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"Educators from MC2 STEM High School in Cleveland, Ohio, have provided these resources and tools for integrated project-based learning, real-world experiences, and other strategies to prepare students for college and beyond."

"Science4Us is a web-based science curriculum for students in kindergarten, first grade, and second grade. It teaches science using a fun, interactive approach. In addition to digital games and online activities, there are offline experiments and hands-on projects. Teachers have access to detailed lesson plans, automated student reports and session guides to help prepare and plan."

"Do you like to have a free-flowing exchange of ideas in the classroom? Do you encourage and nurture dissenting opinions? Do your students feel empowered to voice their thoughts and critiques of research or ideas? If you answered 'YES' to all of the above questions, you're leading a fantastic classroom filled with a lot of engaging discussion. Bravo! But if you aren't satisfied with the level of discourse taking place in (and out of) the classroom, then this flowchart from Wonkblog is for you. It's designed to help anyone (not just students or teachers) engage in a discussion about a topic they don't agree with. For example, let's say a student cites some research in a project-based learning assignment that another student doesn't think is quite relevant. How would that student voice his or her opinion? Is interrupting okay? Is one opinion better than another?"

"Since there's such a push to bring apps into the classroom, it's time to figure out which ones are right for you. I threw together this cheat sheet to choosing education apps that will hopefully help you quickly choose what works (and what doesn't). So what are some of the best education apps for active learning? What are the top ways to get students actively engaged and interacting with one another? There are some seriously amazing iPad apps that are terrific for project-based learning, active engagement, and even flipped classrooms. This cheat sheet will help - but first let's run through the questions you see in the visual."

"For the past 30 years, the LEGO Group and the MIT Media Lab have collaborated on projects based on a shared passion for learning through play"

"The embracement of the maker movement is being seen in K-12 schools and districts across the world. As a result, makerspaces are being instituted to allow students to tinker, invent, create, and make to learn.  A makerspace can best be defined as a physical place where students can create real-world products/projects using real-world tools in a shared work space. With natural connections and applications to STEAM areas as well as a focus on self-directed, inquiry-based, and hands on learning, it is difficult not to appreciate and admire the positive impact that makerspaces can have on all students.  In times when many schools and districts have cut programs such as wood/metal shop and agriculture, makerspaces provide a 21st Century alternative to meet the learning needs of our most at-risk students.  "

"You may have heard about all the cool things 3D printers can do. If you're a math teacher, maybe you've thought about letting your students make their own manipulatives or get hands-on in geometry with 3D solids. If you're an economics or business teacher, perhaps you've considered assigning students a project to design, market and sell their own 3D-printed products. Or maybe you're a science teacher interested in exploring 3D models of cells, atoms or DNA with your students. Wait! Slow down. Before you jump into purchasing and integrating this new gadget into your classroom, take a moment to consider the logistics and realities of becoming a 3D printer early adopter. Here's a basic FAQ I've developed based on my own experiences and extensive research into classroom 3D printing."

"Recently many of our Year Six students have been involved in projects that require them to utilise the brain of a maker. Facing challenges involving the exploration of how everyday objects are manufactured and while responding to their 'Genius Hour' ambitions they are facing a new set of problems and discovering the joy that comes from solving these with their hands as much as their brains."

"What is Design Challenge Learning? It's a combination of project-based learning, design thinking and the engineering design process that develops the innovator's mindset through iteration. It's a method of learning for which The Tech is best known.  The lessons on this page, developed over the years by educators at The Tech, will help teachers lead their students through science and engineering challenges. They also make fun and effective team-building activities for groups of teachers."

With the Christmas Holiday's finally here this is the perfect opportunity to catch up on some of that reading which has been delayed while more pressing matters are dealt with. Here are the top items on my holiday reading list. With a project underway that explores a conceptual based approach to teaching mathematics there is a bias in that direction. 

"Recently, my students gave me one of those golden moments in teaching.  Allow me to set the stage. We were over six weeks into a project-based life science unit in which students apply systems-thinking to closely examine the inner workings of a body system and relate that system to others as a subsystem. The set of standards housing our work is juicy with Crosscutting Concepts and ripe with potential for Science and Engineering Practices.  We began the unit exploring how cells themselves, a structure students often initially perceive as an end-all-be-all baseline to life, are instead a very complex system of subsystems.  That particular day, students were outlining components of their selected body system in preparation for writing  a podcast."

"Katie Martin is one of BIE's Directors of District Leadership, and she's also a blogger, speaker, and author. Her new book, being released today, is Learner Centered Innovation: Spark Curiosity, Ignite Passion, Unleash Genius. As you can tell from this excerpt, it's got a great message for PBL practitioners and for the whole field of education:"

"We are in an exciting time in education, where innovative topics like Design Thinking, Rapid Prototyping, Entrepreneurism, Engineering Design, High Quality Project-Based Learning, and The Future of Work are at the center of discussion. How can we give our students the chance to master content knowledge while integrating these student-centered approaches to education in the classroom? For the last five years, 3D printing has been an important part of my classroom because it encourages an innovation mindset, exposes students to elements of design thinking, and fosters self-directed learning."

"For better or worse, computing is pervasive, changing how and where people work, collaborate, communicate, shop, eat, travel, learn and quite simply, live. From the arts to sciences and politics, no field has been untouched. The last decade has also seen the rise of disciplines generically described as "computational X," where "X" stands for any one of a large range of fields from physics to journalism. Here's what Google autocomplete shows when you type "computational." (You can try it for yourself!) But the big question is: Does current K-12 education equip every student with the requisite skills to become innovators and problem-solvers, or even informed citizens, to succeed in this world with pervasive computing? Since the turn of this century, the "4C's of 21st century" skills-critical thinking, creativity, collaboration and communication-have seen growing recognition as essential ingredients of school curricula. This shift has prompted an uptake in pedagogies and frameworks such as project-based learning, inquiry learning, and deeper learning across all levels of K-12 that emphasize higher order thinking over rote learning. I argue that we need computational thinking (CT) to be another core skill-or the "5th C" of 21st century skills-that is taught to all students."

"Over the years, many of us have personally experienced the growth of technology in today's classrooms. Instead of taking notes, students are now occupied by surfing the Internet, scrolling through Facebook, and messaging their friends on their smart phones, tablets, and laptops. Instead of focusing on the instruction, teachers are constantly required to interrupt class in order to remind those students again and again, that class time is for learning, not texting. However, as today's students are using more technological devices, it is imperative that teachers have access to the resources to keep pace with the growing tech culture. The use of smart phones, tablets, and other tech items in the classroom do not necessarily have to have a negative impact on student achievement. On the contrary, the increasing accessibility and growth of technology presents teachers with the unique opportunity to take advantage of those once distracting gadgets, and use them to facilitate academic achievement in new and innovative ways. In this capacity, teachers do not need to be constantly fighting for student attention, but can freely accept it, by introducing a new educational environment that will automatically encourage student participation. Below are some resources that teachers may find useful when attempting to implement technology into their classrooms, separated by 5 common areas that are increasingly important for teachers, and for an effective learning environment-Organization, Project Based Learning, Class Management, Presentations, and Assessment. "

"Artificial intelligence (AI) and machine learning are all around us - from Siri on your iPhone to Google Map suggestions, to recommendations for purchases during your Amazon check-out. While many of us may think AI and machine learning mean more robots and self-driving cars, at a fundamental level, they are about data - and ways to make meaning of data. In this workshop, we'll use a hands-on project based approach to learn how to put data to use for us in our everyday lives."

"he Rigor and Relevance Framework-an action ­oriented continuum that describes putting knowledge to use-gives teachers and administrators a way to develop both instruction and assessment while providing students with a way a way to project learning goals. This framework, based on traditional elements of education yet encouraging movement from acquisition of knowledge to application of knowledge, charts learning along the two dimensions of higher standards and student achievement.  Capable teacher presence and teacher­ centered instruction always belong in the foreground and always underpin lasting student learning, no matter what digital tools are in use. Grounded in rigor and relevance, instruction and learning with digital tools are limitless. This is the foundation of uncommon learning."

"n Texas, a 13-year-old boy built a robot that could rescue victims of natural disasters. In Georgia, a 15-year-old girl developed a device that alerts parents who have have left their child in the car. And in California, a 13-year-old boy created a Braille printer that would be almost six times cheaper than the currently available model. Young people aren't just the future. They're the present, innovating and creatively solving problems in a range of fields. Students across the country, from every background, have the ability to build new products that could change lives around the world. That's what educators at the forefront of the "Maker movement" believe. Leaders of this initiative are changing the American educational landscape by engaging kids in discovery-based learning from a young age, encouraging them to learn not just by watching, but by doing - to not only consume, but also create. Photos: National Maker Faire Takes Washington EXPAND GALLERY Maker spaces - studios and labs designed for students to pursue projects of their choosing - are popping up around the country in schools, universities and informal learning environments such as community centers and libraries. In these labs, students are challenged to develop solutions to real-world problems, from designing and prototyping to refining and marketing."

"Earth Day is right around the corner. Many educators are preparing lessons that introduce environmental science concepts for students. Are you planning on incorporating Earth Day into your classroom? The annual event-which started in 1970-provides students with an opportunity to explore a range of subjects, whether science-based investigations, thematic reading, or creative arts projects. To help teachers brainstorm some ways to incorporate Earth Day into the curriculum, we've compiled a list of resources that offer lessons, ideas, tips, and activities that are perfect for Earth Day. There's a bit of everything, including lesson plans, tools, resources, and student reading lists."