Saturday, May 26, 2012

A take on Michigan Tech’s computer literacy.


A take on Michigan Tech’s computer literacy.

There are many conceptions coming into a technological university, especially one such as Michigan Tech. I hear from people down state all the time, “Oh you go to school way up there? You must have a good head on your shoulders,” or something along those lines.  Having the word technological in a title often gives people the impression that all students up here are magically gifted with super human computer knowledge. I can tell you that after two and a half years of tech support on Tech’s campus that that is very far from the truth. Not everyone, as Palfrey and Gasser would put it, is a “Digital Native” (1). I admit that there are some extremely bright incoming freshmen with computer knowledge but not every student is so lucky.  Before we begin we need a way to define knowledge with computers. Let’s break down this kind of tech knowledge into terms of literacy and fluency. 

                 According to Williams “literacy is defined as a particular capacity and mode of behavior: the ability to understand and employ printed information in daily activities at home, at work and in the community – to achieve one’s goals and to develop one’s knowledge and potential,”(5).  With literature, literacy is more than just being able to read a simple text. Can the student decode the meaning out of the text, are they able to comprehend it. Applying this concept to computers we can gather that it’s the ability to understand digital material and use it their everyday lives effectively.  If a student is reading a PDF instruction on their computer about how to install a program in a step by step format, their computer literacy will be tested as they attempt to decode the instructions. For this reason written literacy and computer literacy are very closely related.

                Moving onto the next part of this computer knowledge, what does it mean to have Information Technology (IT) fluency? This is a little trickier. It isn’t the basic skills such as knowing how to read the text on the computer screen, it’s deeper than that. Blackmon helps explain by breaking down fluency into the following: material, confidence, competency, and comfort (154).  We can apply these concepts to these any incoming freshman class. I’ve seen it year after year, walk into a new residence room to help with their connection issue and there is a brand new laptop just out of the box, and a student staring blankly at the screen. 

                The first concept that we can look at is material.  From firsthand knowledge, a surprising amount of incoming students have never owned their own personal computer before coming to college.  The United States 2009 census indicates 78% of households have an internet connection (BI:208). So it’s likely that they have a computer in their family living room however it can be intimidating when it’s your own.  This can lead to a literary deficiency when it comes to computers.  Some of these students have the most basic problems of even checking e-mail, or following simple digital instructions to connect to a site. This lack of primary knowledge often leads to frustration and doubt, the two killers when it comes to working with computers. Even from Tech’s admission site: “The computer you’re most comfortable with is the one we recommend,” (¶ 1).  Just like a young student starting to read, if they don’t have the confidence to explore, try something know, or troubleshoot these kids/young adults are held back by their own fear of the unknown leading them to a lagging start. 
                It’s not that these kids aren’t smart cookies or don’t have the cognitive capacity to learn computers, it’s just that they haven’t had the time to sit down and learn. This also comes down to specific knowledge.  Just as an example an incoming student could be very adept at mechanical knowledge, however computers are a completely different beast. They may have great visualization skills about moving arms, joints or drive shafts. Things don’t move inside a computer (an exception for the hard drive), this I think is the biggest problem for most people. How do you conceptualize how to check your e-mail if you’re lacking confidence to get started? Through other skills a student can show that they have competency, but not necessarily with IT. Competency and confidence will eventually lead to comfort. Only after they gain a bit of preliminary knowledge, primary literacy, do the start to understand and are able to conceptualize how to use their laptop or desktop, then all the other fluency and literary skills fall into place and the student feels comfort with trying something brand new. 

                It is my hope as an IT professional is that I can help lead these kids and jump start their literacy and fluency with computers. I want to break this misconception that all tech students are great with technology. This is a dangerous mindset can cause frustration in bright students who fear asking for help because it could lead to condescension from other students.  These students have a tough enough intellectual career ahead of them and they will need confident fluency and literacy with IT computing to help build a strong base for their future.  

-Comrade Chris

               
Work Cited:
Williams, Kate. "Literacy and computer literacy: Analyzing the NRC's 'Being Fluent with Information Technolog'yf." Literacy and Technology. 3.1 (2003): 20. Web. 23 May. 2012. <http://www.literacyandtechnology.org/volume3/literacy.katewilliams.pdf>.
Blackmon, Samantha. (Cyber)Conspiracy Theories?; African American Students in the Computerized Writing Enciroment. Cresskill, NJ: Hampton Press, 2007. 2007. Print.
Michigan Technological University Admissions. N.d. www.mtu.edu, Houghton. Web. 23 May 2012. <http://www.mtu.edu/admissions/accepted/computers/>.
"United States Census ." (2009): n.pag. Web. 26 May 2012. <http://www.census.gov/compendia/statab/cats/information_communications/telecommunications.html>.
Palfrey, , and Gasser. "Born Digital." . N.p., 2009. Web. 26 May 2012. <http://www.perinternet.org/Reports/2009/10-Home-Broadband-Adoption_2009/1-Summary-of-findings.aspx

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