engineering – iLearn Technology

Magik Play: A beautiful blend of digital and physical play

December 8, 2017Kelly TenkelyLeave a Comment47995 views

Magik Blocks: a beautiful blend of physical and digital play

What it is: Magik Play sent me a Starter Kit to review, and boy am I glad they did! The Magik Play is a beautiful blend of digital and physical. Students download an app on their iPad and use wooden blocks that interact with the iPad screen to build structures that interact with the illustrations on the app. Students get different puzzle challenges on the screen. They build with the “magic” blocks to match the puzzle and help the characters on screen with their buildings. The puzzles get increasingly difficult to complete throughout the game. Magik Play is recommended for 2-6years old, but I think it is more appropriate for 3-7 years old. I had my nephew (2yrs) try out Magik Play and while he enjoyed it, some of the puzzle challenges required two hands to build the structure. He also struggled to keep the blocks far enough away when he wasn’t building so that they didn’t interact with the iPad and mess up the “magic.” I think in another year, this wouldn’t be a problem for him.

I have seen a lot of companies try to mix physical and digital play, but had yet to see anyone do it really well. Magik Play has definitely found the sweet spot! It is seriously so cool. I opened this set up and immediately started playing myself. I couldn’t stop, I played EVERY level on every app! I love the way that the app involves students in a story where they are helping the main character do things by building structures. When the structure is successfully built, the character interacts with the structure to complete a task. Magik Play is like the most fun kind of puzzle! There are three apps that come with the Magik Play blocks: Hidden Shape, Dino Blocks, and Runaway. Hidden Shape is a great introduction for kids to use the Magik Play Blocks, Dino Blocks and Runaway get increasingly complex puzzles and building.

How to integrate Magik Play into the classroom: Magik Play is a great addition to the primary aged classroom. Not only does it promote problem solving, pattern recognition, and some engineering thinking, it also develops fine motor skills. In the classroom Magik Play would make a great math center. Regular play would increase pattern recognition, problem solving, and fine motor skills. Students could also work in small groups of 3-4 and take turns completing every other puzzle challenge. For very young students partners would be great so they can help balance the blocks of some of the more complex puzzles.

As an extension activity, students could write a story about the characters in the Magik Play apps. Who are they? Why are they trying to escape? What happens next? This could be a fun journaling or free write activity to think through character development, setting, and conflict/resolution.

Tips: The Magik Play starter set would make an excellent gift ($57.99) to your classroom, or gift to the 3-7 year olds in your life. My nephew loves his set!

ASCEville- Engineering Just for Fun

November 17, 2013Kelly TenkelyLeave a Comment2623 views

What it is: ASCEville is a good place for students to try their hand at civil engineering through online games, offline activities, videos, and contests. In ASCEville, students can explore civil engineering history and where civil engineering is found in our daily lives. Online resources for kindergarten through 12th grade will help you find just the right activity for your classroom!

How to integrate ASCEville into the classroom: ASCEville is easy to use in any classroom. With activity ideas and games for every age level, this is an easy site to use and integrate into the math or science class seamlessly. Students will appreciate the hands-on nature of the site, and the ability to see what all of that math they are learning gets applied to. The activities on ASCEville will give your students a tangible connection point to math and science concepts that they are learning.

Create a mini engineering fair in your classroom. Invite each student to independently choose an offline activity in the Just for Fun section of the site. Students can choose to build a gumdrop dome, build a globe-shaped clubhouse, stack a tower of cups, test out pressure on paper, design a paper table, build a high-rise tower, or build a paper bridge. Students should approach each activity expecting failure (love that!). Ask your students to record their successes and failures as they build through drawings, pictures, and notes. What tweaks made a difference? Why? On the day of the “fair” students can set up their final projects and include a small collection of observations they made and their pictures/notes along the way. Ask students to share with each other the challenges they faced, what they tried, and if they were able to overcome the challenge.

This site is a great resource for students inquiring into civil engineering, how buildings and cities are designed and built, or how engineering can be used to keep us safe during natural disasters. There is enough information on the site to spark new lines of inquiry and some great ways for students to use design thinking to further explore engineering concepts.

Tips: Don’t forget to check out the Educators section for some great additional resources, lessons, and ideas! Thanks to Anastasis parent Paul for sending us this great site!

What do you think? How will you use ASCEville in your classroom?

E is for Explore: discovery, science, math, art, literacy, social studies and more!

January 7, 2013Kelly Tenkely3 Comments4328 views

Happy New Year!! I have to say, I wasn’t heart broken to see 2012 go and welcome a year of new beginnings. 2012 felt…hard. And uninspired. I think that is what happens when you see a dream realized and then comes the part where you are in the middle of it, making it work and doing the HARD work. 2012 wasn’t a year I felt particularly creative. I miss that, it is part of my essence. I’ve been so incredibly busy, just working to keep everything going, that I had nothing left over. I’m hoping that 2013 is a different story. Step 1: the first post of 2013. Here is to creativity and passion!

What it is: I discovered a new blog that I am absolutely loving! It is hard to beat a place where exploration is not only welcome, but encouraged. E is for Explore is that place. Here you will find new learning activities and a fantastic collection of ideas from other sources. There is a handy-dandy index that helps you find just what you need quickly and easily. I’ve been working on collecting resources for this inquiry unit and E is for Explore has been an absolute treasure trove. Topics include discovery/exploration, science/engineering, mathematics, art, literacy, social studies and seasons/holidays.

How to integrate E is for Explore into the classroom: E is for Explore is a great tool for unit, center, and inquiry planning. I am really enjoying the huge bank of hands-on activities and projects all designed to encourage exploration in learning. The wide range of activities will keep sparking curiosity in a variety of disciplines.

As I plan out inquiry units and gather resources, I am always on the lookout for activities that will encourage students to explore and spark new curiosities. E for Explore made this process infinitely easier, bringing me an easy-to-search collection of activities, with great instructions, all in one place. Many of the activities are manageable enough for a center activity within the classroom…great for differentiation and individualization!

I shared E is for Explore with some of our students, they had a great time looking through the science experiments and learning about how to make mini robots and floam. This would be SO much better than a small tic-tac-toe board for students to choose an activity from. Students can explore the entire site and choose an exploration that is of interest to them and complete it accordingly.

Tips: My hope is that iLearn Technology does for you what E if for Explore did for me. Did you know that you can search by keyword (at the top of my website) or through a multi-category search (in the sidebar on the right)? Choose as many variables as you want and see what you can find! I categorize every post by keywords, Bloom’s Taxonomy level, Grade Level, Resource Type, and Subject Area. After 7 years of free resources, I’ve amassed quite a collection of awesome, free classroom tools. Go ahead, give it a try and see what new fun finds you come across!

Leave a comment and tell us how you are using E is for Explore in your classroom.

TED-Ed: Lessons (videos) worth sharing

April 26, 2012Kelly Tenkely2 Comments5445 views

What it is: I have long been a TED talk fan, so much so that I started a lunch group at my previous school called TED Talk Tuesdays where teachers could gather over lunch, watch TED Talks and discuss it’s implication on education. TED has a brand new education site that I am excited about. TED-ed is a collection of educational video lessons that have been animated. These lessons can be used as a supplement in any classroom. Each video on the TED-ed site has an associated lesson, a Quick Quiz with multiple choice comprehension questions, Think which asks questions to help students think more critically about what they have watched, and Dig Deeper which helps students to explore the topic further. In addition to the videos, TED-ed gives educators the ability to “flip” videos. You can use, tweak, or completely re-do any lesson that is featured on TED-Ed, or even create lessons from scratch based on any video from YouTube. You can re-title a lesson to fit your classroom, add context, questions and follow-up suggestions, and create a custom URL for your video lesson. You can even track your student’s progress to see who has viewed the assigned video, the number of questions they attempted, the answers they provided, and the answers they got correct.

How to integrate TED-Ed into the classroom: TED-Ed is a fantastic new resource for the classroom. The videos can be used for flip teaching. Flip teaching changes up the classroom model. Normally students come to school to get instruction and do their practice work at home as homework. In a flipped teaching model, the instruction is watched at home as “homework” and the practice happens in the classroom where students can receive teacher support. This means that the focus in the classroom is on higher-order thinking and learning skills instead of on instruction. How novel. 🙂 Student can come to class ready for deeper inquiry, critical thinking, discussion with classmates, collaboration and get more personalized attention from the teacher. You maximize classroom time by “going home” with the students.

Video is a great medium for learning because it allows students to learn at their own pace and gives them the ability to replay as many times as they need to. Visuals are always useful when learning something new, video is a great medium because of the way that it helps enhance understanding through the use of visuals.

Videos are searchable by those that have been featured, those that are part of a series or by subject. Students can learn about the arts, business/economics, design/engineering/technology, health, literature/language, math, psychology, science/technology, and social studies. The library will continue to grow as teachers flip the videos and TED-ed adds content from educators around the world.

The videos are great in a flipped classroom model but can also be used within the classroom. Videos can be watched and discussed as a whole-class or put on classroom computers as a learning center. When I taught second grade, I made sure that I had time individually with my students each week. In the mornings, my students worked on groups with “tub work” to make this time possible with individual students. These videos would make a great “second teacher” in a blended learning classroom where students could continue their learning while you work with students individually.

Tips: Remember, if you don’t find a video that meets your classroom needs, you can always flip any video you find on YouTube!

Please leave a comment and share how you are using TED-ed in your classroom!

Maxwell for Google SketchUp

November 21, 2011November 21, 2011Kelly Tenkely1 Comment4104 views

What it is: If you aren’t familiar with Google SketchUp-you should probably start here and here. SketchUp is an incredibly powerful, FREE 3D modeling software that lets your students create impressive 3D models. Maxwell takes SketchUp to a WHOLE new level. Maxwell for Google SketchUp brings students advanced rendering in an easy-to-use package for free. The best part: Maxwell is fully integrated so that you don’t have to export or use an external application to render an image. Rendering happens in “real-time” so as your students are adjusting their SketchUp models, they can see the changes in Maxwell. Maxwell is compatible with Windows and OSX! With Maxwell students can create materials, set lights and cameras and render 3D scenes. These are incredibly powerful tools…I cannot believe that they are free (I’m a little nervous to say that too loud in case they decide to change their minds!).

How to integrate Maxwell for Google SketchUp into the classroom: Maxwell takes student work in Google SketchUp and polishes it up to a professional level. Truly, the results are akin to what the professionals turn out! The SketchUp/Maxwell combination are wonderful for graphic art classes, math and geometry modeling, advertising lessons, engineering classes, architecture, science models, etc.

Don’t let the impressive results fool you, I’ve had 3rd grade students who made some amazing models using SketchUp. I look forward to introducing them to the Maxwell plugin so that students can see their work come to life in ways that they couldn’t do before.

At Anastasis Academy, we have several students from 2nd through 8th grade who are extremely interested and passionate about architecture. Google SketchUp is where I send them! Students can plan, create and build. Maxwell will allow them to visualize their creations in totally new ways.

I don’t understand why more schools don’t put these types of tools in the hands of students more often. Exposing students to tools like this, gives them the opportunity to explore their passions and interests. The tools are getting easier and easier to use and the number of tutorials is astonishing. You (the teacher) don’t have to know how to use these tools inside and out, your job is to let your students know they exist, and help them find the resources to use them. No excuses!

Tips: Using rendering tools teaches students about materials, light sources, shadows, etc. Use Maxwell to teach students these science concepts!

Please leave a comment and share how you are using Maxwell for Google SketchUp in your classroom!

Paper Toys: Architecture to print and build

September 12, 2011September 12, 2011Kelly Tenkely3 Comments3519 views

What it is: At Anastasis Academy we have several kids who are absolutely crazy for architecture. Not only can they emphatically tell you that they want to be an architect when they grow up, they collect architecture Lego models, will tell you how they wish they could go back in history to meet Frank Lloyd Wright and will build and draw models any chance they get. These are elementary students! Today when I came across these Paper Toy models of famous architecture, I knew I would have to share with our students and, while I was at it, would share with all of you who may have your own budding architects!

On Paper Toys you can find and print paper models for:

How to integrate Paper Toys Architecture Models into the classroom: In addition to instantly reaching hero status among your architecture crowd, the Paper Toys Architecture Models is a great addition to the math, history and art classroom. Students can put the models together digging into the different architecture styles, mathematical models represented by the architecture, and the history of the architecture. Students can print and build the models (a great exercise in patience, perseverance and attention to detail). Next students can attach their finished model to a base where they can surround it with math, art or history details they learned about the building to the base. If they really want to get creative, they can twirl and swirl the words around using different color markers to create an informative landscape.

Students can dig in further and map the various models on a Google map. If several students are creating models, they can compare and contrast architecture from different time periods, different geographic regions and identify the origins of the type of architecture.

Tips: Be sure to check out the other Paper Toy models. Your students can build cars, monuments and much more. New models are added every month!

Please leave a comment and share how you are using Paper Toy Models in your classroom!

Solar Car Racing: Try Engineering

April 13, 2011Kelly Tenkely6 Comments2633 views

What it is: Solar Car Racing is a great game and challenge from Try Engineering. On the Solar Car Racing games students will virtually design and race a solar car. Students begin by choosing the components for their car that will optimize the performance. Next they test out their car in a desert and on a racetrack environment to find out how it performs. Students can observe the performance and then modify their design based on feedback and race again.

How to integrate the Solar Car Racing game into the classroom: Try Engineering has some really fantastic interactive games for students. I like Solar Car Racing because it goes beyond just building and testing, and encourages students to learn from their mistakes to modify their design. Too often games created for students have a defined end point that doesn’t encourage students to continue tinkering and experimenting. Solar Car Racing would make a good “experiment” center on classroom computers. Students can stop by the “lab” area as they are learning about solar energy to test out the principles they are learning.

Ideally, students would each have access to the site. This would allow each student to create and test a solar car design. Let students discuss observations of what designs work best and why. Students can “sell” their solar car design to each other. Expand this activity by asking students to create a sales brochure for their solar car. Students can include researched information about solar cars, tout unique elements of their design and practice persuasive writing and design.

If students don’t have access to their own computers, make this a class activity using a projector-connected computer or interactive whiteboard. Give each student the opportunity to tweak and test the design, discussing adjustments and possible outcomes as a class.

If you have the resources, perfect the solar car design using the Solar Car Racing game and follow-up by creating an actual working model size version.

Tips: Be sure to check out the fantastic list of related links at the bottom of the Try Engineering Solar Car Racing page.

Please leave a comment and share how you are using Solar Car Racing in your classroom!

On Demand Learning: Classroom Optional (Khan Academy and Academic Earth)

March 16, 2011Kelly Tenkely9 Comments2830 views

What it is: Tonight I was talking education with a fun group that is helping me think through my school design. As we were talking one of the participants mentioned Khan Academy…some of the teachers in attendance had never heard of it. I sometimes forget that not everything is common knowledge and even if it is common knowledge to most, there are still those who can benefit from the mention! Khan Academy was started by Salman Khan quite by accident. He tutored his cousins in math and when he moved away from them, they still requested support. Sal began making algebra videos and uploading them to YouTube for his family, it has grown to over 2,100 videos and 100 self-paced math, science, and history exercises for students. The library is extensive and comprehensive including algebra, arithmetic, banking and money, biology, brain teasers, calculus, California standards algebra, geometry, chemistry, cosmology and astronomy, credit crisis, current economics, developmental math, differential equations, finance, history, linear algebra, organic chemistry, Paulson bailout, physics, pre-algebra, pre-calculus, probability, statistics, trigonometry, valuation and investing, venture capital, and capital markets. It is a pretty impressive collection! I really like these videos because they provide students with on-demand learning and present the learning in a way that appeals to the visual and auditory learner. The experience is so much richer than a textbook can offer. It is like having your own personal tutor.

Academic Earth is another extensive video library that lets students (and adults) take video courses from the worlds top scholars all in one place…for free! The mission of Academic Earth is to give everyone access to a world class education. Subjects covered by Academic Earth include art, architecture, astronomy, biology, business, chemistry, computer science, economics, education, electrical engineering, engineering, entrepreneurship, environmental studies, history, international relations, law, literature, mathematics, media studies, medicine and health care, philosophy, physics, political science, psychology, religious studies, test prep, and writing. Students have access to the learning happening at Berkley, Columbia, Harvard, Khan Academy, Maryland, Michigan, MIT, Norwich, NYU, Princeton, Stanford, UCLA, UNSW, USC, and Yale. Did I mention all of that learning is free? I know, amazing!

How to integrate Khan Academy and Academic Earth into the classroom: Both Khan Academy and Academic Earth provide students with opportunities for on-demand learning in their areas of interest or their areas of weakness. Students can use these resources to support the learning happening in the classroom and to fill any gaps that students may have in their learning. Video is a powerful medium because it appeals to a wide range of learners and makes it easy to pause, rewind, review, and share that learning.

Khan Academy would be a great tool to use for the “Fisch Flip” where the homework is to watch the lesson on video and class time is spent on working through the problems together. Let that sink in…makes more sense doesn’t it? Students get support where they need it most, in the follow through and practice of the learning.

Academic Earth provides students with the opportunity of pursuing their passions, getting a feel for what type of study they would like to pursue in a university, and support learning.

Do you have students that could use additional challenge and are constantly searching for more learning? Set up an extended learning center in your classroom where students who need that challenge can self direct and extend their learning by using Khan Academy or Academic Earth.

Tips: Khan Academy is a great resource to pass on to families, parents are often looking for ways to supplement and support the learning happening in the classroom. Math in particular is a challenge as many parents did not feel successful enough in higher math themselves to help their children.

Please leave a comment and share how you are using Khan Academy and Academic Earth in your classroom!

Crypto Kids

June 18, 2010Kelly Tenkely4 Comments4966 views

What it is: Crypto Kids is a website created by the National Security Agency all about creating and breaking codes. This is a fantastic critical thinking website that also taps into math, linguistics, engineering, and analyzing skills. I found Crypto Kids while I was hunting for an activity for students to learn more about codes as part of our Treasures reading series. Crypto Kids turns out to be an excellent site for all elementary classrooms. Students learn all about cryptology, the National Security Agency, and ciphers. Students get the chance to meet the characters of Crypto Kids which include: Crypto Cat, Decipher Dog, Rosetta Stone, Slate, Joules, T. Top, and the leader CSS Sam. Students can play logic games to test out their code breaking skills. There are three levels of game play beginner, intermediate, and advanced. As students play games, they will learn Morse Code, complete brainteasers that involve math and logic, create their own cipher machines, crack Yardleygrams and cryptograms, and learn some words in different languages. Students can then learn more about careers that use cryptograms and code breaking at the National Security Agency.

How to integrate Crypto Kids into the classroom: Crypto Kids is packed full of thinking and logic games and activities, many of which involve mathematical problem solving. Crypto Kids games and activities are a great way to get your students thinking critically before math class. Put one of the brain teasers up on the projector connected computer or interactive whiteboard for students to solve as a warm up activity. Crypto Kids games are short enough that they could be used as a math center activity on classroom computers. Students can visit the center in pairs or small groups and work on solving cryptograms together. The Yardleygrams are stories that must be solved, these are fun to solve as a whole class.

Since I was using this site to build background knowledge about codes with my students, we focused on what secret codes were, how they were used, and cracked some codes for practice. As an extension activity, I had students read the descriptions of the characters on Crypto Kids and write a short story about the character. These turned out great! Students have to use the character qualities that are written and craft a story about the character, paying attention to how they think the character would act and what special skills they could use to solve a problem.

Tips: Check out the Teacher/Parent section of the site for some additional resources.

Please leave a comment and share how you are using Crypto Kids in your classroom.

Game for Science

April 23, 2010Kelly Tenkely4 Comments3885 views

What it is: Game for Science has to be one of the coolest virtual worlds for kids. This virtual world is dedicated to getting kids excited about science and technology. Students can explore various virtual islands where they will learn about health, aeronautics, genomics, environment, engineering and more. Students can learn more about science careers, what scientists do, play games, learn interesting facts, and explore science photos and videos. Students can play the Game for Science as a tourist without registering, or they can register for an account (this requires an email address with confirmation). This is an outstanding way for kids to get excited about science and technology. As students travel through the virtual world, they can collect neurons (smart stars) by answering questions and playing games. The neurons can be used to purchase items for their avatar.

How to integrate Game for Science into the classroom: Game for Science is a great way to introduce new science topics or areas of science. The virtual world will capture interest and keep students wanting to learn more about each topic. If you teach younger students (without email addresses), visit the virtual world as a class on the interactive whiteboard or the projector. Give each student a turn to direct the journey through Game for Science. The rest of the class can jot down observations in a science notebook that can be used in later learning and experiments. Students who can read independently can visit the site individually on classroom computers as a science center or in a computer lab setting. Older students can register for an account and earn neuron points for their characters. This is a fun site for students just to explore and interact with; however, for use in the classroom, you can direct students to specific islands to study. For example, as you begin a unit on the environment, students can visit the corresponding island. Game for Science makes for a great jumping off point that will grab students attention and interest in the subject they will be learning about.

Tips: There is a chat feature on the registered version of Game for Science, this allows students to interact as they discover new islands and talk science.

Please leave a comment and share how you are using Game for Science in your classroom.