PSY 481L-01  Cognition and Consciousness Lab

Fall 2006

INSTRUCTOR: Dr. Lili Sahakyan (pronounced as SAH-HA-KEY-ON)
OFFICE
: 286 Eberhart building
PHONE
: 256-0001
EMAIL
: l_sahaky@uncg.edu

OFFICE HOURS
: T, R 2:00--3:00 or by appointment


TEACHING ASSISTANT: To Be Announced
TA's EMAIL: To Be Announced

                                    CLASS MEETING TIME & PLACE                                                      

Lecture Meetings

Lab Meetings


Tuesday, Thursday from 11:00-12:15 in Eberhart 215
 


Tuesday, Thursday from 12:30-1:45 in EBE XXX
 

REQUIRED TEXTBOOK:

Goodwin, C. J. (2004). Research in psychology: Methods and design (4th Ed.). New York: John Wiley & Sons, Inc.

 

REQUIRED RESEARCH ARTICLES:

Context-dependent forgetting

1.        Chu, S., Handley, V., & Cooper, S. (2003).  Eliminating context-dependent forgetting: changing contexts can be
           as effective as reinstating them. The Psychological Record, 53, 549-559.   
 

2.         Smith, S. (1979). Remembering in and out of context. Journal of Experimental Psychology: Human Learning and
            Memory
,  5, 460-471.


Directed forgetting

3.         Introduction to Directed Forgetting Research

4.         Sahakyan, L. & Kelley, C. M. (2002). A contextual change account of the directed forgetting effect.  Journal of
            Experimental Psychology: Learning, Memory, and Cognition, 28
, 1064-1072.


5.         Sahakyan, L. & Delaney, P. F. (2003). Can encoding difference explain the benefits of directed forgetting in the list
            method paradigm? Journal of Memory and Language, 48, 195-206.
            

6.         Geiselman, E., Bjork, R., & Fishman (1983). Disrupted retrieval in directed forgetting: A link with posthypnotic
            amnesia.  Journal of Experimental Psychology: General, 112, 58-72.


COURSE OBJECTIVES:

The purpose of this course is to introduce you to "what it takes" to become a researcher in the field of cognitive psychology. You will learn the methods and statistical techniques used to carry out experimental research, and you will be given hands-on experience with all facets of research design, data collection, data analysis, and dissemination of your results. To achieve these goals, you will be immersed in an active learning environment which will include many laboratory activities designed to aid your learning of the concepts discussed in class. During the lab hours, you will learn to use a statistical package (called SPSS) for analyzing data. Finally, you will design and collect real data for a project on the topic of human memory. You will create an experiment, conduct it, collect the data, analyze it, and present it as a poster on the Reading Day.


PERFORMANCE EVALUATION:

EXAMS:

There will be 3 exams in this class. All exams will be a combination of multiple choice, short answer, and essay questions. They will cover material from textbook/lectures and occasionally from the assigned research articles. Exams will constitute 50% of your final grade. Make-up exams will be given in very rare cases: (1) with a prior notification of your absence and arrangement with me BEFORE the test date, and (2) with an excused absence accompanied by documentation of your absence (e.g., doctor’s note). All make-ups should be taken prior to the next exam date. Prior to each exam, you will be given the list of objectives to help you study and prepare for the exam.

GROUP PROJECT:

Each student will participate in the research, design, and implementation of a research study in the area of memory. Group project is mandatory and failure to participate and complete the project will not allow you to pass this course. You will work in small groups to discuss, develop, and carry out your  research projects.  Because data collection always takes longer than anticipated, it is highly recommended that you begin your project as early as possible. Each group will be responsible for creating a poster presentation of their research, and will present their poster in "Poster Session" on the Reading Day (Dec 5). The group project will be worth 20% of your final grade and is mandatory.


HOMEWORK ASSIGNMENTS:

There will be several homework exercises assigned throughout the course. These assignments will provide you with hands-on experience at data analysis, and will prepare you for your group project. Most of these assignments will require analyzing a given data set using the SPSS program and writing up the report of the results in an APA-style. Homework assignments will constitute 30% of your final grade. All homework assignments are due at the beginning of the lecture class on the scheduled date. Without a valid excuse, late homework assignments will not be accepted.  In case of an excuse (doctor’s note, death in a family, car accident) the assignment should be turned in no later than a week after its deadline!

ATTENDANCE:

 Please note that attendance is mandatory.



 
ALL COURSE RELATED MATERIALS AND HOMEWORK CAN BE FOUND IN THIS TABLE

 
LECTURE NOTES

 
 
Chapter 4 notes are combined with ch.7
Chapter 5 (.ppt) or (.doc)
Chapter 6 (.ppt) or (.doc)
Ch 7 t-tests (.ppt) or (.doc)
Ch 7 ANOVA (.ppt) or (.doc)
Chapter 8 (.ppt) or (.doc)
Chapter 8, part 2 (.ppt) or (.doc)
Chapter 9 (.ppt) or (.doc)
 
EXAM OBJECTIVES
 

Exam 1

Exam 2

Exam 3
 
LAB NOTES
 

 

 

 
LAB HOMEWORK
 

 

 

TENTATIVE COURSE SCHEDULE
 

Week LECTURE LAB ASSIGNMENTS and due dates
T    Aug 15
R    Aug 17

Introduction
No Class


 
 
T   Aug 22
R   Aug 24
Context-dependent forgetting
Directed Forgetting
Context-dependent Forgetting
 
Chu, Handley, & Cooper (2003)
Smith (1979)                          due 8/22
T   Aug 29 R   Aug 31 Directed Forgetting Theories
ch. 5: Experimental research
Directed Forgetting
 
Sahakyan & Kelley (2002)      due 8/29
Sahakyan & Delaney (2003)
Geiselman, Bjork & Fishman (1983)
T   Sept 5
R   Sept 7
ch. 5: Experimental research (cont'd)
ch. 6: Control problems in exp research
Developing project ideas
Refining and confirming the group project
Homework # 1 due Sept 12
T   Sept 12
R   Sept 14
ch. 6: Control problems in exp research (cont'd)
 EXAM 1 (ch. 5 & 6, and articles)
Creating stimuli, PPT slides
 
Homework # 2 due Sept 19
T   Sept 19
R   Sept 21
ch. 4: Hypothesis testing
ch. 7: Single factor two-level designs
Data Entry, Descriptive Stats
Independent t-test
Homework # 3 Descriptive Statistics 
due on Sep 26 Lecture
T   Sept 26
R   Sept 28
ch. 7: Single factor two-level designs (cont'd)
ch. 7: Single factor multilevel designs
Paired t-test
1-way ANOVA
Homework # 4 T-tests
due on Sep 28 Lecture
T   Oct 3
R   Oct 5
ch. 7: Single factor multilevel designs (cont'd)
EXAM 2 (ch. 4, 7)
1-way Repeated measures ANOVA Homework # 5 One-way ANOVA
due on Oct 5 Lecture
T   Oct 10
R   Oct 12

FALL BREAK--NO CLASS
ch. 8: Factorial designs

No Lab
Factorial ANOVA (setting up, main effects)
Homework # 6  Factorial  ANOVA
due on Oct 24 Lecture
T   Oct 17
R   Oct 19
ch. 8: Factorial designs (cont'd)
ch. 8: Factorial designs (cont'd)
Factorial ANOVA (including interactions)
Mixed Factorial ANOVA
Homework # 7  Correlation
due on Oct 31 Lecture
T   Oct 24
R   Oct 26
ch. 9: Correlation and Regression
ch. 9: Correlation and Regression (cont'd)

Correlation & Regression
 
T   Oct 31
R   Nov 2
EXAM 3 (ch. 8, 9)
Getting ready for testing participants

Refining PPT slides, experiments
 
T   Nov 7
R   Nov 9
Individualized group meetings
Individualized group meetings
Data Collection  
T   Nov 14
R   Nov 16
Individualized group meetings
Individualized group meetings

 
 
T   Nov 21
R   Nov 23
Individualized group meetings
Individualized group meetings
Data Collection  
T   Nov 27
R   Nov 30
Individualized group meetings
Individualized group meetings
Data Collection  
T   Dec 5 POSTER DUE (Reading Day)      

 

GRADES:

Your final grade will be determined by a combination of homework assignments, exams, and the final group project using the following weights:

EXAMS    .......................................50%

HOMEWORK    .............................30%

GROUP PROJECT    .....................20%
 


A   90-100;   B   80-89;   C  70-79D   60-69   F  59 or lower


SPECIAL NEEDS:

The Americans with Disabilities Act (ADA) requires all universities and employers to provide reasonable accommodations to students with special needs upon request. We will be as discreet as possible and all information about your special needs will be kept absolutely confidential. Please contact the instructor privately if at any time during the course you need accommodations made for any reason. You do not need to tell me why you need an accommodation, but I am required to check with the office of disabled students to ensure that it is reasonable. One special accommodation that I make is for students for whom English is not their first language. You may, if you speak to me before the second exam, get extra time on exams if English is not one of your native languages.