TEACH THE STUDENTS YOU HAVE
Yesterday's seminar Engaging Millennial Learners was well attended and the participation during the session was terrific. The seminar focused on the active learning experience of class discussion and how to best implement that very effective method. Here are just a few of the many responses we got on the evaluation sheets from the seminar participants. Becky Adcock, Veterinary Technician program, said that she intends to use the Muddiest Point learning experience along with more discussion and less lecturing in her classes. Mary Miller, Science Department, plans to utilize more videos in her classes. Kathryn Arrington, CSSK instructor, plans to give her students a test covering the topics on her syllabus and will work to build a more conducive climate in her classes. Marty Lensing, Criminal Justice Program, plans to allow his students to think about the questions he poses to them for a few minutes, asking them to write down their thoughts, before he calls on them to respond. What I learned was how terrific and devoted our faculty are at BRCC. We were all united on the fact that our focus is all about improving student learning.
BECOMING THE GREAT MOTIVATOR
Elizabeth Barkley, in her book Student Engagement Techniques (LB 2342.92 .B.34), offers a number of tips for fostering motivation in your students. She notes that "Teacher personality and behavior have a powerful impact on whether students feel motivated in a course." Building on studies by industrial and organizational psychologists, educational researchers have found that even students who are intrinsically motivated by their studies will put forth reasonable effort if they like and admire their teacher, just as they may become apathetic or resistant if they view their teacher negatively (Brophy, 2004). She concludes, "This does not mean that you have to be false to your basic personality but it does suggest that students will be more likely to engage in your class if you cultivate and display attributes of well-liked and respected teachers, such as energy, enthusiasm, passion, approachability, fairness, and optimism."
WHAT IS ACTIVE LEARNING
Drs. Marcella Hackney and Margaret McMichael will present a faculty development seminar on Monday, November 19 at 2:00 PM in the Teaching+Learning Center. Active Learning Methods Revealed will offer insight into a variety of the best teaching methods that can help you to improve student learning while increasing the tools in your teaching toolkit. Hackney and McMichael participated in the Gulf Coast Summer Institute this past summer held on the LSU campus. Look for more information in your email-box soon.
LIGHTING THE FIRE OF INQUIRY
Here is a great learning experience utilizing video clips offered by fellow blogger Julia Phelan. We often start a topic, at least in the sciences, by outlining the
background of the topic, creating a simple picture, and building up an
understanding of something complex. But what about starting with the
complex, interesting thing, and then gaining the tools to understand
that complex idea through a variety of activities? You might show
students an object, picture, or video of something a little confusing or
curious and ask them to generate a series of “I wonder” questions. In
the sciences, this could be achieved with many existing YouTube or other
videos of interesting phenomena by simply turning off the sound,
leaving students to view the phenomena without hearing the explanation.
These “I wonder” questions can then be used to lead into activities or lecture, tailored
to students’ innate curiosity and questions. They can also be used to
generate inquiry questions for a laboratory or other hands-on activity,
providing authentic motivation for students to explore a phenomenon.
For example, a video showing a levitating superconducting magnet could
lead into questions such as “is the magnet cold?” “What kind of
material is that?” “Will it still float if you put a piece of paper
between the two magnets?” These questions could be used to generate
inquiry activities about magnets and superconducting magnets.