Super SIRC Workshops
K-2nd Grade Science Series
Instructor: Judi Kusnick, California State University Sacramento, Geology
One of the basics of science is understanding that materials have particular properties that make them useful. In this workshop, we will explore the properties of solids and liquids, and will conduct an investigation to determine the usefulness of properties for a specific purpose.
Instructor: Lorie Hammond, Peregrine School and Deb Bruns, Yolo County Office of Education
In this workshop, common plants are used as a basis for honing observation skills, discovering patterns, and constructing explanations. Teachers will explore standard 1-LS3-1, inheritance and variation, by showing how plants from the same species are alike but not exactly like their parents. We will also explore 1-LS1a- which focuses on how different plant parts help them to survive and grow. Our goal is to show how students can use common leaves and plants to explore similarities and differences in living things, and to begin to construct explanations of patterns in nature.
NGSS: 1-LS3-1, 1-LS1a
3rd-5th Grade Science Series
Instructor: Robert Sherriff, Churchill Middle School
Solve a plant sex problem with an engineering solution, it’s all G rated so no parent signature is required.
NGSS: 3-LS1-1, 4-LS1-1, 3-5-ETS1-1, 3-5-ETS1-2 and 3-5-ETS1-3
Questioning, Planning, and Carrying Out Investigations
Instructor: Ingrid Salim, Sacramento Area Science Project Teacher Leader
Participants will explore the first three NGSS science practices: questioning, planning and carrying out investigations, and modeling. By working with one specific phenomenon, participants will experience a deep immersion into these three practices, with the intent that they can return to their classrooms and immediately implement a practice-based lesson.
Earth Science Series
Instructor: Barb Munn, Sacramento State Geology
Where does California’s water come from, what effect does California’s population have on its water supply, and what are some environmental effects of water consumption? Students use data to explore cause and effect relationships between human activity and fresh water in California.
NGSS: MS-ESS3-4 and HS-ESS3-3, ESS3.C
Instructor: Rich Hedman, Sacramento Area Science Project
The points of light we see in the night sky are amazingly far away from us. How do we know so much about them—even their distances? We will examine a variety of phenomena associated with stars, and will develop conceptual models to estimate stellar distances, composition, motion, and changes in stars over long periods of time.
Biology/Life Science Series
Instructor: Chris Griesemer, UC Davis and Megan McKenzie, Da Vinci Charter Academy
We’ll immerse ourselves in a piece of 9th grade biology curriculum designed to follow student exploration of genetics. How might we use our understanding of the connections between genes and traits to inform ideas about differences among populations? We’ll use a variety of human traits to examine how patterns vary in space and over time. We will also briefly discuss the connection between divergence among populations and the process of speciation. Note: Middle school teachers are welcome to participate, but this particular piece of curriculum does not appropriately address the middle school standards around genetics or evolution and may be out-of-sequence for middle school life science classrooms.
Instructor: Candice Guy, UC Davis and Jason Fisk, Vacaville High School
In this session, we will develop and use a model to explain phenomena related to cycles of matter and energy flow in ecosystems, while focusing on productive instructional moves that can facilitate student sensemaking. The strategies discussed will include some ways to encourage argumentation among students, facilitate group-talk, and how to press students for evidence-based explanations.
NGSS: HS-LS2A, HS-LS2B, HS-LS2C
Physical Science Series
Instructor: Scott Richardson, Davis Senior High School
The world around is full of things in motion. They have energy. Or is it momentum? Is there really a difference between the two concepts? Does it matter? Using hands-on activities and key questioning strategies, this session will (1) explore the essence of momentum and kinetic energy, (2) show how they are similar and yet distinct concepts, and (3) show the critical role each concept plays in how our universe works.
Instructor: Arthur Beauchamp, Professional Learning System and Laura Shafer, Sacramento Area Science Project (SASP)
Develop and use evidence based models to show relationships in systems. Explore transfers of energy in systems and the outcomes of those transfers.
Next Generation Science Series Workshops
Instructor: Rich Hedman, Sacramento Area Science Project (SASP)
During this workshop, you will learn the basic architecture of NGSS (how NGSS is organized around 3-dimensions, connections to Common Core, etc.) and you will be introduced to the instructional shifts necessary for NGSS implementation. This workshop is intended for people that are new to NGSS and have never attended Super SIRC before (the same workshop was offered last year).
Instructor: Judi Kusnick, Sacramento State Geology and Laura Shafer, Sacramento Area Science Project (SASP)
In this workshop you will closely examine the NGSS crosscutting concepts to build a greater understanding of how to integrate them into your classroom instruction. In particular, you will use crosscutting concepts as tools to develop explanations for phenomena. This workshop is intended for people that have already attended the Fundamental science and engineering practices workshops and the fundamental crosscutting concept workshop. (note: this is different Intermediate workshop than was offered last year).
Instructor: Ben Fell, Sacramento State Engineering
Presentation will provide context for the engineering design process for use in primary and secondary education toward the development of an informed population. NGSS Practices are discussed from an engineering perspective with an emphasis on contrasting science and engineering. General schemes are provided with guided break-out discussions to brainstorm how to incorporate engineering into a science-based curriculum. Note: similar material presented in the iSEE program by Dr. Fell.
Instructor: Cindy Passmore, UC Davis School of Education
Together we will take a peek into classrooms that are aligned to the three-dimensions of NGSS and examine how to bring the science and engineering practices to life. We’ll consider three important questions: what kinds of curricular supports do we need, how do we orchestrate and manage NGSS-aligned lessons, and what does it look like when it goes well?
Instructor: Arthur Beauchamp, REEd Center
Explore how to identify and describe phenomena, develop productive questions, and understand or assemble models. This workshop would be appropriate for all 6 – 12 teachers of science.
Instructor: Kelli Quan, Elk Grove Unified School District
What is a phenomenon? Why do we need one? How do I know if it is a good one? Let’s explore the meaning of phenomena, in terms of the NGSS, and see how we can effectively use them to engage students in sense-making.