Educational Technology and Mobile Learning

Friday, February 6, 2015

RSA #2: Project-Based Learning


RSA #2: Project based learning

Module Sources:



Additional Sources:





Module Summary:

                The focus of this week’s module is Project-based learning. PBL stems from the notion that students learn and retain best by solving real world problems. Students become more engaged with the material while the teacher serves more as a moderator who leads them through their own reflections and ideas. PBL works best when students work collaboratively in groups while trying to utilize each other ideas and strengths in order to solve a problem. Studies have shown that students who use PBL retain material much long and are more inclined to enjoy their education and participate in it (Edutopia 2014). PBL gets students more involved within the problem and requires much higher critical thinking skills. This allows students to think above and beyond the typical lower order specific answer based questions.            

Online Resource Summaries:

                The online resources were very valuable and further explained the purpose of PBL and who specifically it could be intended for. The journal article titled, “The Effectiveness of Project based Learning on Pupils with Learning Difficulties", detailed an experiment that included 6 4th grade students from Greece who had identified learning abilities within the mainstream classroom. In this experiment the students were monitored and assessed over an 8 week period in which data concluded that the students obtained and retained more knowledge using a version of PBL over the traditional classroom teaching methods. The Meridian article, created by staff from NC State, concluded that Project-based learning offers an engaging instructional method to make learners active constructors of knowledge. Rooted in constructivism, constructionism and collaborative learning, project-based learning has strong theoretical support for successful achievement. Examples of project-based learning from the literature, such as project-based science, disciplined inquiry and Web Quests, offer an opportunity to truly see how achievement differs with this method. The other articles detail PBL and offer links to other websites to focus in on specific portions of PBL and how they are utilized. They also offer links to videos that can show PBL within actual authentic classrooms.

Comparing and Contrasting Additional/Module Resources:

                Both the additional and module resources had the same sentiments towards Project-based learning. The additional resources broke down individual steps within the learning process and offered advice on how to implement them. The articles and modules also slightly differed upon how teacher would be used as a moderator. The Module resources reflected more of a moderator or hands on type approach when dealing with the groups while the journal articles reflected more of a wait and see approach meaning let the students try and work through the problems on their own as much as possible and just ensure the rubric and guidelines are being met. Then, after the projects are complete review them and interject your own opinions. Another difference highlighted in the additional articles was the impact PBL has on students with learning disabilities. Research has shown that students benefit much more from PBL when they have IEP’s. Overall, the concepts and theories were the same and both revealed pertinent information regarding the success of PBL in classroom around the world.

Project-Based Learning in an Educational Setting:

                PBL is best used in educational settings where students may struggle making connections to how the school content relates to real life. It may also be used in cases where the students are not grasping the material in traditional lecture or other class discussion formats. This allows the students to take responsibly for the research and investigation aspects while the teacher moderates and observes what is taking place by the groups. For example, instead of traditionally teaching the concept of how to find perimeter in geometry students can investigate a world problem pertaining to the concept. It could involve how to find perimeter, cost of materials once perimeter is found, cost of labor, and creating a whole bid about building a home. This would require extensive research along with planning and math skills. This would incorporate various skills and activities while still trying to achieve the understanding of perimeter.

 

References:

1.       David, Jane L. "Membership." Educational Leadership: Teaching Students to Think: Project-Based            Learning. ASCD, Jan.-Feb. 2008. Web. 06 Feb. 2015.

 

2.       Filippitaou, Diamanto. "The Effectiveness of Project based Learning on Pupils with Learning        Difficulties." Efffectiveness.PDF. University of Thessaly, Jan.-Feb. 2010. Web. 06 Feb.                2015.

 

3.       Lee, Shannon D. "12 Timeless Project-Based Learning Resources." TeachThought. Online             Schools, 06 July 2013. Web. 06 Feb. 2015.

 

 

4.       "Meridian: Getting A Grip On Project-Based Learning Page 3." Meridian: Getting a Grip on           Project-Based Learning Page 3. NC State University, 5 Dec. 2002. Web. 06 Feb. 2015.

 

5.       Miller, Andrew. "Project-Based Learning and the Common Core: Resource Roundup." Edutopia.              George Lucas Educational Foundation, 10 Mar. 2014. Web. 06 Feb. 2015.

 

6.       "Why Project Based Learning (PBL)?" Project Based Learning. Buck Institute for Education, n.d.                 Web. 06 Feb. 2015.

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