STEELS: Science, Technology, Engineering, Environmental Literacy and Sustainability
This site includes resources to aid districts in the implementation of PA's new standards for Science, Technology, Engineering, Environmental Literacy, and Sustainability (STEELS), which will go into effect for the 2025/2026 school year.
Click on the Professional Learning tab at the top of the page to view upcoming teacher/admistrator workshops.
All PreK-12 students are engaged in meaningful shared science experiences to investigate and make sense of the real-world, both natural and manmade. Students will be prepared with knowledge and skills to meet their future potential.
Cultural Relevance
anchoring phenomena creating equity
has local context and meaning to students
place-based, local, state, national, global
focused on student learning and academic success, for all learners
includes student owned learning - voice and choice
invites family experiences and perspectives as a part of learning
Culturally Responsive Pedagogy
Instructional practice are culturally responsive when they meet the following set of criteria:
Builds cognitive capacity in students from diverse backgrounds
Actively engages cultural learning styles and tools
Includes instructional approaches that mirror the cultural norms of underrepresented groups
Approaches difficult content with sensitivity and awareness
Scaffolds students toward independence, increasing the freedom they have to choose the course of their own learning
InquireED. (June 2020). InquirEd Culturally Responsive Teaching Through Inquiry
Science Learning Starts with Phenomenon- Based Exploration
Phenomena are events in the natural world that happen consistently and predictably under similar conditions.
Curiosity drives phenomena-based learning, which stresses investigation, collaboration and discovery
Doesn’t have to be “phenomenal”
Should be place-based and local natural world observations
Sparks interest and excitement.
Invites wondering and curiosity establishing the context for an overarching question.
Creates the need to “FIGURE IT OUT” among learners.
Requires sustained investigation.
Phenomenon should be the anchor for learning
Crosscutting Concepts - CCCs
Patterns
Cause and effect
Scale, proportion and quantity
Systems and system models
Energy and matter
Structure and function
Stability and change
Sustainability
Science and Engineering Practices - SEPs
Asking questions and defining problems
Developing and using models
Planning and carrying out investigations
Analyzing and interpreting data
Using math and computational thinking
Constructing explanations and designing solutions
Engaging in argument from evidence
Obtaining, evaluating and communicating information
Disciplinary Core Ideas - DCIs
Not a set or list of facts
DIs provide an organizational structure for the acquisition of new knowledge. Understanding the core ideas and engaging in the scientific and engineering practices helps to prepare students for broader understanding, and deeper levels of scientific and engineering investigation. DCIs focus on understanding the core principles and theoretical constructs within science fields, and they use them to make sense of new information or tackle novel problems.
Integrated with similar Similar Student Performance Expectations (PEs or SPEs)
Integrated Science with Technology and Engineering Standards
Integrated with PA contexts as often as possible
Integrated with ELA and Math
Investigate STEM/STEAM and Computer Science Opportunities
Contact Us
Lisa Kruse
Training and Consultation; STEM TaC
ekruse@tiu11.org