Performance Assessment via Google Maps


As high school approaches the end of the first semester, and middle school students begin looking towards a new trimester, performance assessments are on the minds of many.  How can we know what students really understand?

If your content has any connection to physical location, perhaps you might consider allowing students to display their knowledge and skill through a customized map. Check the post below for a number of resources that will allow your students to examine the math of existing buildings, plot the course of a person’s life, or animate a story with words and pictures — all using tools freely available.

For drawing on maps quickly and easily

Scribblemaps.com allows you to draw on any map, whether it be one with roads, or with buildings, or only topography. Students can create accounts and save their work online, tweaking their creations both at school and at home. A sample annotation of the Cardinal’s stadium is above. Beyond marking up maps, ScribbleMaps can also generate blank maps (at least at the country level) that may be used in some curriculum areas.

For plotting the course of a person’s life

Whether real or fictional, the stories of people’s lives hook students into understanding and “living” the big ideas in our curricula. One way for kids to present their understanding of a life is through a map that includes primary source materials. Two websites have a host of examples of these sort of assignments, all built in the free tool Google Earth:

Keep in mind that you will need Google Earth installed to view projects from the resources above.

For animating a story in words and pictures

A recent resource for animating the types of maps featured in the two sites above is Animaps.com.  Animaps allows students to easily drop place markers, photos, and descriptions into a Google Map, and then animate each element to show up at a specific time. Similar to the trips and events that are described above, animations created with Animaps give stories a sense of space and time. The difference between animaps and the trips created with Google Earth is that with Animaps no software is necessary to install. Maps can be created and saved entirely online. Students can turn their products in by simply sending their teacher a link.

So, if you’re looking for a different take on performance assessment, and maps might hold some possibilities, give the resources above a look, or feel free to drop me a note.

Building Community Beyond the Language Classroom


After our successful presentation on building community inside and outside the language classroom for the MO3 conference, Eileen Rodriguez-Kiser and I were encouraged to submit a presentation to the 2011 Foreign Language Association of Missouri conference focused on making international collaborations work.  We were delighted to be joined, in person, by Ramiro Luna, English teacher from Prepa Tec Garza Sada, Monterrey, Mexico, with whom we have learned some guiding principles of successful international collaborations.

A wiki with materials from this session is available online, and our presentation slides may be viewed below.  If you have questions, feel free to contact any one of us.

Promoting Detail in Student Work with aMap


For anyone who asks students to think their way through an process step-by-step, getting students to explain how details support their summary can be a challenge. If you’re interested to check out a more visual way to organize and force those processing steps, you may want to check out this week’s resource – aMap, a visual “argument” creator.

aMap is a visual map of the details that support an opinion. Students step through through a 4-tier process the aMap developers call “informal logic”, described below.

The underlying structuring of aMaps is based around “informal logic” – this is the logic people use to argue in everyday life. Informal logic has a four-tiered structure:

- Your position (I think . . .) – what you think overall
- Propositions (Because . . .) – reasons that support your position
- Arguments (As . . .) – supporting arguments that back up each of your propositions
- Evidence (Supported by . . .) – supporting evidence to back up your arguments

A sample argument and the resulting map is below. Every map can be either e-mailed to a teacher, or embedded directly into a website or wiki.

 

 

aMap has a few limitations:

  • There is a 3 “arm” limit, which means that the site only accepts up to three supporting details for any opinion.
  • Each element of the form is limited to 100 characters (less than for a text message).

The tool seems best for an introduction activity, or a review if students need work on clearly connecting details to a general opinion. If you like the concept and interactivity, but need something with a greater number of arms or more room to write, I’d encourage you to check out SpicyNodes.

For another “green” example in SpicyNodes, check out the example below.

 

Screencasting – information, differentiation, and feedback


Screencasting is great way to deliver audio and visual information to your students. If you have been looking for a way to record your lessons, or you’d like to deliver some formative assessment of student work using your voice as well as your pen, check this post for information about Jing, Screenr, CamStudio and other tools that make this happen.

Making a “screencast” simply means that you are creating a video using your microphone and whatever is displaying on your computer screen. A program captures both the audio and video and then makes them into a seamless package you can upload to Moodle, e-mail to a student, or drop onto a flash drive.

Three popular tools that make this happen are Jing, Screenr, and CamStudio.

Jing

Jing is the most full-function tool of the three. Sporting both an image capture and annotation tool as well as a video recorder, Jing enables teachers to take screen shots with a keyboard shortcut as well as videos up to 5 minutes in length. Teachers I have known use Jing as a way to capture equations, record directions for playback from their websites, and, at least in one case, record a physics animation in order to use it on an online assessment. I recently came across a foreign language teacher who is using Jing to record her feedback on student papers.  She writes:

“As long as I have been grading papers, I have been talking to myself while I grade — a habit that drives everyone around me nuts, except for those of my colleagues who do the same. And truth be told, I’m really not talking to myself, I’m talking to the student whose paper I’m grading, except my words float uselessly unheard into the atmosphere, never to help develop anyone’s writing at all.”

For this teacher, the ability to capture her thoughts via video has been helpful for her own understanding of student progress as well as beneficial feedback for her kids. If you’d like more info, you can read her full blog post.

Jing’s drawbacks are that it is a program that must be installed, and there is a five-minute limit to screencasts you capture.

Screenr

Screenr is an entirely online tool – one that is as available to students as well as teachers – and it creates a nice collection of your videos once you’ve created them (an example of my ‘channel’). It still has the same 5 minute limit as Jing.

The potential for Screenr, especially at the secondary level, is that students can create these videos just as easily as their teachers. Students can create tutorial videos on the use of specific websites, short narrated presentations (conveniently limited to five minutes), or teach mini-lessons as part of an assignment.

CamStudio

CamStudio is another program that must be installed on your machine, but it allows you to record as long as you’d like. This allows teachers to record full lessons or lectures, if they have a specific need to do so. I prefer this tool to others, like the built-in screen recorder in Smart Notebook, because it won’t slow your computer too much and you have more options for saving different video file types.

 

Awesome Screenshot

If you’re only looking to capture and annotate web pages, I’ll throw one more tool in for good measure: the Awesome Screenshot tool, a great Chrome and Firefox extension from the social bookmarking service Diigo. If you ever wanted to capture a screenshot of an entire webpage, this is the tool that will help you do it.

 

For more information about screencasting, check out the latest “1 Tool at a Time” webinar or a curated assortment of videos and posts on the subject on this Scoopit! page.

Know of another great screencasting tool? Feel free to include it in the comments below!

Promoting Peer Assessment – Using Blogs in Comm Arts


When Erica Rogers and Dan Barnes, communication arts teachers at Parkway West High, were redesigning a cumulative activity for their English III students, they were looking to create an activity where students would be writing and revising work throughout the year, culminating in a final portfolio of work.   Applying a simple, stable technology took this project to another level of engagement and effectiveness.

The goals of the redesign were 3-fold:

  • Show student progress over time
  • Archive the work so it could be displayed as a portfolio
  • Enable peer commenting for draft versions

The solution: a blog for each student.

Blogging is in no way a new technology.  It’s been around since at least 1995, one of the earliest and easiest ways to publish on the web.  The concept of blogging is simple – create a post and publish it for others to view and comment on.  Blog posts can be organized in a host of ways, making it easy to view an author’s growth over time, and blogging is a uniquely public act — every page is searchable and shareable.

The Process

Erica and Dan chose to apply blogging to their project in order to capitalize on its archiving and publishing abilities.  Students …

  • were grouped together with peers from other classes, creating an authentic audience for their work.  Students were given due dates for posting their work as well as for adding their comments.
  • posted both a draft for comments and a final version for review.  This established a sense of growth that both the student as well as his peers could see.
  • were required to comment in specific ways that were designed to promote valuable feedback to their peers.  Comments were defined, focused, and assessed by the teachers.  You can check out Erica and Dan’s feedback forms here and here.

This, in addition to in-class peer edits as well as teacher-edits, constituted a third round of feedback for every draft.  But what Erica and Dan noticed was that it was the audience of “strangers” that seemed to make this feedback cycle something different than the others.

Feedback from Beyond

Creating for a public audience changed how many kids went about the drafting process.  Erica sums it up nicely,

“Why would you want to create something you weren’t proud of?”

Students were concerned how their work was going to be perceived by students outside the bounds of their classroom, and they created with this in mind.  Students cared about the feedback they were delivering to and receiving from others, even going so far as to greet their teacher at the door with “My partner hasn’t posted his paper yet!”  The public nature of the publishing process meant that failing a due date didn’t mean that a student was frustrating her teacher – it meant she was letting down her peer.

An Example and an Explanation

 

Check out the blog to the right for a sense of what students were working on.   I’ve linked Dan’s write-up of the experience, a paper he recently completed for graduate school where he describes the positive impact of this application of technology on his students’ achievement.

In all, this project stands as a nice reminder that powerful uses of technology don’ t have to be complicated uses of technology.

Simple tools applied to specific needs can increase student investment and motivation without overwhelming the teacher.

Reason and Audience: Scratch in Geometry Class


scratch iconAt the beginning of last summer, Corrie Meyer, math teacher at West High, was looking for a way to engage her 9th grade immersion students.  She wanted something fun but practical – something that would keep kids’ interest but also build logical reasoning, a necessary skill in mathematical pursuits.

She decided to try out programming, using an application called Scratch.

Scratch is a project created by MIT to encourage upper elementary and middle school  students to pursue computer science, but has been adopted by teachers in a number of different curricular areas at high school and collegiate levels.  In i’s basic use, Scratch allows students to tell stories by animating characters through a programming language that looks like puzzle pieces.

scratch controls

Geometry and Programming

After a successful first run in the summer school program, Corrie introduced the software to Kristin Judd, a fellow geometry teacher, as a way to give the abstract concept of geometry proofs some applied context.  The two decided to use it as an introductory activity this year.  When asked about the relationship between programming and the geometry curriculum, Kristin observed,

“In the past, students really struggled with ‘if, then’ statements.  It was hard for students to grasp the implications behind each step of the proof.  With Scratch, they keep asking ‘What do I need to do to make it work?’  They learn that they have to use the language of the system to explain to the program what they want it to do.  It’s the same with proofs – students need to learn the language so that they can explain to others the steps necessary to solve the problem.”

Leveraging an Authentic Audience

In addition to designing the application itself, the staff at MIT have built a website to show off student projects, creating an authentic audience beyond the classroom.  It’s this aspect that has really impressed Corrie.

“One of my favorite things about Scratch is that I’m not the only audience for the kids.  Kristin and I had our students turn in their projects by posting them on the Scratch website.  Then anyone who visits the website can see the projects and comment on them.  Their projects are also then available to download, so anyone can take it and improve it.  So in theory, kids from different schools (even different countries, if you check!) could collaborate very easily.  Our students were so excited when someone commented on their work.  Its a very tangible, real-world contribution as opposed to just a homework assignment.”
For an example of student work, check out the project below or visit one of the recommended links underneath it!

Learn more about this project

More student projects to check out:

 

Research and Inspiration from One Year of @actfl #flteach


One year ago I became a member of ACTFL and began receiving the Foreign Language Annals as part of my membership. I meet monthly with the coordinator of modern and classical languages and ESOL here, and we use a bit of that time to discuss research that might direct the ways teachers and students use technology in presenting and learning a second language. I use the FL Annals as a starting point for my part of that conversation, and I suppose the highest praise I could give here would be this: I can’t imagine canceling my membership.

The FL Annals have inspired technology integration ideas, connected some dots in my understanding of second-language acquisition, and given me greater confidence that the work I do with teachers is helping students. Below is a summary of a few articles that have inspired me this year. Though there were many, I’ve selected only two per issue.

Authentic Tasks and Choosing NOT to Grade

In Horst and Pierce’s article, Foreign Languages and Sustainability 1, two things stuck out at me – the important role an authentic task plays in motivating language production and the conscious decision of the professors to AVOID correcting student errors in discussion board forums where students were communicating in an informal register, albeit still in the target language. When integrating technology , the principals of authentic task and a conscious approach to content created in the informal register are important aspects that I’ve seen work in the classroom. This article provides some support.

Building Better Self-Assessors

In Weyer’s article, Speaking Strategies 2 , I found a wonderful strategy to offer teachers who wish to help their students better self-assess: the process of transcription. Though Weyers focuses on how the intentional transcription process pushes higher education students into upper levels of proficiency, the approach can be tailored to secondary education students as well. I’m most excited to promote this technique using the Nanogong module we recently embedded in Moodle, a product that allows students to record their own voice easily and then transcribe the contents in the same web interface.

Attitude Matters

Though it may only have a tangential connection to the use of engaging activities with technology, Conchran, et al., contributed a thoughtful article 3 on what internal elements of our students contribute to their proficiency in a language – their attributions, attitudes, or aptitude? Their conclusion (from the abstract):

“The best predictive model was attitudes leading to aptitude leading to exam grades.” (566)

It seems to me that one reason to include some of the dynamic technology now at our disposal is that, when combined with meaningful, engaging tasks, it has the ability to influence the attitudes our students bring each day to class. While it’s at times easy to dismiss the idea of having “fun” in class, this article seems to support the idea that the relational environment we create in our classes has a great deal of impact on the production of language we see there.

Write More, Grade Less

In Armstrong’s article on graded and ungraded writing 4, she makes this summary statement:

“ Findings suggest that grades had little affect on student writing, and therefore more frequent and more varied ungraded writing assignments may be a productive pedagogical tool for improving the form and content of student writing” (690)

Earlier in the year I had been able to work with a teacher using TodaysMeet to do just that — provide students structured but ungraded opportunities to write about a topic that interested them. As more language teachers attempt the use of Moodle discussion boards, I’ll continue to promote this approach as one way to strengthen student writing.

Your Answer Doesn’t End the Conversation

In Miao and Heining-Boynton’s discussion of IRF and RTI 5, they include a nice table of response strategies teachers can use regardless of a student’s answers to an initial question, the goal being to mandate participation and promote engagement whether an answer is correct or incorrect. Whether used in face-to-face learning or online, awareness of these strategies can aide teachers as they create a culture of participation among their students.

With Assessment, Context Matters

The role of assessment – both for quantity of writing as well as quality – is investigated in an article by Brown, et al. 6 where the authors point out a tension in motivating students to take risks as well as strive for accuracy.

The findings of this article, paired with those of Armstrong above, seem to indicate that each student learning activity must be contextualized in order for students to succeed. If the goal of the activity is rapid, experimental construction of language, these activities are best ungraded. The results of the same activity, though, may be examined later as students find errors and attempt to fix them. Incorporating both tasks while learning language is an important step to ensuring that students attempt more complex language tasks as well as evaluate how effectively they have succeeded at the same.

And, a selection of quotes I found valuable:

“Current psycholinguistic research suggests that, as students begin to use more complex syntactic forms, their accuracy decreases until they have fully acquired the new forms” Horst and Pierce (Fall 2010, 373)

“Seeking broader and more diverse paths to mastery of a foreign language, students find the current two-tiered configuration [“language instruction” in early levels and “literature instruction in advanced courses] to be both stifling and largely irrelevant to major tracks emphasizing the sciences and business” Neville (Winter 2010, 446)
“Teaching is a matter of providing the learner with the right data at the right time and teaching him how to learn, that is, developing in him appropriate learning strategies and means of testing his hypotheses” Corder, 1988, cited by Mojica-Diaz and Sanchez-Lopez (Winter 2010, 473)

“Clearly, a need for striking a pedagogical balance between activizing new content and focusing on accuracy exists and, perhaps, has an analogy in the anecdotal two steps forward, one step back.” Brown, et al. (Spring 2011, 116)

Priorities


When I began learning about tech integration, I found Christian Long’s think:lab blog.  And not too long after I began reading, he stopped posting.  I’ve often thought about his last post, where he talked about reorganizing priorities and keeping true to them, as I continually strive to balance the employment that I enjoy and the family I love.  Each has been a blessing, one for now and one for eternity.

So, today I thought about it again, and looked Christian up.  Seems that he’s doing quite well and contributing to the network again.  I hope he’s found the balance he was looking for.  Time to add another feed to my reader.

When my first child was born, my father-in-law presented me with a bookmark that included every word to the song “Cat’s in the Cradle”.  If you’ve never heard it, it’s worth a listen.

 

 

Online Concept Maps – Two More Options


Just before summer began, I came across a couple interesting concept mapping tools for teachers to take the place of Webspiration, which transitioned out of their free beta program this past spring.  While Webspiration is a great tool for both brainstorming and analysis, it also comes at some expense for teachers and districts.  The benefits – lots of impressive templates, an intuitive user interface, and consistent software support – are what make Webspiration (and its locally-installed counterpart, Inspiration) viable for-profit products.

But there are instances where funds just aren’t available.   In those situations, I’d highly recommend Diagram.ly and Lucidchart.com While there are other mind-mapping products out there (notable ones include MindMeister, Bubbl.us, and Mind42), the two products I’m focusing on have one feature that, in my opinion, makes for more flexible and meaningful mind-mapping activities:  descriptive connectors.   In brief, if you want to take your concept-map from a brainstorm to an analytical exercise where students must show their thinking, ask them to label all the connections they draw between nodes.  In doing so, students will be building knowledge and not just depositing it.  Though there are other products, this one critical feature has moved me to recommend the two products below.

 

 

Of the online options out there, I’ve begun to prefer www.diagram.ly for situations in which students don’t need to collaborate.  It breaks the mold of many online tools because …

  • no logins are needed (the app loads as soon as you visit the site)
  • there are lots of pictures to choose from in the toolbar
  • it allows you to “save” your progress locally on the the computer or on a flash drive in XML format and edit it again later, just as if the software was installed on your computer.
  • it allows descriptive connectors, something that’s important to great mapping activities but not supported in many online concept-mapping tools

Limitations:

  • It’s not collaborative.  There’s no way to share content unless you hand the file over to your partner
  • There’s no way to embed the result (since the content isn’t hosted online).  If you want to display your work, you have to save as a picture file (.png or .jpg) and publish the image elsewhere.
  • There’s no way to incorporate custom images.
  • There are no templates.

For details about diagram.ly, the co-founder of JGraph, its sponsoring company, was interviewed a few months ago by tech news site DoesWhat.com .

 

 

In an interesting example of how brands use Twitter, as soon as I sent out a tweet about Diagram.ly I got a new follower, Lucid Chart.  This company was mentioned by diagram.ly as a competitor and I can see why — it has most of the the functions of Diagram.ly (with the exception of downloading content) plus synchronous collaborative sharing, custom image uploads, linking to other websites, and template creation.

Even better — it’s offering the product FREE to K12 teachers and students.

Limitations:

  • It’s still a for-profit product (unlike diagram.ly, which is a “pro bono” service created by a company that sells diagram software), so the cost factor is in play even though they offer it free to educators at the moment.
  • Not many icon choices. Update: Lucidchart has committed to offering this service to educators free of charge and I didn’t originally find the WEALTH of images and icons included in the Library section.  Check out Dave’s comment below.
  • Students need a log-in.

If you need to describe connectors between objects, and still want collaboration, www.lucidchart.com might be worth a visit.

 

Building Community in the Language Classroom


I was privileged to present with Eileen Kiser, Spanish teacher at Parkway West High School, at the Missouri Modern Languages & Modern Technologies Conference (MO3), hosted by the University of Missouri – St. Louis.  At the end of our presentation, we were joined by Ramiro Luna, English teacher from Prepa Tec Garza Sada, Monterrey, Mexico via Skype to describe how he and Eileen have taken community building beyond the walls of their classrooms.

Our slidedeck was accomplished through Google Earth. The KMZ file is available here.

Below is a playlist of the first half of our presentation, covering ways Eileen has used TodaysMeet, Edmodo, and VoiceThread to build a sense of community within her classroom and across her campus.