Over 60 Madera Head Start Teachers and administrators gathered for a day of STEM training. The room was filled with excitement, building blocks, a mountain of recycled materials to be used in engineering design challenges, low-cost technology and tools, STEM-based children’s literature, and more. Teachers were introduced to the foundational principles of STEM education including teaching via inquiry, designing lessons that engage and empower students, incorporating 21st-century skills within all STEM-based lessons, and incorporating real-world STEM challenges for young children. During the day-long training, teachers were introduced to using low-cost, meaningful technology mathematical and scientific tools, using the outdoors to teach STEM practices and content, building dimensional structures, patterns, shapes, ramp science, tinkering, block building, journaling, and incorporating STEM-based children’s literature within STEM explorations and centers. The teachers were engaged throughout the session, experiencing the beauty and power of STEM education like their young students. I am grateful to be providing ongoing STEM teacher training for Madera Head Start, it takes time and quality professional staff development experiences for educators to truly feel confident to implement STEM learning experiences within their own classrooms. I am excited to see what takes place during the 2019-2020 school year in Madera Head Start Classrooms, the teachers and administrators have truly embraced STEM education. Check out the following video below which gives you a birds-eye view of two different days of STEM training conducted for Madera Head Start Teachers. More ongoing training to take place in February of 2020.
Tag: earlychildhoodscience
Connecting STEM and Loose Parts
It’s been a very busy six months, and I’m finally, getting a chance to share what I’ve been up to. From conducting teacher training within the state of Florida, throughout the nation, Southeast Asia, and the Carribbean it has been a fulfilling and very rewarding past six months. In February I had the opportunity to travel to East St. Louis to provide professional staff development to early childhood educators at Southside Early Childhood Center. What an impressive school, staff, and administrators with a long history of providing quality childcare to children of families with low-income. During the training, early childhood teachers were introduced to the foundational principles of the Theory of Loose Parts. The Theory of Loose Parts was developed by Simon Nicholson in 1971. Loose parts are materials that can be moved, carried, combined, redesigned, lined up, and taken apart and put back together in multiple ways. The idea of ‘loose parts’ uses materials to empower a creative imagination. The more materials and individuals involved, the more ingenuity takes place. The theory of Loose Parts and foundational principles of STEM are a natural blend. Both promote exploration and creativity, are student-centered and encourage building and engineering. The teachers were immersed in exploring methods of connecting STEM practices and content with Loose Parts throughout the day-long training. Teachers were introduced to inquiry-based STEM explorations, journaling, the engineering design process, as well as having the opportunity to review a wide array of children’s literature that make great connections to STEM and loose parts. As always the teachers truly enjoyed themselves as they became students for the day exploring, investigating, and discovering the powerful impact STEM has on developing and strengthing 21st-century learning skills, as well as empowering and engaging the learner. Check out the following photos of the STEM and Loose Parts training.
STEM Explorations for Young Children
Looking for ideas to incorporate STEM practices and content within your early childhood through the primary-level classroom. Check out the following photos of VPK and Kindergarten students conducting hands-on STEM investigations as they rotate through a dozen or so STEM-based exploration centers. Children were free to explore a dozen STEM exploration centers of their choice and spend as much or as little time as they chose. Children had the opportunity to build dimensional structures with recyclable materials, code with simple robotics, explore electronics with Snap Circuits and Circuit Conductors, build a model robot, explore unique states of matter, test out an earthquake table, build with bricks, build ramps with paper tubes and marbles, use levels and draw in the block center, tinker, take household gadgets apart and more. Each of the centers helped to develop and strengthen 21st-century learning skills as well. The following photos and video provide a wide-array of STEM-based exploration centers that are age-appropriate and manageable. The following photos and video are from a recent STEM-based program I conducted for a local school for VPK and Kindergarten students. [envira-gallery id=”1568″] [embedyt] https://www.youtube.com/watch?v=HvRLomlZstQ[/embedyt]
Project-Based Learning in the Early Years
Project-based learning involves teaching through engaging topics that allow the integration of meaningful learning in all content areas while also supporting development across multiple domains. A project approach has been defined by Katz and Chard (1989) as an in-depth study of a topic by either an individual child, group of children or an entire class. Students and teachers together will determine the topic that they will investigate, resources they will use, and the manner in which their learning will be displayed. The project approach is of immense benefit to children because it encourages them to actively seek knowledge. This might entail them to interact with people in the community, environment and seek out other resources. This will encourage the children’s ability to be independent, be motivated and increase their self-esteem. The project approach has immense benefits to teachers too in terms of them pointing the children in the right direction to explore and freeing the teachers to provide more individualized instruction. The project approach also challenges teachers because each group of children will have different ideas and suggestions for the project. Katz and Chard (1989) have identified three phases in the life of a project. The first phase is the initial phase during which the teacher assesses the knowledge level of the children in the particular area, then the children and the teacher develop the questions that they would like to investigate. During the developmental phase the teacher guides the children to gain direct experience in the topic that they are investigating. During the concluding phase the teacher brings a closure to the project and the children share the knowledge they have gained through several creative methods. Whether project-based learning is being incorporated within an early childhood classroom or in a high school classroom, the definition of a project remains the same, “a project is an in-depth investigation of a real-world topic worthy of a student’s attention and effort.” I recently had the pleasure of introducing early childhood through Kindergarten teachers to project based learning during a professional staff development training. Teachers were given a brief overview of project-based learning and the positive outcomes of incorporating project-based learning in the early childhood classroom. I had chosen “Studying the Human Skeleton” as the theme to introduce teachers to project-based learning. During the training teachers were introduced to a wide-array of exploratory centers that could be incorporated within the classroom to investigate the human skeleton in-depth, additionally connections were made across the disciplines to include: art, engineering, physical education, math, reading and writing. The teachers really enjoyed the session, and it was evident by the end of the training session they had truly embraced project-based learning. The administrator of the school requested that each of the teachers submit a reflection piece after the training to summarize the training. They were also requested to incorporate a lesson from the training within their own classrooms. Teachers submitted written reflections as well as photos of the lessons. The teachers stated over and over again “how excited and engaged the students were” when they were engaged in in-depth explorations of the human skeleton. Teachers also stated “that they would re-design” existing lesson plans to be more project-based. The following photos were taken during the introductory Project-Based in the Early Years professional staff development training. For more information about scheduling professional staff development complete the Contact Form on the Contact Page.