Carnegie Science Center’s Teaching Excellence Academy has a wide variety of workshops to help you enhance your STEM instruction. The Teaching Excellence Academy offers engaging opportunities for educators in all grade levels at your location, with Act 48 credit provided upon successful completion of each workshop.
For more information, call Toni Stith, STEM Professional Development Manager, at 412.237.1616 or email StithT@CarnegieScienceCenter.org.
Inspire and excite your students about STEM through project-based learning (PBL) regardless of your content area. Use your expertise to develop STEM projects that address real-world problems and require students to be engaged. Project resources, group work strategies, and collaborative opportunities also are included.
Do you want to make your class more inquiry-focused? Transitioning a traditional classroom to one that is more question centered does not require a total curriculum rewrite. Learn simple classroom strategies to turn traditional lessons and activities into those driven by student curiosity and give kids the opportunity to practice and develop their STEM skills.
Participate in an action-oriented workshop that will have you collaboratively planning for the implementation of your STEM education program. This workshop employs strategic methods such as stakeholder mapping and directed brainstorming. Through guided group discussion and visualization, set your school on a successful track with the Carnegie STEM Excellence Pathway.
Learn how to integrate STEM best practices into any classroom. We’ll discuss factors that make for a collaborative STEM learning environment and resource materials and curriculum tools that incorporate STEM into multiple subject areas. Develop STEM buy-in with fellow stakeholders with our proven strategies.
Robots provide unseen services in industries such as transportation, medical, and manufacturing industries. Early learners need the foundational STEM skills that allow them to imagine and build the robots of the future. Use resources from NAEYC and other STEM experts to examine developmentally appropriate concepts to prepare your students for robotics technologies. Discover hands-on, standards-aligned activities you can do right away, even if you don’t have a robot (yet!).
Use easily accessible materials to explore the engineering processes (“E” in STEM) that make building marvels such as bridges, inclines, and mass transportation systems. Re-energize your use of physics standards, and uncover new methods of STEM engagement. Use resources from NAEYC and evidence from classroom-tested activities to design a four-week investigation into ramps to complement curriculum units on transportation and neighborhoods.
When early learners engage in the project approach, their learning spans multiple domains and standards, including STEM. Discover the phases of project-based learning (PBL) for young children, from choosing a topic to sharing your findings. Guided by case studies, evaluate multiple approaches, and collaboratively build a project plan that maximizes STEM engagement.
Location Options: Conduct workshops at your school’s facility (using your school’s equipment or our Mobile Fab Lab), or come to our digital maker space—Fab Lab Carnegie Science Center (based on availability).
Digital fabrication technologies make computer programming physically engaging! Learn Scratch and Sphero’s drag and drop coding. Use the MaKey MaKey invention kit, vinyl cutter, and laser cutter to complete hands-on projects that you can use to reinforce computational thinking skills learned in coding.
Digital fabrication integrates STEM competencies into authentic making experiences for all learners. With digital fabrication technologies, such as 3D printers, laser cutters, and CNC machines, students can learn essential skills while creatively designing projects. Discover the basics with hands-on projects and explore ways of integrating digital fabrication into curriculum.
Utilize our Mobile Fab Lab or host this workshop at your location. For schools that are considering a digital fabrication makerspace, this is an all-inclusive workshop. Create hands-on projects using the 3D printer, laser cutter/engraver, and vinyl cutter, and share best practices. Discuss technology recommendations, budget, managing challenges, maker space facilitation techniques, and integrating making into the curriculum. Staff will share resources and answer questions.
Get your middle and high school students excited about electronics, soldering, and the engineering design cycle by teaching them to make their own palm-sized, remote-controlled quadcopters! Learn to design, prototype, and redesign quadcopters using a laser cutter or CNC router. Wrap up with discussion, share classroom strategies, and leave with a lesson plan, classroom presentation material, a parts list, and your own quadcopter.
Build your confidence and learn how to facilitate STEM best practices in your learning environment. Explore various educational technologies through inquiry. Discover practical ways to integrate engineering activities in your classroom. Stimulate curiosity through a game-design challenge and express your creativity with paper circuitry.
Classes in schools have long been segregated into “silos” - Math class, Science class, English class, etc. There are few connections between these silos and teachers often don’t have the time nor energy to explore how these silos can be brought closer together. This workshop aims to solve this issue. Through a half or full day workshop, participants will brainstorm potential avenues for subject integration and create up to three integrated lessons that can be used upon leaving the workshop.
Are you looking for a way to engage your elementary students with hands-on STEM activities? Start with three hands-on activities that explore science and engineering and spark your students’ creativity. Designed for nonscience specialists, this workshop includes time to brainstorm and share experiences related to your classroom’s specific needs.
Learn how to create and use board games in your curriculum. Custom-created games can be a valuable instructional tool for teachers and the game creation process can aid the development of your students’ STEM competencies. You will create a content-focused game for use in your classroom.