Category: Lecture Capture
Interested in recording video lectures and other digital content but want higher quality than what you can make on your phone? As BU faculty, you have access to a studio in Mugar Library with high-quality recording equipment and software such as Camtasia. You can learn to use it by signing up for a consultation with an educational technologist. Once you’ve done that, you can book and reserve the room to use it at your convenience.
The Educational Technology, Training and Outreach group in IS&T is looking to fill two new positions: an educational technologist supporting our LMS (currently Blackboard although alternatives are being considered), and a combined platform-administrator and educational-technologist position for a new video-streaming system.
In addition, we expect to have another educational technologist position open later this year, relating to lecture capture and audience response systems. If you apply for the LMS position, you can be considered for that position as well (if you are willing to start later). Please forward this invitation to anyone whom you think might be interested in any of these positions.
Interested in capturing your lectures on video? The University of Ottawa is hosting a free webinar on the lessons from their more than six years’ experience with lecture capture technology, and from their use of learning analytics. The webinar will be September 23 at 2pm EDT. Their press release promises to discuss the following:
- How a single early adopter transformed a lecture capture experiment into a world-class operation reaching more than 15,000 users per term, with an 88% satisfaction rate
- See how lecture capture can help low-achieving students improve outcomes by as much as half a letter grade
- Find out how video usage analytics reveals the differences between “deep learners” and “surface learners” in their study habits
- The secret to inspiring a +90% class participation rate and the drastic post-test learning gains resulting from active learning
uOttawa uses the same Echo360 technology we use at BU, so their lessons are likely to be directly applicable. Register to participate in the event.
What is the first thing you think of when thinking about large lecture courses? A sea of lost faces? Students falling asleep, facebooking, texting or cheating on exams? Large lecture courses are sometimes treated as the neglected sibling or a “necessary evil” in higher education.
What if it were possible to make large lecture courses more engaging while maintaining a sustainable workload for faculty and staff members who run them? What lessons can we learn from MOOCs that might be applicable back at home on campus?
These questions are the topic of an event to be held December 9 at the University of Massachusetts-Amherst by the Northeast Regional Computing Program (NERCOMP). For more details, see nercomp.org/index.php?section=events&evtid=298
CEIT has now posted its list of Teaching Talks and Teaching Tech Talks scheduled throughout the Spring 2013 semester. The talks are scheduled on various dates and times to make it possible for faculty to explore some talks whatever their schedule. Some scheduled talks with an emphasis on new technologies include:
Databases for non-majors (Jan. 10)
The top 5 things faculty need to know about Blackboard Learn (Jan. 10)
Read & Write Gold (Feb. 6)
Flipped classroom and Echo360 (Feb. 13)
Collaboration tools in Blackboard Learn (Feb. 20)
iPad applications in the classroom (Feb. 25)
Google Apps in your classroom (Feb. 25)
Increasing instructional interactivity with clickers (Mar. 19)
Virtual student exchanges (Apr. 3)
High-tech cheating (Apr. 3)
How to use ePortfolios (Apr. 5)
Making grading easier and more transparent with rubrics in Blackboard Learn (Apr. 11)
Dimensions of online courses and student perceptions (Apr. 17)
BU mechanical engineering professor Lorena Barba has used several new technologies to transform the classroom experience, integrating iTunes, digital inking, screen casting, and blogging. Her classes often “flip” the classroom – that is, they deliver course content outside of class and refocus in-classroom time on discussion and activity – and allow a blended learning experience, where discussion and activity also happens on the Internet as well as in class.
Using a USB connected graphical tablet and her laptop, Barba was able to annotate her Keynote & Powerpoint slides to derive, in real time, solutions to complex mathematical operations. Further, using a screen capture application and a simple microphone, she recorded the lectures which were then posted for download through iTunes. Lectures for Fluid Mechanics (ME303), Bio-aerial Locomotion (EK131/132), and Computation Fluid Dynamics (ME702) can be subscribed to and downloaded from Boston University’s iTunes U page via iTunes or the iTunes U mobile app. Barba’s innovative courses were recognized among the Top 30 iTunes U Engineering Courses by the Degree Central (2010). Some of her courses have student blogs that allow dialogue about the course materials, screencasts, and Skype interviews.
At the First Annual Instructional Innovation Conference, Barba presented a paper describing the technology and techniques used for Digital Inking and Lecture Screencasts, which can be watched via screencast on YouTube. More information about Barba can be found via her people site, her research group, and at the BU:ENG-Mechanical Engineering website.