College Open Textbooks BLOG
Driving Awareness and Adoption
Announcing ChemWiki as the COT Featured Book for June and July 2012
We are excited to name ChemWiki as our featured book for both June and July. This collection of online science textbooks features over 6800 high quality illustrations. To learn more about ChemWiki, please read the press release at http://prlog.org/11908511 or visit ChemWiki at http://chemwiki.ucdavis.edu/
The PhysWiki Dynamic Textbook Project
The PhysWiki Dynamic Textbook Project
The PhysWiki is one of seven integral components of the STEMWiki Dynamic Textbook Project (DTP), a multi-institutional collaborative venture to develop the next generation of open-access textbooks to improve STEM education (science, technology, engineering and mathematics) at all levels of higher learning. The central aim of the DTP is to develop and disseminate free, virtual, customizable textbooks that will substitute for current, commercial paper texts in multiple courses at post-secondary institutions across the nation. All are licensed Creative Commons Attribution Non-Commercial Share-Alike. All seven textbooks in the STEMWiki DTP have been linked together under the direction of Professor Delmar Larsen of the University of California at Davis and include: the ChemWiki (the forefather), the BioWiki, the MathWiki, the StatWiki, the PhysWiki, the GeoWiki, and the SolarWiki.
The goal of this project is to seed the PhysWiki with an open-source, calculus-based textbook, in an effort to expand access and usage of this segment of the STEMWiki. Working with both Professor Delmar Larsen (founder of the STEMWiki DTP) and Professor Paul D’Assandris, Monroe Community College, Rochester, NY (author of Spiral Physics), physics students at South Florida Community College are seeding the PhysWiki with Spiral Physics textbook. Spiral Physics is an OER physics textbook that is currently in use by over 40 two-year colleges nationwide. Spiral Physics comes in three variants (calculus-based, algebra-based, and modern physics) and provides a research-based introductory physics curriculum along with an integrated textbook and workbook activities. Using a restricted equation set, Spiral Physics provides a unique approach to building student success by providing repeated exposure (i.e., spiral) to concepts with increased complexity. It includes alternative problem types, including goal-less problem statements, ranking tasks, and critical analysis tasks which have been research-proven to help students develop conceptual understanding.
Although implementation of this project has not kept up with the desired schedule, things are moving forward and usage of the PhysWiki continues to grow as shown in the most recent Google Analytics Report.
We initially had to learn how to work with LaTeX markup language used in the DTP and how to format equations using MathJax open source JavaScript display engine for mathematics. As neither of my workstudy students had any formal computer programing training, this was a big challenge. However with the continued assistance from Delmar and from numerous Internet searches for information, we overcame this challenge. The act of transcribing of the textbook and equations from Word format to LaTeX has had a steep learning curve. Unfortunately as the current semester is nearing completion and my two workstudy students are busy preparing for finals and then graduation, they are finding little time to assist with this project. Thus I am in search of replacement students to complete the task.
Once completed, this project should not only help to expand usage of the PhysWiki segment of the STEMWiki, but also enable Spiral Physics to be used as a living etextbook, whereby faculty and students, can expand and augment the online textbook with supplemental information. I am excited to be able to use this site as the host for my etextbook for next semester.
Erik Christensen | South Florida Community College
Advanced Water Mathematics Online Textbook – an update from an adopter community grantee
Regina Blasberg, College of Canyons
Mike Alvord, Director of Operations for Newhall County Water District, and I are working on writing an Advanced Water Mathematics online textbook. Mike has basically completed the first draft of the textbook which is already in use in our Water 031 Advanced Water Mathematics course. I have been focused on completing edits and identifying any inconsistencies in formatting. Since the text is currently being used, we have found that the students are enjoying providing comments, pointing out errors, and indicating topics that aren’t clearly explained as well. Once this draft is final and we’ve received additional student feedback, we’ll add more homework problems, figures, and any other final updates.
What’s New in OER at Scottsdale Community College?
Faculty in the Mathematics Department at Scottsdale Community College have been working hard this year to create, revise, and organize materials for our OER project in several of our courses. This is exciting for all of us!
Our goal is to offer all of our MAT 09x Introductory Algebra, MAT 12x Intermediate Algebra, and MAT 150 College Algebra courses using OER materials starting this Fall 2012. During the 2011-2012 academic year, we have pilot tested our materials, formed a learning community of very talented mathematics faculty, and collaborated with each other to further refine the OER textbook, student support materials, and online homework assignments. This summer, several faculty (Bill Meacham, Judy Sutor, Jenifer Bohart, Donna Guhse, and Linda Knop) will be working hard to take what we have learned from our spring pilot and, once again, refine these materials. The exciting part of the refinement process is that we have complete control over the quality of what we adopt to support our classes! We love this!
Recently, our OER team received the SCC Innovation of the Year Award. Only 1 team per college in the Maricopa Community College District receives this award. As a result, we were invited to give a presentation in hopes of receiving the widely sought-after District Innovation of the Year Award. The presentation slides are available at: OER Innovation of the Year. Wish us luck that we are awarded our District IOTY Award very soon!
As part of our OER project, our learning community has restructured the course so that we provide meaningful support for students, both inside and outside of the classroom. 
Before class, students can complete a “mini-lesson” to help prepare them for the next class session. During class, they receive instruction and engage in paired board work. After class, they use iMathAS and problem solving activities to support their learning. The next class session then allows for more active learning and engagement with the mathematics. Outside of the classroom, students’ learning is supported by the OER textbook and video tutorials created by MathIsPower4U’s James Sousa, as well as the Khan Academy.
Students have been appreciative of our efforts to use free (or nearly free!) materials for their mathematics courses. In fact, feel free to watch a couple of student testimonials about their experience in an OER math class. It’s exciting to hear that they are using technology — their smartphone, their tablet, etc. — to complete online homework and to access the textbook.
It’s a wonderful time to be teaching college mathematics!
Exemplary open textbooks and methodology: ChemWiki and its Progeny
ChemWiki not only shines as an exemplary series of open-licensed chemistry textbooks, it has spawned
Professor Delmar Larsen of the University of California at Davis heads the ChemWiki project, a series of online textbooks including Analytical, Biological, Inorganic, Organic, Physical, and Theoretical Chemistry plus the History of Chemistry and Lab Techniques. All are licensed Creative Commons Attribution Non-Commercial Share-Alike. Students and instructors contribute to the textbooks that are constantly improved.
ChemWiki includes more than 6,000 pages with high-quality illustrations. Individual pages in ChemWiki can be printed or turned into Adobe PDF files. Contributors include more than 30 chemistry professors and students as well as web technologists and publicist Richard Osibanjo.
ChemWiki provides maps to popular commercial general, organic, and physical textbooks.
Here are the pages showing how other colleges and universities are starting to incorporate the UC Davis ChemWiki into their courses:
- Columbia University
- Contra Costa College
- Diablo Valley College
- Hope College
- J. Sargent Reynolds Community College
- New Mexico State University Alamogodro
- University of Minnesota at Morris
- Truman State University
College Open Textbook grantee communities include two based on the UC Davis series:
- 3-D Molecular Models in ChemWiki: Dr. Ron Rusay and colleagues at Diablo Valley Community College
- PhysWiki Dynamic Textbook project: Professor Erik Christensen at South Florida Community College and a colleague at Monroe Community College, NY. Erik was named a College Open Textbooks Outstanding Open Textbooks Advocate/Trainer in 2010.
A special feature of the UC Davis wiki texts is the Student Ability Rating and Inquiry System (SARIS) , a tool for tracking student progress based on PracticeZone.
PracticeZone is part of the ChemVantage academic program learning and assessment program for General Chemistry that includes jargon used in mastering video games. Chuck Wight of the University of Utah founded ChemVantage. “We have configured the software to allow students to submit proposed solutions to the problems as often as they want, in order to improve their scores. The objective is for students to use the feedback to correct their errors prior to the deadline for the assignment.” ChemVantage carries a Creative Commons Attribution license.
College Open Textbooks delights in publicizing the wiki texts from UC Davis, the use of these by several institutions, and the exciting approach to chemistry education from the University of Utah.
Business Communications Adopter Community Update
Our eight adopter communities have been making great progress with their open textbook or OER projects. Focused on using these to improve teaching and learning for their students, adopter communities are required to have at least two college or university instructors who have adopted or who have plans to adopt an open textbook(s) or open educational resources as the primary text for a course they teach or plan to teach in the 2011-2012 time frame.
Professor Danielle Budzick
We just got an update from Professor Danielle Budzick and her colleagues at Cuyahoga Community College, OH on their business communications adopter community.
Here is her report on the progress they have been making at Tri-C with their grant:
The Tri-C grant team is diligently working on modification to the Flat World textbook. As a team, we are coordinating the re-ordering of the chapters to align with our official course outline.
I’ve been adding embedding video content to all the chapters and started to work on the modification of the PowerPoint resources. 
Here is what the rest of the team is working on!
Fran Brady is taking the lead on editing the Intercultural communication as her day job is with Sherwin Williams and she works with international clients. She’ll be adding more examples and building out chapter.
Pam Grant is adding examples of emails, memos, and letters to provide a stronger context for students, as this is the first chapter in the revised book.
Linda Glassburn is ramping up with example of business proposals and reports by creating her own to include within the textbook. Linda also imported several grammar and punctuation chapters from two different Flat World books at the end of the text to provide an “appendix” area for a refresher to students.
Getting Ready for Summer Pilot
All of the grant faculty are going to be teaching Summer Sections of Business Communication using the modified textbook. Our next steps are finalizing the textbook, so we can share with an other instructors who are teaching college-wide.
I’ll continue to update as we finish the editing and get ready for summer. I can be reached via email at Danielle.Budzick@tri-c.edu.
Thanks,
Danielle Budzick
Education Champions Work Together to Find Solutions for Open Education Design Challenge at Big Ideas Fest 2011
By Carol Hedgspeth, Senior Research Associate, ISKME
ISKME’s 3rd annual Big Ideas Fest (www.bigideasfest.org) was held in early December in Half Moon Bay, CA, and as promised, creative doers and thinkers from diverse levels of education gathered to learn from and share with each other. This convening yielded creative, inspirational, and often revolutionary ideas about current educational challenges, while providing the opportunity to interact and engage with a mix of teachers, researchers, administrators, entrepreneurs, education leaders. Central to Big Ideas Fest is the “action” component, called Action Collabs–design-oriented labs where participants brainstormed, prototyped, and ultimately create scalable solutions to major education challenges, such as achieving universal literacy and math competency, and leveraging open education to transform teaching 
and learning.
In a major shift from traditional educational conferences, the event is designed to bring together kindred spirits on a level playing field, where a person’s work or role becomes less important than how they share and collaborate within their group. In this way, the mix of students, teachers, administrators, researchers, inventors, and executives operate as peers in solving a common problem. These common problems are referred to as “design challenges” at the Big Ideas Fest.
One of the design challenges that was taken on by the Action Collabs was to create solutions around leveraging open content, data, and research to transform teaching and learning. During the Action Collabs, teachers, administrators, and students worked alongside noted leaders and policy makers in the field of open education. The Action Collab process facilitates moving from brainstorming ideas to creating tangible manifestations of those ideas (using pipe cleaners, popsicle sticks and other craft items), in a rapid low-investment way, and results in a visual representation of a solution that helps to see the idea in the real world.
Many of the Big Ideas Fest’s rapid-fire speakers were full participants in the Action Collabs as well. Speakers on open education included Brewster Kahle, Founder of the Internet Archive; Martha Kanter, the U.S. Under Secretary of Education; Neeru Kholsa, Co-Founder of CK-12 Foundation and pioneer in the OER movement; and Barbara Chow, Education Program Director at Hewlett and champion of open education resources. Additional speakers included Jody Lewen, the Executive Director of the Prison University Project; Kaycee Eckhardt, an award-winning charter school teacher whose science and math academy is housed in a FEMA trailer in the 9th ward of New Orleans; and Adora Svitak, the 13-year old recipient of NEA Foundation’s Award for Outstanding Service to Public Education.
THE ACTION COLLAB
The Action Collab groups that were focused on “open” provided innovative and inspired prototype solutions to the question “How might we leverage open (content, research, data) to transform teaching and learning?” One solution, “Pandora for Learning”, was designed to connect students to content that students are passionate about and that they have curated. A second solution to the open education design challenge focused on creating a virtual learning experience that is learner- and teacher-curated, linking the end user to open content about the arts.
ISKME is committed to support the further development of these and other design solutions on the soon-to-launch online Action Collab Network.
MyOpenMath.com, a free and open online homework system for mathematics, now available online!
In the last several years, we’ve seen the release of many excellent open textbooks, yet adoption still remains a challenge. From my perspective as a math instructor, I see two major barriers: discovery and ancillaries.
The first challenge for adoption of open textbooks is an instructor finding one. There are many instructors who are not even aware that open textbooks exist. Second, if an instructor is interested in open textbooks, even the reasonably well-culled listing at collegeopentextbooks.org can be daunting, and very few listed books resemble complete, ready-to-adopt textbooks. For a busy instructor, the prospect of having to remix resources from multiple sources is often more effort than they’re willing to put in.
To start addressing the second part of the discovery challenge, I built OpenTextBookStore.com. This site lists a subset of open textbooks I felt are really ready-to-adopt without requiring remixing or supplementing, and that are available in printed form. I’ve started with math books, but I hope to expand the listing with recommendations from subject matter experts in other fields. The site recreates the experience of browsing a publisher’s website; each listing shows a summary of the book, license information, the available formats, a table of contents, and a list of any available ancillaries.
David Lippman
Instructors have become accustomed to publishers providing extensive ancillary materials for textbooks, providing the second challenge for adoption of open textbooks. Many excellent efforts are contributing to addressing the ancillary challenge, including open courseware efforts like the Washington Open Course Library (which I was part of). In mathematics, online homework has become commonplace, and for a majority of faculty is a key part of their textbook adoption decision.
To help address this, I’m happy to announce MyOpenMath.com, a free and open online homework system for mathematics. It is built on open-source software I’ve been developing for six years, and that has been used by tens of thousands of students. It provides randomized, algorithmically generated homework with automated grading of numerical and algebraic answers, similar to WebAssign and other publisher products. It also provides a course management system with gradebook, file posting, discussion forums, etc. (To their credit, WebAssign has produced online homework for several open textbooks, but this comes with a cost to students and is not open.) MyOpenMath has homework aligned with open textbooks in pre-algebra, beginning and intermediate algebra, pre-calculus, and trigonometry. The courses can easily be copied and modified by an instructor and used with students as graded homework. Many courses include video lessons, classroom activities, or other supplements as well. These courses are also available to students for self-study, review purposes, or as ungraded practice. These courses were contributed by faculty in Washington and Arizona; please see our “About us” page for credits.
Increased adoptions of open textbooks will only come by making it easy for faculty to find open textbooks, having open textbooks that can easily replace traditional textbooks, and providing ancillaries that instructors rely on. I hope OpenTextBookStore.com and MyOpenMath.com can contribute to that effort.
–David Lippman
iTextbooks? Continuing the dream – a commentary by Dean Florez, President of 20 Million Minds Foundation
With the passing of Steve Jobs, I had time to reflect on the painful lug of my then newly purchased Apple Macintosh around the UCLA campus during my senior finals week back in 1986. I remember shouting over a blasting boom-box about the futuristic power of personal computing as my classmates skeptically eyed me typing on the glowing box while they frantically hit return on their typewriters amidst bottles of whiteout on desks piled high with expensive textbooks.
Dean Florez
Today, I write this blog from an iPad the size of a composition book while listening to Pandora and watching my email annoyingly pop up as past college friends Tweet the latest gossip or post updates on Facebook. I think few realize that Steve Jobs gave us the future back in the 1980′s. But there is one constant relic that somehow persists as a reminder that we have yet to reach Steve Jobs’ vision for the future. THE EXPENSIVE COLLEGE TEXTBOOK. That book still sits on the desks of over 20 million college students today, right beside their iPods, iPads, and the plethora of e-devices glowing with the social rants pouring out of Facebook and Twitter.
Today we have the iPod, iPhone, and iPad, but what we really need is the iTextbook—and it should cost students under $30. Steve Jobs created NEXT, a great company, but today we need somebody to complete his vision for education by pushing every college and university to make the final transition into what I call the “NextBook” era, removing the unnecessary weight on the wallets and backs of our college students.
I left the California Legislature to head up a new non-profit, the 20 Million Minds Foundation (20MM). Our goal? To completely disrupt a complacent and lucrative textbook publishing industry by asking the simple question: do we really need bounded, heavy, overpriced copy-write protected books in today’s ebook, ibook, and Nextbook environment?
Just days ago, 20MM and powerhouse educational software company Kno, released our answer to that important question by announcing a new digitally enhanced NextBook for college students based on open content. We have our eyes set on producing open source NextBooks for the top 25 undergraduate courses in the nation, starting with general statistics. Why? Consider that in our California Community Colleges, nearly 120,000 students take general statistics EVERY year with an average new book price of $150—that is an estimated cost of $10 to $15 million per year for just one course!
Our next step at 20MM is to empower our faculty. Beyond offering professors NextBooks, 20MM will focus on the reusing, redistributing, revising and remixing capabilities of e-textbook material, utilizing faculty’s unique talents and expertise. Who wouldn’t take quality, customized, and student-centric material enhanced by the instructor over a high-cost, standardized, static, and closed publication?
Clearly, we understand that as we move toward this type of customization, the major issues will be quality and built-in assessment. Our statistics Web 2.0 NextBook is better than statistics books out on the market given it is specifically designed for college students to improve their learning experience and results with built in assessment capacities. We are partnering with assessment companies like BenchPrep so that every open source NextBook in our library of 25 has assessment as its lifeblood.
According to the latest report by the social learning platform Xplana, within the next five years digital textbook sales will surpass 25% of sales for the higher education and career education markets. But even with the changing winds, enhanced academic freedom, creative assessment tools, and a price point under $30, our major challenge remains. Will faculty adopt these books for use in their classrooms? We may have the best free and open general statistics e-book on the market, but will faculty place it on the syllabus the first day of class?
Much like those skeptical past college friends in 1986 who stared at the glowing box during finals week, I am confident that our faculty can get past the incertitude and finish the next chapter of the revolution Steve Jobs helped usher in decades ago. They just need to say yes to the future and embrace it as their own.
—Dean Florez
About 20 Million Minds Foundation
20MM Foundation is a non-profit organization dedicated to greatly reducing textbook costs. Headed by past California Senate Majority Leader Dean Florez, the foundation is currently leveraging leading edge technologies to create more affordable, engaging, and effective educational materials for college students throughout the nation.
Hats Off to California! (Part 4) – Weaving Open Resources into a Content Tapestry
Arguably, the open educational resource (OER) movement developed as a response to a strong desire to not only expand the free and open learning materials available to faculty, but also to reduce or perhaps eliminate the students’ costs for textbooks and supplementary tools. These basic problems have led to a wide variety of attempted solutions. Most notably, organizations such as College Open Textbooks, Connexions, Orange Grove Texts Plus, and others have worked diligently to create and collect complete open textbooks. This is absolutely wonderful for today’s students and even rings as a louder success for future students.
One thing to consider, however, is the overall role and importance of the whole textbook in, say, five or ten years. As our student population changes, and as information becomes so widely accessible with pervasive computing resources, so much time and effort goes into research and practice with different methods for reaching the student in the classroom. Salman Khan, creator of the Khan Academy (a collection of short tutorials for math, sciences, and other subjects), recently presented a TED talk entitled “Let’s Use Video to Reinvent Education.” Loosely speaking, he proposed the idea of using the classroom for homework and activities, and having students watch or experience “lectures” at home. One might wonder where the traditional textbook fits in.
Ideas and considerations such as these motivated us at College of the Canyons in Santa Clarita, Calif., to apply for a U.S. Department of Education FIPSE (Fund for the Improvement of Post-Secondary Education) Special Focus grant through the College Course Materials Rental Initiative. And though textbook rental was a significant component of our grant, our primary focus was to create academic content “playlists” of material to augment or replace existing textbooks. With so much traction already in place to create full open textbooks, we wanted to develop a means by which existing galleries and collections of open educational resources could be put to effective use.
Our goals and plan are not entirely unique. Already in place are tools such as OERGlue, which provides an assembly mechanism for OERs. As such, we are mainly focused on the padding, of sorts, that needs to go between many of these objects. After all, if learning objects for a given topic are all created and prepared by different authors, one misses out on the common “voice” that exists in a traditional textbook.
We have created several modules (approximating chapters of traditional textbooks) that bring together common learning objects, but also employ the efforts of a single author to narrate the collection. As students view and interact with the materials, they are guided through the process. We are currently assessing the student response to the use of these tools, but anecdotal evidence thus far indicates high levels of satisfaction and engagement with the learning materials. And though work is required on the part of faculty to author the transition materials between learning objects, there is much less heavy lifting than creating a full textbook. In addition, educators want to participate! It becomes an opportunity to be published, while maintaining a manageable workload.
And so our work continues. We continue to evaluate the feedback from students and faculty, and we are creating a guideline, or template, for the process. If the work speaks for itself, as we hope and expect it will, then projects such as these are likely self-sustaining and can only help in the continued fueling of OER efforts worldwide.
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