PRE, ACTIVE, AND POST: TAKING
LEARNING BEYOND THE LECTURE
Devaleena S. Pradhan
Department of Biology
PhD Candidate
dpradhan1@student.gsu.edu
An alternative approach to university educatio
3 TIER APPROACH – TAKE IT
BEYOND THE LECTURE
Active
Learnin
g
Preparation
Assessment,
Synthesis,
Improvement
ROOTS
Trunk
Dense, leafy, branches
Take an active learning
approach
Our students have preconceptions about how teaching works
Student Expectations:
 No need to prepare prior to class
 Power point lecturing of the material: passive learning
 Notes will be posted (why bother attending class?)
 Feed me: Step by step instructions on EVERYTHING
 (Students may not know how to follow instructions)
 Cram: Exams will test factual knowledge of the material
Average Percentage of Retention of
Material after 24 hours (taken from Sousa,
“How the Brain Learns”, 1995 p. 43)
 Lecture 5%
 Reading 10%
 Seeing or Hearing the Material
20%
 Demonstration 30%
 Discussion Group 50%
 Practice by Doing 75%
 Immediate Use of Learning 90%
 Teaching others 90%
– Its not just for
us!
 PROBLEM: Students do not come prepared
 SOLUTUION: Assignments (“preparation”) due a day
before class
 BENEFITS:
 You know what material to focus on in class!
 No need to use class time for a quiz
Tools: 1) Assignment Content
2) Use of media
Preparation
Tech Tools
 Blackboard tools
 Dropbox Assignments (D2L – add a deadline)
 Message boards/ Discussion Forums
 Social Media (Facebook)
 Blogs
 Online Modules (Build novel tools that help
learning)
Preparation
Example:
Facebook interactions
Benefits
 Students acclimate to the extended
classroom
 Rapid grading tools (in many cases)
 Students can show off skills  engaged
beyond class  enthusiasm for class
 Allows you to focus on higher order thinking
skills
Preparation
Active  Creativity
 Puzzles
 Word games
 Debates  excellent for learning the scientific method
 Short film
 Poem / Limerick / Haiku / Short story
 Skit
 Cultivate a classroom culture that promotes
discussion
Takes the pressure off of you!
Active
Learning
Promote “Student Talk”
 Closed questions – do not drive deep thinking (Bloom et
al 1956, Allen and Turner 2002)
 Pose misconceptions to evaluate scientific correctness
 Think-Pair-Share activities
 Group Problem Solving
 “Multiple Hands, Multiple Voices”
 One Minute Paper – helps quality and honest responses
 Workshop Biology – e.g. Process of Writing Lab Reports
 Jigsaw Groups: Build something (“Divide and Conquer”)
Active
Learning
Post Classroom
The Usual:
 Classroom work sheets
 Written Assignments
 Exams
Modified:
 Provide feedback and opportunity for improvement
 Application of classroom theories to life examples
 Continued interaction on social media
 How have your views of pre-class assignment
Assessment,
Synthesis,
Improvement
Jigsaw Groups
 An example from this talk
 Divide this group into Pre, Active, Post
 You discuss take home messages
 One volunteer from each team shares with the group
This is just too much!
 Student does not like using social media. Period.
 Social media is for fun. I don’t want to mix it with work!
 Too much material to cover! Quality vs. Quantity
 Too much time - its easy to just lecture
 Development of new curricula to supplement textbooks
 You need to be very comfortable with the material
 Students complain that they are putting in more time
relative to other sections
 GSU undergraduate expectations: “For every 1 h of lecture, a
student must spend 3 h outside the classroom” (Dr. Grober,
during faculty orientations)
Your Role: Control and Moderate
 Set the standards
 Improvise
 Instructor prescribed questions in class
 Recognize Blooms Taxonomy
 Meaningful Grades – assign points for ALL aspects of
student learning – also saves you effort of bulk grading!
 Lots of books/ materials available to adopt transformational
teaching approaches
Make student thinking
visible to both students
and teachers
What I have learned:
 Socrative student
 72988
 Doc cam
 Use doc cams
 Lynda.com
 Khanacademy
 Hybrid pedagogy – innovation
 Tumblr
Acknowledgements
 Dr. Matthew Grober (GSU, Dept. of Biology)
 Dr. Stephanie Gutzler (GSU, Dept. of Biology)
 Dr. Matthew Brewer (GSU, Dept. of Biology)
 Dr. Agnes Lacombe (UBC, Dept. of Biology)
 Dr. Kyle Frantz (GSU, Neuroscience Institute)

Pre, Active, and Post: Taking Learning Beyond the Lecture

  • 1.
    PRE, ACTIVE, ANDPOST: TAKING LEARNING BEYOND THE LECTURE Devaleena S. Pradhan Department of Biology PhD Candidate dpradhan1@student.gsu.edu An alternative approach to university educatio
  • 2.
    3 TIER APPROACH– TAKE IT BEYOND THE LECTURE Active Learnin g Preparation Assessment, Synthesis, Improvement ROOTS Trunk Dense, leafy, branches
  • 3.
    Take an activelearning approach Our students have preconceptions about how teaching works Student Expectations:  No need to prepare prior to class  Power point lecturing of the material: passive learning  Notes will be posted (why bother attending class?)  Feed me: Step by step instructions on EVERYTHING  (Students may not know how to follow instructions)  Cram: Exams will test factual knowledge of the material
  • 4.
    Average Percentage ofRetention of Material after 24 hours (taken from Sousa, “How the Brain Learns”, 1995 p. 43)  Lecture 5%  Reading 10%  Seeing or Hearing the Material 20%  Demonstration 30%  Discussion Group 50%  Practice by Doing 75%  Immediate Use of Learning 90%  Teaching others 90%
  • 5.
    – Its notjust for us!  PROBLEM: Students do not come prepared  SOLUTUION: Assignments (“preparation”) due a day before class  BENEFITS:  You know what material to focus on in class!  No need to use class time for a quiz Tools: 1) Assignment Content 2) Use of media Preparation
  • 6.
    Tech Tools  Blackboardtools  Dropbox Assignments (D2L – add a deadline)  Message boards/ Discussion Forums  Social Media (Facebook)  Blogs  Online Modules (Build novel tools that help learning) Preparation
  • 7.
  • 8.
    Benefits  Students acclimateto the extended classroom  Rapid grading tools (in many cases)  Students can show off skills  engaged beyond class  enthusiasm for class  Allows you to focus on higher order thinking skills Preparation
  • 9.
    Active  Creativity Puzzles  Word games  Debates  excellent for learning the scientific method  Short film  Poem / Limerick / Haiku / Short story  Skit  Cultivate a classroom culture that promotes discussion Takes the pressure off of you! Active Learning
  • 10.
    Promote “Student Talk” Closed questions – do not drive deep thinking (Bloom et al 1956, Allen and Turner 2002)  Pose misconceptions to evaluate scientific correctness  Think-Pair-Share activities  Group Problem Solving  “Multiple Hands, Multiple Voices”  One Minute Paper – helps quality and honest responses  Workshop Biology – e.g. Process of Writing Lab Reports  Jigsaw Groups: Build something (“Divide and Conquer”) Active Learning
  • 11.
    Post Classroom The Usual: Classroom work sheets  Written Assignments  Exams Modified:  Provide feedback and opportunity for improvement  Application of classroom theories to life examples  Continued interaction on social media  How have your views of pre-class assignment Assessment, Synthesis, Improvement
  • 12.
    Jigsaw Groups  Anexample from this talk  Divide this group into Pre, Active, Post  You discuss take home messages  One volunteer from each team shares with the group
  • 13.
    This is justtoo much!  Student does not like using social media. Period.  Social media is for fun. I don’t want to mix it with work!  Too much material to cover! Quality vs. Quantity  Too much time - its easy to just lecture  Development of new curricula to supplement textbooks  You need to be very comfortable with the material  Students complain that they are putting in more time relative to other sections  GSU undergraduate expectations: “For every 1 h of lecture, a student must spend 3 h outside the classroom” (Dr. Grober, during faculty orientations)
  • 14.
    Your Role: Controland Moderate  Set the standards  Improvise  Instructor prescribed questions in class  Recognize Blooms Taxonomy  Meaningful Grades – assign points for ALL aspects of student learning – also saves you effort of bulk grading!  Lots of books/ materials available to adopt transformational teaching approaches
  • 15.
    Make student thinking visibleto both students and teachers What I have learned:
  • 16.
     Socrative student 72988  Doc cam  Use doc cams  Lynda.com  Khanacademy  Hybrid pedagogy – innovation  Tumblr
  • 17.
    Acknowledgements  Dr. MatthewGrober (GSU, Dept. of Biology)  Dr. Stephanie Gutzler (GSU, Dept. of Biology)  Dr. Matthew Brewer (GSU, Dept. of Biology)  Dr. Agnes Lacombe (UBC, Dept. of Biology)  Dr. Kyle Frantz (GSU, Neuroscience Institute)

Editor's Notes

  • #4 Alternative approach
  • #6 To
  • #7 It is rare that when googling something you don’t learn something more (extended class) No limits Ask students if they learning the
  • #11 Give examples of each? Grober – silence is also learning (when you pose a question) Don’t just expect students to follow instructions
  • #14 Facts can be learned before and after class
  • #15 Benefits of distributing grading – less bulk mater