms,” University of Manchester, UK, 9.6.12.

4. Helmut Schmidt, “LP-A’s $17.5 Million High School Open for Learning,” DL-Online, 9.5.12.

Sep. 6, 2012: Grammar and Texting, Flipped Classrooms, iPods, iPads

iPods in Classroom Can Boost Academic Time and Resources for English Language Learners from The University of Texas at Austin News:
A study from The University of Texas at Austin’s College of Education by Min Liu, a professor in the Department of Curriculum and Instruction, has found that the iPod can serve as a social and academic equalizer for students whose first language is not English. The study with K-12 students in Texas showed that students did use the devices for school-related work and benefited from their use.

Text Speak Does Not Affect Children’s Use of Grammar: Study by Rebecca Smith from The Telegraph online:
According to a study conducted in the UK, “There was no evidence of any significant relationships between poor grammar in text messages and their understanding of written or spoken grammar.”

Educators Evaluate ‘Flipped Classrooms’: Benefits and Drawbacks Seen in Replacing Lectures with On-demand Video by Katie Ash from Education Week:
Ash’s article is a good companion to Greg Green Is Flippin’ in Clinton, which I wrote a few weeks ago, about “flipped classrooms.” She examines pros and cons of this approach, which is quickly catching on in many schools.

Best Practices for Deploying iPads in Schools by Matt Levinson from MindShift:
Levinson presents some ideas on how to effectively use iPads in the classroom. Be sure to read the comments, where he elaborates on some of his ideas when answering questions from readers.

Punking Klout

By Jessica Knott
Associate Editor
Editor, Twitter

Last week, I stumbled upon an article in Inside Higher Ed (Alexandra Tilsley, “Grading Clout?“, 30 Aug. 2012) highlighting Todd Bacile, a Florida State University instructor, who uses Klout to assess his digital communication students. On the surface, this technique seems to open doors to creative assessment. However, dig a little deeper and some big questions begin to emerge about what students are actually learning.

I am a Klout user. I have a high-ish score (68), and receive frequent inquiries based on my number. Here’s the secret: in a lot of ways, that score is completely bogus.

As you can see, my Klout score remains relatively steady, and my number is high. At a glance, it would appear that I am social media-savvy, with frequent re-tweets and conversations started.

This is not completely incorrect. I am relatively social media savvy, and I start a lot of conversations about education, social media, and the career cycle. These are my interests, and at the risk of sounding boastful, I am experienced and knowledgeable in them. So, given this data, I would probably do relatively well in a high-level assessment. Now, let’s dig a little deeper and I’ll reveal my true social media identity.

Continue reading

Sep. 2, 2012 – Digital Literacy, Computerized GED, 50 Best Apps…

The Common Core’s Digital-Literacy Gap by Paul Barnwell from Education Week Teacher online:
Barnwell asserts that the Common Core is too vague in how it addresses digital literacy, and he is concerned that it will be overlooked. He contends instead that traditional skills should be combined and integrated with new-literacy skills.

In 22 States, GED Exam Now Computerized by Ian Quillen from Education Week online:
The GED (General Educational Development) exam will be offered in a computerized version only after 2014. The rationale offered is that it is one way for test takers to demonstrate their technology skills, which the author says is debatable. He says that the more valid reasons are that it offers more flexibility for scheduling, registration, and obtaining scores and feedback.

50 Apps for Lifelong Learners by Caity Doyle from Technapex:
Edudemic and their content partner Online College Courses have published a list of what they consider the 50 best educational apps for lifelong learners. The list seem to contain something for everybody, from National Geographic Today to Goodreads to Star Walk.

The Tech-Driven Classroom Is Here, But Grades Are Mixed by James Crotty from Forbes:
Crotty asserts that while newer educational technology is more interactive and has possibilities for creating more personalized learning for students, studies do not completely support the anecdotal evidence of proponents of laptop programs and other such initiatives.

How Will Traditional Leaders Fare in the Wave of Open Courses?

By Cathy Gunn, Ph.D.
Dean, College of Education
Morehead State University

[Note: This article was originally submitted as a comment on Jim Shimabukuro’s “Online Learning 2012: Six Issues That Refuse to Die.” -Editor]

Jim, you wrote: “The traditional campus-based college won’t disappear….The second wave is building just beyond the horizon, and when it strikes it will further undermine land-locked institutions. The select few on high ground will survive, but the vast majority on lower ground will be forced to migrate to the virtual world.” Bill Sam’s video “EPIC 2020” and its prophesies of degrees replaced by credentials and badges is an interesting look into the future and will obviously incite some and provide some interesting dialogues among others.

David Moursund (Editor in Chief of ISTE publication Learning and Leading with Technology 1974-2001) predicted a number of years ago that students would be engaging with their professor and classmates from a distance, engaging in “flipped” classrooms (not called that, of course), and that students would be wearing their computer on their wrists using anytime/anyplace access to information as they learned as much out of the classroom as they did within. At the time, his predictions were seen as outlandish and very sci-fi like. Did he get it most righty? Hmm…Sam’s predictions of total replacement of traditional classrooms and campuses may cause a ripple across higher education, but my prediction is that it will take a different kind of leader in our nation’s IHE’s for this to become a tsunami.

Using Clayton Christensen’s “disruptive innovation” idea (Larissa MacFarquhar, “When Giants Fail: What Business Has Learned from Clayton Christensen,” New Yorker, 14 May 2012), change in current traditions of higher education for many institutions will most likely require disruptive innovations outside of the academy first and we can see the evidence of the first seeds of that through the open course movement. I’m in a mostly land-locked institution on lower ground, and I’m curious about how other traditional institutions, led by traditional leaders, will fare. And what is my place in this movement? Traditional methods for effecting change at my institution aren’t getting us even to a trickle yet, let alone to thinking about or planning for a wave!