Edwin E.Harris, MS, ATC

Tuesday, June 18, 2013

Article Critique

1.  Provide the complete article title and author?
2.  State the intended audience.  What is empirical research and how does it help in the classroom?).

The article I have chosen to critique is called "Laptops and Fourth Grade Literacy:  Assisting the Jump over the Fourth -Grade Slump", completed by Kurt A. Suhr, David A. Hernandez, Douglas Grimes, and Mark Warschauer.  The study was completed to see if a "one-to-one laptop program" could improve English Language Arts (ELA) scores of upper-elementary students over a two year period (Grimes, Hernandez, Suhr, & Warschauer, 2010).  Typically, there has been a "slow down or English Literacy development (ELA) during transition form learning to read to reading to learn" during this time known as the fourth grade slump (Grimes, Hernandez, Suhr, & Warschaurer, 2010).  The research intended audiences is upper elementary grades in school systems all over the country.  The study hoped to demonstrate how empirical research can aid in classroom instruction using active learning (with laptop computers) with students in conjunction with traditional methods.

3.  What is/are the research question.questions or hypothesis/hypotheses?

The purpose of this study included three questions; these questions would be researched over two year period. There would be a treatment group; students participating in a one-to-one laptop program, and a control group of students who did not participate in the program (one-to-one laptop).  The three questions were as followed:  1) Were there significant differences in the total ELA score changes in the California Standard Test (CST) over a two year period from third to fifth grade between the one-to-one laptop group and and the non-laptop group, after controlling for other factors? 2) Were there significant differences in six sub-tests used to compute those total ELA scores for the same group? 3)  Can participation in a one-to-one laptop program be used to predict changes in ELA total and subtest scores over a two year period from third grade to fifth?  (Grimes, Hernandez, Suhr, & Warschaurer, 2010, p.11).  Many school systems are struggling with trying to determine if technology instruction can equate to higher standardized test scores, or due the fact that pencil and paper is not being used with this type learning could it have a negative effect?(Grimes, Hernandez, Suhr & Warschaurer, 2010, p.10-11).  Hopefully, trying to answer the questions above will give educators more information for discussions.

4.  Describe the subject (participants) and the procedures (methods) used by the researcher(s)?

The researchers used three different schools in southern California for the study, a total of 108 participants were used.  The participants were divided into two groups; a treatment group, consisting of students using laptops and a control group of students not using laptops.  Each group has an equal 54 participants.  Gender was divided as follows among the participants; 55 females and 53 males.  The participants were also divided among ethnic groups mainly two; White (49) and Asian (50).  Others represented were Filipino (1), Hispanic (7), Pacific Islander (1), and one label as an English Language Learner.  I did not totally understand this since the populations of the participating schools were 47% Hispanic, 28% White, and 20% Asian (Grimes, Hernandez, Suhr & Warschauer, 2010, p.12,16). 

The participants California standard test (CST) in third-grade were used as pre-test baseline, and their CST in fifth grade were used as post-test.  Several background characteristics of participants were also looked such as parent education level.  In the articles introduction and literature review it was pointed out that the fourth grade reading slump phenomenon was "especially prevalent among low socioeconomic status students", especially non-whites.  However, children of economic advantage homes they pointed out score significantly higher on reading performance and the gap widens in fourth grade (Chall & Jacobs, 2003).  Therefore, background information characteristics such as parent education level were looked at along with ethnicity and gender.  Each group of participants had different set of teachers each year of the study, therefore, limiting the influence of one teacher having a advantage in teaching the program.

5.  What were the conclusions of the researchers?  Do you agree or disagree with the conclusions?  Support your position.

At completion of the study it was revealed that the laptop group outperformed the non-laptop group, proving their hypotheses.  I do agree with their basic conclusion, however, several things were pointed out in their discussion of the study that need to be taken into account.  First, the change in reading comprehension scores were still negative for both groups, less for for the treatment group versus control group, therefore, the fourth grade slump was still evident.  Second, the positive effect of lap-top use appeared only after second year, possibly due to the learning curve experience by both teachers and students in the first year of a one-to-one classroom.  This would be consistent with other research data on laptop programs (Grimes & Warschauer, 2008).  Third, ethnic groups (other than White and Asian) were not sufficiently represented in the study. Fourth, hard to rule out limitations due to school funding, school size, teacher education level, etc.  Fifth, the researchers pointed out a larger sample size might produce different results looking at past research (Smith, 1981;Streiner, 2006).  A couple of other variables noted not performed by the study were a "cost-benefit analysis" comparing laptop interventions to other types of intervention, and finally duration of the study. It was pointed out that if the positive effect was greater after the second year, what if the study would have been continued would positive effects continue to go up?(Grimes, Hernandez, Suhr, & Warschaurer, 2010, p.37,38).  Therefore, I cannot totally support their conclusion due to their own discussion pointed out to many variables in my opinion.

6.  What suggestions for further research do the authors suggest?  What other suggestions for future would you suggest?

Further research needs to include some the variables discussed above in my opinion.  I think the correlation of one-to-one computing instruction to standardized test scores would be very important to look at in future research, considering the importance of standardized testing as it relates to university admission polices today.  Roblyer and Doering point out several educational issues & implications on how technology and one-to-one computing advocated by this article could affect school systems.  These include lack of funding, cultural and equity issues such as digital divide, a discrepancy in access to technology associated with socioeconomic groups with which was addressed in this article (p.17-18).

Monday, June 17, 2013

Tuesday, June 11, 2013

Digital Citizenship Project

All the advances in technology especially since the internet has become common place have brought great opportunities (like taking online courses) for communication, education, and business. However, anything that society can use for good, it can also find ways for it to be used for bad. Consequently, that is something parents, educators, and students need to be aware of as we continue to advance on this technology superhighway. The three areas I would like to address concerning digital citizenship are 1) fears about its misuse and overuse, 2) the digital divide, 3) legal and ethical issues in technology. First, looking at technology overuse, to the middle-age parent the amount of time our children spend on technology seems like overload, however, due that they are growing up with technology in real time whether it is or isn’t is open to debate. Roblyer and Doering point out the generation of today are “avid multitaskers using several technologies at the same time while studying or driving” (p.13). Roblyer points out studies have shown that safety of a particular task (driving) can suffer when people work on more than one task at a time (p.13). The internet has made the world available with a click of a mouse, children today have quick access to in-depth knowledge of subjects, ways to express their creativity, and communicate with people all over the world. However, with this freedom comes new misuse of technology such as cyberbulling, sexting, exposure to online predators, and users sometimes revealing to much personal information on-line (www.netsmartz.org/). The second area of I want to examine is the digital divide, Molnar (1978) pointed out technology could further divide society by widening gender gap, socioeconomic, cultural, and ethnic lines (Roblyer & Doering, 2013, p.17). Therefore, how does this affect lower income families? Roblyer and Doering point out the the “single greatest factor determining access to technology is economic status” (p.18). Therefore, is technology access and knowledge for lower-income students dependent on the public school systems? Roblyer and Doering point out that one study (Vigor 2010) has shown that unmonitored computer use by students can lead to decrease academic achievement, leading back to point number one misuse of technology. The Nielsen Norman group point out that there are three parts to the digital divide, economic, usability, and empowerment divide. They point out the economic divide is becoming irrelevant in industrialized countries as cost of computers continue to decrease. Their research shows the biggest concern is usability meaning technology remains too complicated for “low-literacy users,” which is about 40% of the population. The second group affected by usability divide is senior citizens, who internet companies continue to ignore even though “seniors are the main remaining source of growth for internet use.” Lastly, Nielsen Norman group point out the empowerment divide has not changed with the years of internet growth. Their research points out “participation inequality” remains constant, meaning 90% of users do not contribute in social networks, about 9% contribute infrequently, and a fraction 1% account for the majority of contributions, therefore, few take full advantage of the empowerment offer by internet technology (http://www.nngroup.com). Lastly, we want to look at some legal and ethical concerns with technology. Roblyer and Doering point out several areas concerning this; hacking, safety issues like online predators, students having access to objectionable material, online plagiarism, and illegal downloads (software piracy) (p.19). Technology enhance individuals can use “online systems to access personal data” of individuals for malicious acts such as identify theft. (Roblyer & Doering, 2013.p 18). This is known as hacking, unauthorized access to information such as a school systems main computer system. Individual and organizations must spend money installing “firewalls,” software that blocks unauthorized access to combat these problems taking funds from the technology budgets. In conclusion, Netsmartz points out that 95% of teens 12-17 years old have been online, therefore, the internet will continue to be a great tool for education, however, as educators we have to continue to increase our knowledge of it and make sure we are protecting our students from the people that want to misuse it. (http://www.netsmartz.org/internet).

Tuesday, June 4, 2013

Follow me on twitter @EdwinATC24 to see my favorite technology.
What is my favorite technology in the classroom? That is a tough question due to the fact that I am not actually teaching in the classroom at this time. Therefore, I am relying on life experiences that I have observed over the last few years with my own children in our state education system. After observing my son use his iPad over the past six months for education, I would pick the iPad and tablets as my favorite technology. My son has used his iPad in the classic academic setting for math, science, and history. However, I have also seen it be useful in his extracurricular activities, cross country and golf. My original degree is in physical education and I can see how the iPad and its apps can be useful in monitoring running distances, heart rate monitoring, and other training and fitness programs in sport activities. This past year I observed Homewood High School teaching a pilot program in physical education where students used technology to track their fitness progress throughout the school year. One type of learning I think the iPad fosters is discovery learning theorize by Jerome Burner, he believed education should provide environments where a student can explore alternatives and recognize new ideas (Bruner, 1973, p.43, Roblyer and Doering). Roblyer and Doering point out that technology integration with materials such a problem-solving and simulations software can be very useful “providing step-by-step sequence of learning activities matched to specific performance objectives” (p.40). The iPad and the many apps that the technology provides is very useful with these learning sequences. The iPad supports the constructivist theories of learning with” co-operative work and nontraditional exploration methods because they are designed to help students think on their own, work with diverse groups, and see the relevance of skills to their daily lives”(Roblyer and Doering, p. 46). Students can receive immediate feedback after studying by taking on-line quizzes and other tools the technology delivers. Roblyer and Doering point out that innovative technologies still require valid means to track a student’s progress (p.46). The iPad can do this thru many avenues, such as student created journals, web pages, and other self reporting instruments. In my field of physical education and athletic training apps on the iPad can be used to track weather conditions such as thunderstorms and heat index that relate to the safety of athletes in high school sports. In conclusion, I think iPad technology can really complement the two theories of instruction of directed and constructive methods of instruction described by Roblyer and Doering (p.35).

 Link to more technology in the classroom:  http://www.ehow.com/about_5384898_pros-cons-technology-classroom.htm