You can implement many experiments as a Power Point presentation if you use the 
automatic slide advance function to control timing. Requires paper and pencil 
for responses and eliminates RT experiments, but you can still do a lot of 
interesting projects this way.

I've implemented implicit and explicit memory tasks. I created a LOP task with 
one word presented per slide, using anagrammatic words as stuimuli (I found a 
list of words of 5 letters that are anagrams for one and only one word).I  
follow the LOP processing task with a filler task, then give an implicit test 
(solving anagrams that map onto the words in the lists plus some new anagrams 
that were not studied at all) followed by an explicit test (free recall of all 
the words presented for study. Students are biased to solve the anagrams with 
the words they studied (I have two versions of the LOP task so half study words 
for one solution and the other half study the words for other solution, the 
anagrams for the non-studied words serves as a control), but level of 
processing is irrelevant for this task. The LOP effect appears only in the free 
recall task. 

You can do an eyewitness experiment by creating a slide show in Power Point (a 
number of researchers have done their studies with this technology). Requires 
shooting a lot of digital pictures and there may be some issues in staging a 
crime (especially with a weapon!) for the stimuli. Students can avoid those 
issues and simply stage a non-violent event and look at eyewitness errors in 
the absence of a weapon (race bias in identification of the perpetrator is 
possible, but creates some problems for students who need to find people to 
serve as suitable foils in a photo lineup). One group of students stages an 
automobile accident (with and without an argument between those involved in the 
accident) by taking pictures of cars places strategically (the "accident" 
simply showed the two cars as if there had been an impact - they pulled them 
very close together but there was no actual damage to the cars). Then they 
staged mock arguments (gestures, facial expressions). One enterprising group 
staged a 2 or 3 minute video of an event for eyewitnesses. Harder to create a 
good manipulation with these unless the students are really good with editing 
and can insert a scene.

Good luck!


Claudia J. Stanny, Ph.D.                      
Director, Center for University Teaching, Learning, and Assessment
Associate Professor, Psychology
University of West Florida
Pensacola, FL  32514 - 5751

Phone:   (850) 857-6355 or (850) 473-7435 
e-mail:  [email protected]



-----Original Message-----
From: Mark A. Casteel [mailto:[email protected]]
Sent: Sat 8/22/2009 3:28 PM
To: Teaching in the Psychological Sciences (TIPS)
Subject: [tips] Question about research project in cognitive psych
 
Every year, I have my students replicate a classic study in the field 
in small groups of 2-3 students. Every year, I'm ecstatic with the 
amount of information they learn (as well as the experience of 
presenting their research to the campus community) but I also wish I 
could have them do research that would be more intrinsically 
appealing to most. We don't offer a psych major at my institution, so 
few of these students will pursue either cognitive or experimental psych.

I've often wondered if anyone has had students try to research topics 
like (1) the negative effects of texting while performing other 
activities or (2) the influence of the presence/absence of a gun on 
memory for a simulated crime, without requiring working with 
experimental software like E-prime or PsyScope. In other words, has 
anyone thought of a fairly easy way that students could research a 
topic like this, and collect data that would be both meaningful and 
(to their way of thinking) more interesting? If I could provide 
guidance with something like this, so the students don't waste the 
entire semester simply coming up with a workable protocol, that would 
be fabulous.

Any comments are welcome, including ideas for other topical issues. Thanks!

Mark


*********************************
Mark A. Casteel, Ph.D.
Associate Professor of Psychology
Penn State York
1031 Edgecomb Ave.
York, PA  17403
(717) 771-4028
********************************* 


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