ThingLink

Jason Edsall, Ph.D. Exercise Science

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Photo of Jason Edsall

Jason Edsall, Ph.D.
Exercise Science

Using ThingLink to create interactive comprehensive course portfolios

 

Project Overview

Exercise Science is a unique major in that courses are delivered sequentially as students progress in a cohort model through the curriculum. In class, students draw knowledge and experiences from prior semesters and course content to increase depth and application of key programmatic concepts. This often results in students needing to revisit and review prior content. Historically, the EXS courses have been taught in content silos and assessed using multiple individual and group assignments and projects. These projects are often submitted, graded, and forgotten about, resulting in difficulties locating the assignments to review.

In the past, portfolios have been used unsuccessfully to compile student work throughout the semester. Portfolios were created in a word processing document or PDF format and lacked creativity and usefulness. Effort on the part of the student was limited and most lacked innovation, interaction, or utility beyond simply being a graded item for the course. ThingLink is a technology platform that allows users to create unique, individualized tools that are meaningful to the developer. This technology provides the ability to augment images, create content, and link folders in visually appealing ways not experienced in processing or PDF portfolios. I implemented ThingLink in EXS302 – Principles of Strength and Conditioning during fall 2021 in attempt to create a more useful, creative, and engaging comprehensive portfolio in hopes of having students utilize such references for future semesters.

 

Planning Process

In developing this assignment, I wanted to find a way to have students create a more applicable reference tool that was meaningful for each student. I explored numerous storage platforms where layers of content could be easily stored and readily accessed and settled on OneDrive as all students at Chatham have access to this and can easily grant access to others to view. I investigated various other options of platforms before settling on ThingLink but ultimately found the ease of use and the simplicity of the platform to be the most user friendly. One of the most important items in designing this project and selecting the technology is to find one that would not cause unnecessary frustration or difficulties to the students.

ThinkLink logo

image credit: ThinkLink

When planning an initial folder creation for ThingLink I decided on having students select an image of the entire human body and create 13 “Hot Spot” links on their chosen image that link to folders on their OneDrive. These folders included various joints of the body and workout folders where they would later upload their assignments and projects. Specific written instructions were developed and an oral presentation that went through the assignment in class including an example how to set up ThingLink and linking folders.

ThinkLink example

Implementation

Implementation of the ThingLink comprehensive portfolio occurred in Fall 2021 in EXS 302. I practiced setting up and running through multiple ThingLinks without issue, however when time came to go through it in the student walkthrough, students had many difficulties getting access to the platform. It became a standstill as some students were able to easily log on while others were asked for passwords, and others access codes. Smooth is not a word I would use to describe this experience. After a few minutes of trouble shooting, it came to a hard stop while I reached out for help from IT and the tech fellow mentors. Fast forward 48 hours and we tried again making sure all students were logging in through their Chatham accounts and passwords rather than creating new accounts. Plan B was to revert to a word processing portfolio and adjust requirements to make them more visually appealing than in the past.

Students navigated the setup of ThingLink with relative ease and positive feedback as they each could put their own unique flavor into their projects. After the initial setup of the “hot spot” links and OneDrive folders students were instructed on how to create subfolders in anticipation of working on this throughout the semester as assignments were completed.

 

ThingLink example of a body with hotspotsThingLink example of body with hotspots on shoulder

Students were reminded throughout the semester to upload documents, assignments, and artifacts to ThingLink. Those that worked along the way created a robust repository for content, information, and assignments.

Folder structure of Word documents related to Shoulder ThingLink

Assessment

This project was a required assignment in EXS302 but had accounted for only a small portion of the overall grade for the course. Being that it was the first implementation of this project and uncertain of the difficulties that students may encounter. This project was graded only on completeness of the assignment, (were all assignments accessible) though students far exceeded the low bar set for success. Students reported enjoying the assignment and really finding it useful. They indicated that they uploaded course material and information from other courses they had taken because they wanted to be able to have everything in one place.

ThinkLink example of the bodyFile folder of documents linked to ThinkLink

Reflections and Next Steps

This project far exceeded my expectations and aside from a few students that had errors getting access to ThingLink and a few others that had issues sharing access to OneDrive files it was painless for both the students and the instructor. Given the success of this project in the EXS302, I have begun meeting with faculty in the exercise science program and exploring how this can be integrated into the entire program. Discussions have been well received by the faculty and we are working to include this portfolio project in each class throughout the curriculum in hopes to have a comprehensive portfolio and useful reference at the conclusion of their undergraduate career.

I began this project with many reservations and hesitations, uncertain of how this would all be received. Implementing a new technology that I was only semi-familiar with at the onset was intimidating and concerning as to what I would do if the students saw me struggling or asked questions that I didn’t have the answer to. Reflecting, I think taking the dive into this created a unique experience for the students that found far greater value than prior attempts at portfolios. This has encouraged me to find more engaging ways to create content and assignments that further engage the students rather than simply “information dump,” as in the end they are far more meaningful and better received.

Pierette Appasamy

Pierette Appasamy, Ph.D. Biology

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Project Overview

I incorporated the use of ThingLink, an interactive multimedia platform, into my Histology (BIO458/558) course in the fall of 2015. This course teaches students the skills needed to identify and characterize the various parts of the human body at the microscopic level.  In previous years of teaching this course, I have had each student give a presentation on a specific type of tissue or part of the body as part of the course requirements.  The students would project digital images that they would describe the class and they would include question and answer session for the other students in which they would ask students about to identify specific parts of an image. However, I found that these were increasingly using up precious classroom time and I also wanted an opportunity for the other students to evaluate the images on their own time as they prepared for examinations.  When ThingLink was introduced in the Tech Fellows meetings over the summer, I realized that this could be a useful tool to allow each student give a presentation outside of the classroom, using digital images that they could annotate and attach other media to, and would be available to all the students to review whenever they wished.

Planning Process

The first thing that I had to do when planning the project was learn how to use ThingLink.  I practiced using some digital images of histology slides that were available to me, and annotated them using the tools available in ThingLink.  It was also necessary to set up an account that the students could log into and then be able to use all the functionality of ThingLink.  Chatham purchased several accounts for this purpose, although I needed only one.

A major course objective was the development of skills to correctly identify and characterize different parts of the body using microscopic images, and this project fit well with that objective.

This technology allowed for a substitution of an in-class project with an outside project that would be available to allow students via the classroom Moodle site.

The use of ThingLink for this project allowed for all categories of Bloom’s taxonomy to be used, including recalling basic concepts (Remember), explaining concepts (Understand), using information in new situations (Apply) since they had to identify the various parts of each section using what they previously learned, and they had opportunities to draw connections (Analysis).  The final product was uniquely their project, and therefore was new work (Create).

Implementation

Each student was assigned a password and given an access code to my ThingLink “classroom”. I first had all the students learn how to use ThingLink by annotating a single image, and they received a grade for that assignment.

Once I was comfortable that they were proficient at using ThingLink, each student was assigned a specific part of the body or a tissue to present using ThingLink.  These were spaced out through the semester, and each ThingLink was completed just before an exam, so that the other students could use the ThingLink for a self-testing tool to help prepare for the exam.  A link to each ThingLink presentation was posted on Moodle by me, so that it was easy for students to access the presentations.

An example of a couple of ThingLink presentations that were completed by my students can be found below:

Fortunately, it was not necessary to have a plan B.

Assessment

I used both formal and informal assessments.  I would ask the students about how they liked ThingLink from time to time.  The most common complaint was that some students had trouble creating a set of annotated images in the order that they wanted.  All ThingLink presentations could be viewed like a slide show.

The formal assessment was in the form of a questionnaire that each student completed.  Based on the questionnaire results, the students found ThingLink relatively easy to use, most students viewed other students’ projects,

Surprisingly, a relatively large number of students felt that viewing the ThingLink presentations of other students was of little value.   In contrast, slightly more students felt that it was of significant value when they were preparing their own presentation.  One student suggested that I have some way of requiring students to view other’s presentations, and possibly give bonus points for that.

92% of the students agreed that ThingLink should be used in next year’s Histology course.

Results of ThingLink questionnaire, given at the end of the fall semester:

1. On a scale of 1-5, with 1 being the least difficult, and 5 being the most difficult, rate how difficult you felt the process of learning ThingLink was and applying it to the histology unit to which you were assigned:

Responses 1 2 3 4 5 Total
not difficult at all 9 (75%) 1 (8%) 1 (8%) 1 (8%) 0 12
a little difficult 5 (42%) 4 (33%) 3 (25%) 0 0 12
moderately difficult 7 (58%) 2 (17%) 2 (17%) 0 1 (8%) 12
difficult 8 (67%) 3 (25%) 0 1 (8%) 0 12
excessively difficult 10 (83%) 1 (8%) 1 (8%) 0 0 12

2. Rate how often you viewed other students Thinglink sessions:

Responses 1 2 3 4 5 Total
never 11 (92%) 1 (8%) 0 0 0 12
one or two 8 (67%) 3 (25%) 1 (8%) 0 0 12
three or four 8 (67%) 1 (8%) 2 (17%) 0 1 (8%) 12
most (more than 4) 10 (83%) 1 (8%) 0 0 1 (8%) 12
all 7 (58%) 1 (8%) 0 3 (25%) 1 (8%) 12

3. Rate the value, to you, of viewing OTHER STUDENTS ThingLink workshops, in terms of how it helped reinforce the histology concepts for that section.

Responses 1 2 3 4 5 Total
no value 11 (92%) 1 (8%) 0 0 0 12
a little value 11 (92%) 1 (8%) 0 0 0 12
some value 7 (58%) 2 (17%) 2 (17%) 0 1 (8%) 12
moderate value 8 (67%) 1 (8%) 1 (8%) 2 (17%) 0 12
considerable value 8 (67%) 1 (8%) 1 (8%) 0 2 (17%) 12

4. Rate the value, to you, of preparing your ThingLink, in terms of how it helped reinforce the histology concepts for that section.

Responses 1 2 3 4 5 Total
no value 10 (83%) 0 0 1 (8%) 1 (8%) 12
a little value 8 (67%) 2 (17%) 0 2 (17%) 0 12
some value 9 (75%) 1 (8%) 1 (8%) 1 (8%) 0 12
valuable 6 (50%) 1 (8%) 0 4 (33%) 1 (8%) 12
extremely valuable 6 (50%) 0 0 1 (8%) 5 (42%) 12

5. Do you feel that ThingLink workshops should be used for next year’s histology class?

Response Average Total
Yes   92% 11
No   8% 1
Total   100% 12/12

6. If you said NO, ThingLink workshops should not be used next year, please describe why you said no.

Response
none
It should be used again next year.
no
N/A
N/A
N/A
I said yes to the ThingLink being available for next year’s histology class.
I did not say no.
Answered yes
I would rather spend more time looking at slides than making a ThingLink, it was more helpful talking about discussing the slides in class.
just some minor tweaks and I feel it could be used again
I said yes.

7. Briefly describe the things that you liked about making or viewing ThingLink workshops:

Response
it’s easier. I review them after I study to quiz myself.
I think it was a good study tool
I looked at and interpreted a lot of digital slides while preparing for my ThingLink assignment.  Great study tool.
I liked seeing images and diagrams from other ThingLink workshops that I did not find yet. I definitely think that the ThingLink helped provide additional images and questions for studying. Personally creating a ThingLink did a really good job at reinforcing the materials for the assigned section.
Uploading images from online is easy and helps facilitate the projects. Identifying the different parts of the cells helped with memorization of the units we were studying.
You can reinforce learned topics that were discussed in class at your leisure.
Making up questions within the ThingLink was a great study tool because it made you think about the concepts that may be seen on the test.   Also, searching for different histology slides to put in the ThingLink helped with remembering what to look for in the glass slides.  Finally, the way you could see an overall picture and then have a zoomed in view under the microscope put the information of the material in a better perspective.
I barely viewed others ThingLinks however, making them helps reinforce what we learned in class that day.
Creating my own ThingLink helped me learn the material the most… I just didn’t really look at others’ ThingLinks, so I’m not sure how to make it possible every project to help each student. Maybe make some of the questions on the ThingLinks bonus so everyone will look at all of the projects?
It was helpful getting to know everything about the topic assigned, and I had a full knowledge of the workshop I posted, but not much helpful when it came to other’s and their workshop.
I think making the ThingLinks was helpful because if forced you to have a reinforcement of the materal. Maybe if it doesn’t remain a part of the coursework for future classes, something along the lines of a pre-test that would make the students have to think about the material in terms of how it would be asked on a test.
How it was up to you to make the audience engaged

8. Briefly describe the things that you disliked about ThingLink workshops:

Response
none
At times it was difficult to find different images from .edu websites
The interface was difficult to learn, but once I got the hang of it, the program was easy to use.
The only problem with the ThingLink workshops are some of the labeled images provided wrong answers or mislabeling. This was the only hinderance to the workshops since it made me second guess myself a few times on the material.
The icons were not very specific. Having a more specific icon would allow for smaller identification of details.
N/A
It was a little confusing at first because I didn’t know how to follow individuals in order to view their channels but sending the links to the professor and having her upload the link helped fix the problem.
It was just a pain to find photos that were able to upload in the web url portion.
Since my project was closer to the end of the semester, I felt that I couldn’t dedicate enough time to the project with all of the other assignments that I was also working on.
Cannot make corrections or move slides around so some presentations were a little out of order, which confused me.
Sometimes student would have two dots: on for a question and one for an answer. I would sometimes scroll over the answer first and then the question was kind of wasted. If there was a way to hid the answers it would have been helpful.
That depending on the subject it took long to find pictures and to add certain details

9. Please provide any additional information or comments about ThingLink workshops not covered by the previous questions.

Response
it worth it
None
Good supplemental study tool to test yourself
I think the workshops were a good job at providing the class with additional digital images for outside of class. Some of the images selected by classmates were very similar to ones on the exams, so I felt very prepared from studying from the workshops.
The separation of units seemed fair and it was appreciated that not every unit only had one thinglink
N/A
Overall, it was good to use other classmates ThingLinks as an extra study tool.
No comment.
I definitely think that ThingLink is a useful resource for Histology.
Thank you!
It was user friendly, it just took time to figure how to work it.
Maybe find some other way to engage the class and also to help study, in addition to ThingLink?

Reflections and Next Steps

For the most part, the entire process worked well.  Some students put more effort into their presentations than others, but this was a graded assignment, so that the greater effort resulted in a higher grade.  Next year, I would like to modify the project by having the students take pictures of microscope slides, instead of using digital images acquired from the internet.  This would require a higher level of skill, and was what I originally intended to have them do, but realized that the digital camera setup that I intended to use wasn’t quite ready for them to use.

ThingLink, Chad Rittle

Chad Rittle, DNP Nursing

Admin

Personal Background

I came to Chatham University with experience in a number of careers. After almost 4 years in the U.S. Navy I embarked on a successful career in the Computer industry.  But after over 20 years I was getting tired of “the grind”.  The last several years involved running a computer services company automating small businesses.  I was spending almost all of my time selling, installing and servicing companies in the Pittsburgh area.  It seemed like a 24/7 operation at times.  I can clearly remember a couple of days before Christmas one year when I was struggling to solve a problem for a customer in Cleveland.  My mind was blank.  After opening gifts on Christmas morning I searched some more for a solution…  I was due to see him at 0800 the next morning.  While resting for a few minutes – the “light bulb” went on and I had the solution.  Going to the computer – it worked!  With all this said and done – I had no desire to return to these days of finding solutions on my own while working all hours of the day and night on the computer.

At Chatham University, teaching online classes in the RN-BSN program there was an encouragement to integrate as much technology into the courses to stimulate learning and keep students engaged.  Many of our students have grown up using computers and a variety of applications – so online learning was not a stranger to them.  Then… there were the small percentage of nurses who were not as comfortable with the online technology – I did not want to “scare” them off!

I began the Faculty Technology Fellowship last spring (2014) wanting to learn what new technologies were available while also anxious about implementing these technologies into my courses.  I did not want to return to the “old days” of figuring out how to make it work and not wanting to be embarrassed when students could not make it work for them.  Fortunately, the Technology Fellowship includes assistance from Lauren Panton and Becky Borello – two very knowledgeable and highly motivated support personnel who are always willing to help smooth the implementation.

Project Overview

My goals were to find out what kinds of tools are available to enhance online courses while gaining confidence in its use.  Solutions selected had to be “doable” by students, full-time and adjunct faculty and across variety of platforms used by all.  By using technology and capturing the interest of students I hoped to encourage all students to be life-long learners.

Discussions with Becky and Lauren focused on the following projects:

  1. I had included in one course a large document describing the Wheel of Public Health developed by the Minnesota Department of Public Health and a number of case studies supporting the model. The exercise asked students to review the 16 areas of public health and then to select a case student and answer a few discussion questions focused on the delivery of public health.  Instead of a large and “wordy” document, I wanted to implement a graphic and interactive approach that would be easy for student or instructor to use.
  2. I had been searching for a way to implement “virtual office hours” for my classes. Being an online environment there was no way to actually meet those “smiling faces” who are out there and for all of us to get to know each other.  This would open the opportunity to have multiple users online concurrently – audio and video – to ask questions and share ideas.
  3. The possibility of recording presentations and embedding them into courses was also a goal. This would include presentations made at conferences, both local and on a regional or national scale.  This would allow the delivery of course material to supplement class objectives that students would otherwise not have available to them.

Project Implementation

Project 1: ThingLink

The first attempt was implementation of the Minnesota Wheel of Public Health Interventions – seen below:

ThingLink
Each of these sections is linked (through a “target”) an actual case study provided by the Minnesota Department of Health.  Since all case studies were designed specifically for public health nurses, I made minor modifications to generalize the content for the typical RN-BSN nurse who works in a hospital setting.

The technology used to implement this application included:

  1. ThingLink – using interactive images helping students develop 21st century skill and enrich their enthusiasm for learning;
  2. The Minnesota Wheel of Public Health Interventions– a collection of stories and case studies to illustrate public health affecting real lives in the community, and,
  3. Microsoft One Drive– providing the ability to access files from PCs, laptops, tablets, Macs and mobile phones

The most time-consuming portion of this project was modifying the selected cases studies and saving them on One Drive.  Once the Wheel was created with all targets, the link provided through ThingLink was used to embed the wheel into the Moodle course shell for NUR409. Along with the case studies the WORD document created includes 3-4 questions for discussion pertinent to that particular case study.

I gave the Wheel a “test drive” with students during Summer Session 3 of 2014 (in NUR404, the predecessor to NUR409) and asked the students to respond to the questions provided and to comment on its applicability to their practice.  The instructions included the following:

“The following image highlights “Getting Behind the Wheel” developed by the Minnesota Department of Health in September of 2000.  It has been used by many public health students ever since.  All the stories provide good opportunities to analyze how the intervention wheel was applied.

I am looking for your feedback to see if something like this is useful to students.  Please pick one intervention activity, click on the target, read the story, and answer the questions provided at the end.  In your forum response, please identify the wheel intervention you are discussing.  The questions may not always be a “good fit” to you this early in the class – so make any suggestions that come to mind.  I am considering enhancing several of these scenarios for future classes.

Your input will assist the instructor in making this course a better experience for students.  Real-life scenarios are often very effective in showcasing the effectiveness of public health interventions.”

Comments

Not all students included comments about applicability in their individual practice but one comment was notable:

“The “Getting Behind the Wheel” seems to be a tool full of interventions that are pertinent to current health care and nursing needs now.  It is easy to follow, being in a color-coded chart.  The stories I read are interesting and paint a vivid picture in my mind.  Reading scenarios like these help develop the intervention more fully in my mind.”

Since last summer (2014) I have included the Wheel each time NUR409 has run.  Unlike the first time it was used, I now include the Wheel in Week 7 of the course.  Asking students to comment on the variety of intervention areas of public health in the last week of the course makes the exercise more meaningful to students.  They have now completed the course and have been exposed through readings and discussions to many of these application areas.  Even though most students are employed in an acute care setting, they will be discharging patients and their families to live in the community.  Patients develop health conditions by living and working in the community.  If nurses understand how the community and work environment affect current health conditions they can be better prepared to educate patients and family to live longer and healthier lives.

I have since “customized” all case studies to ensure better applicability to students working in an acute care environment.

Project 2: WizIQ and Virtual Office Hours

Virtual office hours had been a goal ever since coming to Chatham University.  I first tried Lync that comes with Microsoft Outlook but had mixed success.  I only had 1 student able to easily make the connection with both audio and video.  This involved a couple of attempts over the summer of 2014.  Since it was not as easy to use as desired, and I did not want to discourage students from trying new technology, I put this project on “hold” for a few weeks.

Then, Becky introduced me to WizIQ Live Class.

WizIQ
This is a feature of Moodle, part of every class, and allows up to 4 students to be video-connected concurrently (along with the instructor) and others to have audio while the instructor can switch users from active to inactive on the video feed at his discretion.  The class is notified in the Introductory Block of Moodle in the first week of class with a couple of reminders prior to the Virtual Office Hours in Week 3. The announcement looks like this:

There will be a Virtual Hours Office session on Tuesday evening, March 17, from 7 – 7:45 P.M.  I invite all students to participate.  This is an opportunity for all of you to meet each other and speak with the instructor.  If you have any questions, especially about the written assignments, this is your opportunity to ask.

You may wish to test your computer settings before the Virtual Office Hours to ensure compatibility.  The URL to test your computer can be found HERE:  http://www.wiziq.com/info/technical-requirement.aspx

This session will be worth five (5) extra credit points if you attend to the end.

For those of you who cannot attend, this session will be recorded.  You can sign in to the WizIQ session and watch it at your convenience.

Please send me an e-mail by Monday evening, March 16 telling me if you will be attending.  You must have headphones to minimize feedback. I expect a response from all students on whether they will be attending or not.

Some considerations for using this technology include having camera capability as well as earphones. If a student user does not have earphones, feedback may impact the ability for all to hear the discussion clearly.

I realize that not all students will be able to attend – they do work different shifts.  In addition, many students will not participate in extra activities unless a certain number of points are involved – the reason for the 5 points.  However, since using Wiziq Live Class I have always had at least 4 students participating, and one time 7 were on the line.  They all reported they liked the ability to meet and discuss the course, ask questions about upcoming assignments, and actually “put a face” on some of their classmates and the instructor.

Comments

I did not receive any written comments from students about the Virtual Office Hours.  Typical comments indicated students appreciated the opportunity to meet.  I am repeating the Office Hours in other classes (sometimes the same students) so it will be interesting to see if I have any “repeat” attendees.

I plan to continue the Virtual Office Hours for all classes.  I also realize that not all instructors or adjuncts will take advantage of this technology, but I will work with them if they wish to try it out with their students.

Project 3: SWIVL

SWIVL is a computerized system that makes video recording affordable.  It is a base that holds an iPad or Android compatible tablet, microphone (on a lanyard) and follows the speaker through 360 degrees with a 25 degree tilt and 30 ft. range.  It allows upload of content to permit embedding of recorded presentations directly into Moodle or into other platforms.

I first used SWIVL for a presentation at the American Association of Occupational Health Nurses (AAOHN) Southwest Chapter in Monroeville, PA in September of 2014.  In the audience were around 50 occupational health nurses mostly from the Pittsburgh area.  When setting up the SWIVL on the tripod some of the attendees began to ask why the iPad screen on the mount was “following me around”.  This is a great feature for a presenter who is a classic “pacer” as I am!  The screen will follow the speaker to continue capture of the video.  The only ‘problem’ – I found out while viewing the video back in the office that I was moving faster than the robot could follow!  I have taken note of this feature of the system and will do some “personal behavior modification” in future recordings.

SWIVL recording

The following is the introduction for the presentation as posted in Moodle:

Conference Occupational Health Presentation: The following presentation was given at the September 2014 Southwest Chapter, American Association of Occupational Health Nurses (AAOHN) in Monroeville, PA.  The title was – “Occupational Sources of Air Pollution & Their Effects on Health: An Overview”.  This material is presented here to provide students some real-life examples to describe how workers and their family members acquire various conditions that affect their health.  The end result is – all nurses see patients with these conditions at some time in their daily practice.

If the courses were presented “on the ground” and not online, this is an example of the type of material I could include for presentation and then through class discussion. The real goal of this presentation for my AAOHN audience was to provide an overview of the air pollutants that affect worker health in the work environment as well as where they live in the community.  In a “former life” I worked as an Air Quality Inspector for the PA Department of Environmental Health and saw on a daily basis the variety of substances in the air that can affect health.  These pollutants are often the reason a patient is under the care of nurses in our community.  A better understanding of these compounds can help the nurse provide better education so they can live longer and healthier lives.

Comments

I cannot recall any particular comments – positive or negative – from the students about this presentation.  Since including it in the course it has only been used once.

Successes and Challenges

Overall these projects have been successful and rewarding.  I now have tools to enhance my online classes.  In particular, the interactive use of ThingLink and One Drive will permit me to develop other interactive exercises in future classes.  Although it seems like the majority of enhancements were in the Community and Environmental Health Class, (that was my area of nursing focus for many years) I can see using these tools in other classes as well.

I can also see ways to better use the SWIVL technology in classes.  I need to put more focus on the Occupational Sources of Air Pollution presentation in future classes.  By re-designing the questions in Week 4 I would better encourage comments from students on the applicability in their current practice.

I am still “getting the hang” of WizIQ!  Unfortunately all this wonderful technology takes a while to become second-nature to the instructor.  Manipulating audio and video, and coordinating all the features include in WizIQ take a while.  I am looking forward to the next Virtual Office Hours session in a few weeks and hope it runs smoother.

One thing I have noticed – every time I use the new technology it becomes easier!  Sort of like driving a “stick shift” or riding a bike.  One needs to practice in order to get better.

Reflections and Next Steps

I am planning to use SWIVL in the next couple of months.  I have a presentation at the AAOHN National Conference late this month in Boston.  If the presentation recording works out well I plan to integrate it into one of my classes.  I am also presenting at the Technology Fellows on April 9 and want to record there as well.  With the use of this technology I can see many areas where these recordings can be used in the future.

I also want to enhance the usage of technologies like ThingLink and the OneDrive in other courses.  In fact, I have already used OneDrive in some of my personal activities.  For one, I am on a committee planning our high school reunion and have shown a teammate how to put our Reunion Book (a presentation with over 300 slides) on the internet for all to see.  It was a simple process to share it on OneDrive and then pass around the link to classmates.  Even with changes, the link remains the same.

I also plan to spend time with the President of the Northeast Chapter of AAOHN.  The team there has created a booklet chronicling the history of Occupational Health Nursing in the Northeast over the past 75 years.  When I heard discussions on a Board meeting about how to get this booklet to all attendees – OneDrive just jumped out of my mouth.  It is easy and there is no cost to send the link to all attendees at the National Conference in Boston.

I don’t know what else lies “down the road” in this discovery of technology to implement in online courses.  I know I have heard and seen a number of other products that might be applicable.  Teaching in an online environment requires that I think differently since many products discussed were really designed for a traditional “on the ground” environment.  That doesn’t mean they cannot be used online – just that I need to think a bit differently.  Sometimes I receive inspiration, other times much more thought and reflection is needed.

One further point – I really want to thank Lauren Panton and Becky Borello for their patience with me and their assistance.  They are always ready, willing and able to answer questions or to “get me over the hump” whenever those !@#$%  computers frustrate me!  Help Desk staff has also been invaluable over the past year.  Not only have I tackled lots of new technology but I have lost my hard drive (virus) and had to upgrade my personal laptop (hardware problems) and have had some connectivity problems at home.  Through it all Lauren, Becky and the Help Desk have patiently answered questions and rendered assistance.  I really appreciate their help.

Conclusion

I have definitely met my goals over the past year and look forward to setting new ones for the coming year – one of those goals is to attend a conference to learn more about using technology in an online class environment.  I found and implemented some great technology tools; have implemented them in the classroom; and am now developing plans to further utilize these tools in my classes.

One of my main goals is to encourage all nurses to become “life-long learners”.  I read a number of years ago that the sum knowledge of medical and nursing practice doubles every 3 to 3-1/2 years.  With the explosion of technology I have to believe it is doubling even faster today.  If nurses are not learning something new each and every day, in 3 years they have been left behind and cannot provide the best possible care to their patients and families.  This brings me to a quote I found a while ago from Clay P. Bedford:

“You can teach a student a lesson for a day; but if you can teach him to learn by creating curiosity, he will continue the learning process as long as he lives.”