Five Presentations and Some Resources |
ONE |
{title} | Extreme Makeover - Course Edition:
Inspiring Faculty to Innovate and Collaborate in Instructional Design |
{what it was} | SFSU instructional designers created a course-redesign program
to efficiently support 25 faculty at a time. |
{why it’s cool} | Staff used a robust and appealing instructional design process for the faculty workshop itself. It wasn’t a question of telling faculty how to teach; rather, the staff actually gave the instructors a positive learning experience and the means to transfer that experience to their own courses. |
{the files} | The Workshop Process.The Faculty Takeaways. |
TWO |
{title} | Google Glass: Implications for Teaching and Learning in Music and Digital Storytelling |
{what it was} | Two different use cases of Google Glass in higher education: one liberal arts, one for professional education (communication studies and orchestral conducting, respectively). |
{why it’s cool} | The two use cases seem indicative of broad types of education (liberal arts vs. professional training), and so though the cases are specific, the implications seem broad.
- The liberal arts use of Google Glass involves capturing video of first-person experience and then subjecting it to critical thought and reflection through the process of editing––much as one does with prose writing.
- The professional education use of Google Glass involves allowing the neophyte’s POV to be captured via video and then subject to critique, analysis and supportive mentoring by an expert.
|
{the files} | A Liberal Arts Use Case.[As of writing, the Professional Education Use Case PPT was not posted.] |
THREE |
{title} | Diving Deep into Data: Motivations, Perceptions, and Learning in Minnesota MOOCs |
{what it was} | Careful analysis discloses that MOOC users fall into two groups: grazers and strivers. Strivers work hard to overcome the inherent obstacles of the format. But English language skills are an important pre-requisite, and their lack is one of the biggest obstacles to learner success in a MOOC. |
{why it’s cool} | Careful data collection around MOOCs can actually tell us something about who benefits––so we can make inferences about why and even plan the broad distribution of educational materials accordingly. |
{the files} | The Powerpoint. |
FOUR |
{title} | Assessing Student Learning through the Use of Digital Video and Data Mining |
{what it was} | “Real-Time Mining of Student Notes and Questions” by Perry J. Samson, a meteorology professor. Samson showed how the LectureTools application let him build assessment into his classroom presentations so he could determine what teaching students needed. |
{why it’s cool} | The instructor can “assess as he goes,” and the students can review material later, including taking their own notes and sharing notes. |
{the files} | As of writing, the PPT was not shared. |
FIVE |
{title} | Moving Math Online: Technology Solutions |
{what it was} | A straightforward workflow for creating online learning materials that include handwritten equations. |
{why it’s cool} | The approach supports many technologies. |
{the files} | The Tool Handout. |
Comments
Post a Comment