Leveraging technology to provide clear, effective and relevant communication with all the stakeholders in education, from students to parents to fellow educators and administration, is an essential skill that I am actively developing and continue to hone. From communicating vision and proposals with administration and school stakeholders, to developing multimedia digital storytelling techniques, to finding ways to leveraging the interconnectedness of the web to enhance education, I have chosen the artifacts below as examples showcasing how I have integrated communication with technology in ways that enhance meaning.
Artifacts demonstrating Integrated Communication:
I chose this juxtaposition of artifacts to include because it represents an evolution in my thinking about makerspaces. I maintain the design choices and rationale expressed in my artifact visioning a makerspace. However, my understanding of what was most essential for a successful makerspace has evolved. The second artifact makes the case that the human element in the form of a design lab manager who can constantly develop, use, train and promote the makerspace is the most essential ingredient for a successful makerspace. This combination of artifacts was selected because it demonstrates an evolution of my understanding as well as my communication style with school stakeholders.
Visioning a Makerspace Presentation by M. Miller
Introduction: The office of Innovation and Collaboration and Science Department at my school aim to empower and motivate students and teachers to embrace design thinking in and outside of their classes by creating a new faculty position to ensure that all students and teachers have the access, knowledge, skills and curricular integration support to productively use design thinking and the design spaces on our campus because intrinsically-driven students develop resilience and confidence to solve real-world problems when they are enabled to manifest their ideas into real-world solutions that can be tested and adapted in ways that impact our ever-changing planet.
Goal: The primary goal of this proposal is to establish a new, part- or full-time lab manager position for the Idea Lab and Engineering Lab, ensuring the school offers equitable access to cutting-edge technologies and provides training and support for their effective integration into the curriculum and culture of the school.
Background: The school’s design lab spaces currently consist of the Idea Lab, an open space with a flexible floorplan, and the Engineering Lab, an access-controlled space with a mix of woodshop, metal shop, rapid prototyping 3D printers, a laser cutter, electronics and soldering equipment, hand tools and more. These spaces have existed for years and have the ingredients to become innovation and design hubs on campus. However, they are currently underutilized and unfamiliar to the general student and faculty population. This is a clear manifestation of Larry Cuban’s assertion that technology integration in schools is not a natural or automatic process. It requires deliberate thought and careful planning to ensure that technology is effectively integrated into a school’s curriculum and culture.
Problem: The underutilization of these spaces is due to many factors, including an unintuitive layout of equipment, lack of signage, lack of formal orientation program or training on the use of the equipment, and absence of any dedicated faculty support the use of these spaces. All these factors make the spaces uninviting and non-intuitive for potential new users. Students and teachers who do seek out these spaces often lack the support, direction, design engineering background or technical skills to effectively use the equipment in these spaces. Finally, while faculty who do use these spaces make an effort to maintain the equipment they use, the space as a whole is unmanaged and therefore the functionality of equipment on any given day is unpredictable. Formal management and branding of these spaces, combined with outreach and support to develop a community of design-thinkers amongst our students and faculty has the potential to turn these underutilized spaces into hubs of collaborative design that showcase and celebrate the innovation and entrepreneurship of our students.
Proposed Solution: The proposed solution is to create a new position of Design Lab Manager under the supervision of the Director of Innovation and Collaboration and/or Director of the Science Department. In this position, the Design Lab Manager will collaborate with educators to create integrated co-curricular opportunities for hand-on design projects, build a community of design thinkers by hosting collaborative challenges, provide orientation, training and support for teachers and students to learn how to use equipment and apply those skills, support student organizations and clubs (robotics, makerspace, etc.) regularly using design spaces, and manage the maintenance of equipment and inventory of supplies needed to support these design spaces. The creation of this position will enable improvements to accessibility, branding, curricular integration, and management of design thinking spaces on campus, and are necessary for our school to keep pace with our mission to develop resilient, confident women who are educated and inspired to lead lives of purpose and impact.
Design Lab Manager Proposal Brief Presentation by M. Miller
I chose this artifact both because it showcases a personal part of who I am and because it represents my progress in capturing and relating stories through digital media. The ability relate, communicate, capture interest and portray emotion in digital media forms is a skill I am continually improving. In addition to video editing skills, this artifact provides an example of another communication skill, which is the art of interviewing.
What SEL lessons can I learn from the CIRCUS??
This video highlights the social and emotional learning (SEL) aspects of Jordan’s journey through circus arts and his first professional performance. The SEL lessons he gained in the process can be broadly applied beyond circus and serve as an example of how to navigate difficult challenges you may face in any aspect of your life.
Digital Story created by M. Miller
Circus SEL (Social Emotional Learning) Stories Design Document
Designer:
Mackenzie Miller
Audience:
The primary audience for my story will be elementary to high school-aged students from a variety of cultural, educational, and economic backgrounds who are experiencing an SEL field trip to the Circus Center. Some students may have prior experience viewing circus acts or practicing circus arts, but for most, I expect the context of circus arts to be unfamiliar. As I plan my script and images, I will need to incorporate background to explain the novel context of circus arts, introduce SEL skills (which may also be a new concept), and explicitly relate the SEL skills in these stories to a familiar context for the students. My intent is to use technology available at the Circus Center to display these SEL stories either on TV monitors or on tablets during SEL field trip events to the Circus Center. If using TV monitors, the videos can be paused for partner sharing and discussion among students at various points. One advantage of using tablets is that I could take advantage of interactive technology, allowing students to respond to mid-story text or video prompts and relate their own thoughts or experiences regarding the SEL skills being presented.
A secondary audience will be the broader stakeholders in potential SEL field trip experiences. This could include school administrators and teachers, parents, and Circus Center staff involved in booking or providing the SEL field trip programming. Having engaging and concise media content that demonstrates how circus arts and SEL skills align will be essential to building community buy-in for events like SEL field trips.
Story Topic and Personal Connection:
My story topic idea is to make a series of short videos highlighting the SEL skills that the circus artists I coach use to overcome obstacles in their training and relating those SEL skills to everyday applications for elementary to high school-aged students.
I discovered circus arts at age 30. As someone working a full-time desk job as an engineer, it was completely foreign and outside my comfort zone. However, as I began to engage in the community, overcome my fears, and take classes to develop flying trapeze skills, my confidence blossomed. I loved the combination of physical and mental challenges! When I turned in my two-week’s notice at my engineering job to run away with the circus, I’m sure more than a few people thought I was crazy. But I have never once regretted that decision. As I’m nearing 40 now, I’ve discovered that my true purpose and motivation in circus is not to be the one in the spotlight performing; it’s to be a guide, coach, mentor and teacher who can pass along the gifts that engaging in the circus arts has brought to my life: emotional awareness, confidence, perseverance, identity, strength, community-building, teamwork and so many more. From first-time participants to seasoned professionals, I believe an explicit understanding of how we develop and use our social and emotional skills can benefit us in circus arts and far beyond.
Purpose:
My purpose in telling these stories is to promote SEL skills in a fun, engaging and effective way by sharing stories of how circus artists train, struggle and overcome obstacles. My hope is that students will take away new awareness of SEL skills they can apply in their own lives to overcome everyday obstacles that they face!
Storyboard Development – Interview Process
Questions for Interview with Jordan Goldstein on 6/17/23:
1. Please introduce yourself.
2. Where did you grow up?
3. What are a couple interests you have that our SEL kids might relate to?
4. Why did you start doing circus?
5. Describe your apparatus.
6. What did you feel the first time you tried?
7. What do you love about it?
8. What do you hate about it?
9. Describe a time you really struggled.
10. What did you feel like when you were struggling?
11. Walk us through a typical practice while you were struggling.
12. Were there things you tried that didn’t help?
13. Can you describe a particular incident or vivid moment where you felt like you hit bottom / were most frustrated?
14. How did you start to change your trajectory?
15. What actions did you or others take that started to help?
16. How did you feel when things started to improve?
17. What (non-apparatus-related) life skills did you build trying to overcome this struggle?
18. What advice would you give to someone else who is going through similar struggles?
19. Do you still use the skills you developed in overcoming this struggle now? If so, how?
Raw Video Footage of Interview (20 min): https://youtu.be/AzEVUXoLrC0
Transcript of Interview: Digital Storytelling - Transcript of Interview with Jordan.docx
Many thanks to Jordan, and here's a full list of credits.
Notes on Digital Media Compilation:
Canva – used to create intro, transition, take-away and credits slides in video.
Link to my SEL Stories folder in Canva: https://www.canva.com/folder/FAFngQFH0qA
Google Drive – used to collect and store photos and videos take on my iPhone for story.
Link to my SEL Stores Folder in my Google Drive: https://photos.app.goo.gl/rWJcTq6kLv1Rm7i89
Credits:
Photos and videos courtesy of Dallas Circus Center.
Music: “Simple is Good” by Matthew Compton, open-source license via iMovie.
Avatar graphics created in Bitmoji.
Background shapes and fonts courtesy of Canva and iMovie.
This artifact was developed in the summer of 2023 as I investigated the rapidly emerging AI tools becoming available to both educators and the public, and I was inspired to develop a mini-course for fellow educators to help navigate and share ideas in this rapidly changing landscape. I chose this artifact because it showcases how I like to communicate with fellow teachers, by sharing informed resources and sparking open discussion and sharing of ideas. The mini-course takes advantage of online learning platforms to deliver an easy-to-access and collaborative learning environment that explores the latest advances in Artificial Intelligence.
Course Title: Introduction to AI for Educators
Course Architect: Mackenzie Miller
Course Description: This mini-course aims to introduce teachers to the latest advancements in Artificial Intelligence (AI) and how it can be effectively incorporated into educational practices. Educators will gain an understanding of the potential benefits and challenges of AI in the classroom, explore various AI tools and applications, and learn strategies for integrating AI into their teaching methodologies.
Course Format: Online
Course Duration: 4 weeks
Week 1: Understanding AI and its Role in Education
Introduction to AI and its applications in education
Benefits and challenges of using AI in the classroom
Ethical considerations in AI for educators
Week 2: AI Tools for Enhancing Learning
Introduction to AI-based tools for educators
Personalized learning with AI
AI tools for assessment and feedback
Week 3: Integrating AI into Curriculum and Instruction
Designing lessons and activities with AI productivity tools
Addressing concerns and drawbacks to using AI
Consider the implementation of AI in education and the impact on teachers
Week 4: Future Trends and Implications of AI in Education
Exploring emerging trends in AI for education
Designing AI-infused lessons and activities
Collaboration and communication with AI-based tools
Link to Online Course hosted on PBWorks wiki page: Online Mini-Course: Introduction to AI for Educators
Video Walk-Through of Online Mini-Course presented by M. Miller
I used to think that online learning couldn't fit my definition of "learning" because I define learning to be an active, collaborative, explorative, participatory process where student interactions and contributions are essential and, to me, online learning was something like MOOC's where content / videos are posted and students are expected to consume and regurgitate content in a vacuum. Information is transferred, much like in a traditional lecture hall. But, in my mind, this limited vision of what online classrooms had to look like wasn't capable of fulfilling my expectations for a learning environment.
Now I think that online learning is a diverse and open platform. Advances are being made daily that facilitate collaboration and exploration in online platforms. Teachers have the capability of designing and implementing their vision of a course in a variety of hybrid, synchronous or asynchronous structures and pulling from a bottomless ocean of distributed cognition that is available across the internet. Students also have options to participate, not only within their online classes, but as contributors to the broader online consciousness of distributed learning. (Yes, we don't need Master's students basing their theses on the web blog of a high school student.) But, look at how this high school student was able to participate as a content creator in the field of educational technology. While we should certainly vet her ideas, at least they are being heard and empowering her by lifting her voice to a broader audience.
Now I also think that online education is on the cusp of changing drastically with the proliferation of artificial intelligence. Just over the course of the summer I've seen the landscape explode (both in and outside of education) with new, easily accessible AI tools -- some with guidelines on best-use practices and warning about their limitations and potential for bias and some without. While smaller companies are working to saturate the market with quick releases, bigger giants like Microsoft and Google are soon to come out with their own integrated AI. We will all be using these resources shortly, and I'm very curious to see the effects of these new resources have on the world of education.
Building a social media presence does not happen overnight. This artifact, still under development, represents efforts I've made to improve the world through my online digital footprint. From sharing unique Arduino project builds and exploring new educational technologies in blogs to promoting STEM conferences on TikTok, I chose to share my attempts as a content creator as evidence of my integrated communications skills.
The link below contains my blog posts related to educational technology. By sharing these with classmates and professors I have been able to develop ideas and receive feedback. Several of the embedded YouTube videos in my blog posts even began circulating more broadly amongst Makerspace enthusiasts who were curious about how to replicate some of my Arduino projects. I included a few highlights from my most popular blog posts below.
Video created by M. Miller for Blog Post on 12/11/ 2022 describing Dancing Baby Groot Arduino Maker Project
Image created by M. Miller for Blog Post on 3/5/ 2023 reflecting on Web 2.0 Technology
Video created by M. Miller for Blog Post on 2/4/2023 relaying adventures with Twitter and Livestreaming
One example of how blogging could enhance instruction is by creating online lab notebooks within a blogging platform. This would be a substitution for physical lab notebooks. Students would have access to write and share data and analysis in real time. Teacher and other classmates could provide feedback, and resources such as hyperlinks could be utilized to draw connections to related research or additional data. A platform I've used to create online shared notebooks in the past has been Microsoft OneNote for Classrooms. As a teacher, I was able to create lab templates and share resources within the platform. Students were able to collect lab data and collaborate on their analyses. Both peer and teacher feedback can been given within OneNote.
Another example of how blogging could transform learning is creating platforms for students to post their own vlogs (or video blogs). Since my students' security and privacy is a high priority for me. I would likely use a site such as Flipgrid which allows me to create private class groups only accessible to my students. In one project, I asked students to conduct at-home egg drop tests, and video and report on the results. Students were then able to watch, comment on and discuss each other's designs. Eventually, we voted on our top designs and tested them with a high drop from the top of the science building.
Blogs are valuable tools for sharing insights and provided timely and interactive feedback, especially peer feedback. Blogs can be easily shared to provide examples of better or poorer quality work. In the context of younger-student education, I believe privacy is a major drawback to using public blogs. Technology resources that allow private or controlled-access blogging or vlogging (such as Flipgrid or OneNote) could be better solutions. Some schools have LMS capability that allow for student or teacher blogging within the protected system, however some do not. I think this is my most pressing concern in adopting blogging as a teaching technology within my curriculum.
In July of 2022 I attended the ReCharge Academy, a weeklong conference and workshop in Santa Fe, New Mexico. This educator training program focused on renewable energy topics, bringing together educators, researchers, engineers, scientists, industry professionals and policy-makers to discuss, practice and workshop solutions for increasing student engagement and learning around renewable energy.
I was overwhelmed with exciting content that I couldn't wait to share with colleagues, students, friends, parents -- really anyone who I thought might be interested in learning about renewable energy or how we can better teach renewable energy concepts through a variety of exciting hands-on projects. Rather than limit myself to one platform, I decided to utilize two different outreach methods so share messages.
I posted recaps of some of my favorite new content from the conference on both my TikTok and YouTube accounts and then monitored to see what type of engagement each forum incurred. TikTok generated more initial buzz, but the YouTube video seems to have more staying power. Both suffer from my incredibly sparse social media presence and could be boosted my more consistent activity on my part.
YouTube video content - created by M. Miller
TikTok video content - created by M. Miller
This artifact was chosen to demonstrate how I use my communication skills to take STEM learning outside of the classroom and reach students through informal educational opportunities, which include activities like field trips and museums tours. In this case, I introduce students to STEM careers, closed-loop indoor skydiving wind tunnel engineering concepts, and the physics of falling objects and bodyflight by providing an interactive discussion as well as hands-on activities to spur interest in STEM.
Delivering STEM discussions to students on field trips to indoor skydiving tunnels is a wonderful way to bring engineering and physics to life in real-world and exciting applications. This video demonstrated how I engage students while teaching them about STEM topics.
Video of M. Miller delivering STEM Discussion
Front side of STEM handout designed by M. Miller
Back side of STEM handout designed by M. Miller
In designing this handout, my goal was to create a tool that could be used by Middle School students to calculate the terminal velocity of objects that we could then test in the wind tunnel. I laminated about a dozen of these (2-sided) and used them daily for almost 2 years with dry erase markers, which saved both prep time and printing paper!
When working with younger kids (4th-6th grade) or large groups (class size greater than 30) where time is limited, students can just focus on the front side of the handout. Then the educator can use a spreadsheet on their computer to perform the calculations for terminal velocity by inputting the values measured and recorded by the students. When working with older kids (7th-8th grade) or if there is extra time, students can do the calculations on the back side of the handout themselves, using a calculator.
Since the STEM programs utilizing this handout varied greatly in age, size and math capabilities, I tried to make it as self-explanatory as possible to allow differentiation. An advanced group who finished early, for example, could use the information on the sheet to determine their object's terminal velocity on Mars or Mount Everest, going beyond the parameters of the original lab.
Graphically, I see room for improvement. In an effort to include as much information and pictures as possible, yet keep all the information on a single, 2-sided handout, I created a busy mess. While some students might find this colorful conglomerate more exciting that a standard, black & white worksheet, any student struggling with dyslexia or other reading challenges will be immediately overwhelmed. While effective, if redesigning, I would focus on a cleaner layout that would be accessible to more diverse learners.