Access guidance for developing field experiences for students and explore our resources to learn more about the frameworks and support we offer.
PEI workshops include FieldSTEM® guides for educators providing frameworks for how to implement rigorous, integrated, outdoor field experiences with students. Our guides are aligned with the Next Generation Science Standards (NGSS) and are available for free download.
Field Investigations helps teachers develop and implement locally relevant opportunities to engage students in core subject instruction using natural settings—a framework that increases students’ problem solving abilities and motivation to learn science.
FieldDesign: Engineering Design for Field-Based Applications K-5 is a meaningful platform to engage students in engineering with a real problem to solve so they applying their research and analytical skills to understand situations in a deeper way.
FieldDesign: Engineering Design for Field-Based Applications 6-12 is a meaningful platform to engage students in engineering with a real problem to solve so they applying their research and analytical skills to understand situations in a deeper way.
Designing High Impact Field Experiences are some of the most meaningful learning opportunities a student will have throughout his or her educational career. This book guides educators to consider learning goals, locations and partners, activities, adjacent lessons and logistics that will help maximize the positive impact of a field experience.
Fostering Outdoor Observation Skills guides teachers to develop observation skills with students by observing the “book of nature.”
FieldSTEM Science Notebooks is a supplement for implementing notebooks to promote the development of ELA and math skills, scientific reasoning and social competency.
Project-Based Learning Model provides resources and examples through an 8-step model.
Schoolyard Biodiversity is targeted to elementary and middle schools. These guidelines teach educators how to engage students in the investigation of biodiversity in their own schoolyard using field investigation methodologies.
Photo Point Monitoring: Using Technology in Field Investigations to Monitor Change Over Time is intended to provide formal and nonformal educators a tool to bring technology into outdoor experiences and field investigations.
Landscape Investigation Guidelines challenges K-12 students to integrate science and social science inquiry by applying spatial thinking, which mirrors scientists’ practices as they make decisions that impact natural resources on landscapes.
Sustainable Tomorrow demonstrates how to apply systems thinking and problem solving tools employed by natural resource managers using lessons from Project Learning Tree (PLT), Project WILD and Project WET.
Technology for Field Investigations provides tools for educators to engage students in designing and conducting their own field investigations mirroring the practices of professional scientists.
Our ELA and math performance tasks use environmental problems or issues as the context while students apply age-appropriate math or English language arts (ELA) skills of reading, writing and researching to complete the work. Performance tasks are tailored to assist educators in integrating locally relevant, complex texts with the Next Generation Science Standards (NGSS) and Common Core while providing frameworks for constructing meaningful field experiences for students. Included are examples of teacher-created locally relevant performance tasks.
We are in the process of translating all our ELA performance tasks to Spanish. We have completed all of our K-5 tasks, with more to follow.
We have also edited several of our original ELA performance tasks to align with the format of the SBAC. These SBAC practice tasks provide specific instructions for administration and SBAC scoring rubrics. Click on the SBAC Practice Tasks Introduction link to learn more about how to utilize these practice tasks in your classroom.
PEI has just published the newest series of our learning materials. These Schoolyard Investigations focus on particular units of investigation tailored to grades Kindergarten through Third grade. You will find both English and Spanish versions below to meet your specific classroom needs.
Read About PEI’s SOLS Success Stories
Solutions Oriented Learning Storylines (SOLS) is a state-wide project focusing on Next Generation Science Standards (NGSS) and climate science under Washington State’s Climate Science (ClimeTime) proviso. Pacific Education Institute is one of 16 grantees being supported by the Washington Office of Superintendent of Public Instruction (OSPI) to facilitate climate science professional learning opportunities for K-12 public school educators.
The Solutions Oriented Learning Storylines (SOLS) project is designed to strengthen teachers’ equitable climate science instruction through locally relevant storylines.
All storylines include six criteria:
The work is designed to have the following outcomes:
Read more about the approach behind the SOLS
Thank you for your interest in our Solutions Oriented Learning Storylines! We are currently updating and revising these climate science units and can’t wait to share the new versions with you! In the meantime, please use this link to access the SOLS. In this folder you will find the following topics:
If you are looking for a specific resource or have a question about SOLS or ClimeTime, please contact Tressa Arbow ([email protected]) or Molly Griffiths ([email protected]).
Our career profile cards are a teaching tool that can be used to increase student awareness of family-wage jobs in natural resource career sectors. These cards offer students an idea of careers that exist in Washington State.
PEI has developed a series of 180-hour high school CTE frameworks. These frameworks were designed to align to natural resource employer needs, K-12 standards, and dual credit with Washington colleges and universities. The courses provide course equivalencies in subjects such as science, English language arts, social studies, and math. Upon completion of the course, teachers provide each student with a signed Document of Competency that rates their proficiency in a variety of job-related skills that have been identified by industry partners.
PEI provides participating teachers with teaching resources, recommended community and industry partners, and a professional learning network.
Course Equivalency Letter from Superintendent
Aquaculture and Fisheries (AF) Sequence
Environmental and Sustainability Education (ESE) Sequence
Green Building Engineering and Technology
Renewable Energy
Urban and Community Forestry (UCF)
Check out all of PEI’s additional thematic units of study that can be integrated into any classroom. To determine which will work best in your classroom, we encourage educators to explore the curricular units below.
“Making Forest Connections” below correlates the WA Forest Education K-12 Learning Framework to education standards, activities and resources.
WHY DID THE LUMMI NATION FEED SALMON TO THE KILLER WHALES?
Gather clues to solve this and other, related mysteries about the sea we share in the NGSS-aligned, place- and project-based science curriculum, Explore the Salish Sea, for grade 5. Lessons are customizable to meet your learning goals and may be modified for grades 6-8. Each unit of this resource is based on a chapter from the award-winning book, Explore the Salish Sea: A Nature Guide for Kids.
PEI is the new home for the amazing Explore the Salish Sea Curriculum originally developed by the SeaDoc Society. We are so excited to offer this curriculum as it fits right in with our FieldSTEM learning model. We appreciate your patience as we work to migrate the existing curriculum to the PEI website. Until then, you can still find the whole curriculum here.
PEI is an access point for three widely recognized national environmental education programs. Through hands-on interdisciplinary activities, K-12 students investigate environmental concepts, problems or issues encouraging them to make informed decisions. These activity guides are available mostly through workshops. Visit each program’s website for more information.
Using the forest as a “window to the world,” Project Learning Tree inspires and empowers students. The program easily adapts to meet local needs such as local investigations, service learning projects and partnerships with community-based resource professionals. PLT is the environmental education program of the Sustainable Forestry Initiative. PEI sponsors PLT in Washington and serves as the State Coordinator.
Visit the National PLT website and the PLT Washington website.
Project WILD is based on the premise that young people and their educators have a vital interest in learning about the earth as home for people and wildlife. Activities within the guides cover topics ranging from wildlife as small as a microscopic organism to as large as a blue whale. This is a program of the Association of Fish & Wildlife Agencies (AFWA). PEI serves as the Western Washington State Coordinator. The Franklin Conservation District, the Eastern Washington Coordinator, maintains a calendar of upcoming Project Wild Workshops.
Visit the National Project WILD website.
People’s relationship to water is a major theme of Project WET. Project WET’s activity guides are a collection of innovative water-related activities that are hands-on, easy to use and fun. This is a program of the Project WET International Foundation.
Visit the National Project WET website.
The Washington Invasive Species Council is a cooperative of the Washington State Recreation and Conservation Office. Established by the Legislature in 2006 and then extended until 2022, the council was tasked with providing policy level direction, planning, and coordination for combating harmful invasive species throughout the state and preventing the introduction of others that may be harmful.
Scotch broom, mussels, and beetles – oh my! Invasive Species are invading Washington! Pacific Education Institute partners with the Washington Invasive Species Council by offering professional development for educators to support the “Enhancing the First Detector Network.”
In our workshops, educators become familiar with this state-wide community science (citizen science) project empowering students to identify and report invasive species. Whether in their schoolyards or neighborhoods, they can become “first detectors.” However, educators can access these the “first detector” resources on their own too.
Visit the Washington Pest Watch project website for more information about this project, or to access school curriculum, and other educational materials.
These standards include Tribal Sovereignty, NGSS, Common Core and Environment and Sustainability Education (ESE). These learning standards reflect basic education defined by the Washington State Legislature (RCW 28A.150.210). As required by state law, the Office of the Superintendent of Public Instruction (OSPI) develops the state’s learning standards (RCW 28A.655.070) and oversees their assessment for state and federal accountability purposes.
The 2015 legislature passed SB5433 requiring the inclusion of Tribal sovereignty curriculum be taught in all schools. The use of the curriculum has been endorsed by all 29 federally recognized Tribes and is available from OSPI’s Office of Native Education.
The Environmental and Sustainability Education (ESE) program’s purpose is to support academic success and life-long learning, and to develop a responsible citizenry capable of applying knowledge of ecological, economic, and socio-cultural systems to meet current and future needs. Environmental education is a mandatory area of study in Washington, required by WAC 392-410-115.
The state’s K-12 Integrated Environmental and Sustainability Learning Standards describe what students should know and be able to do at each grade level.
OSPI and E3 Washington led the development of the Washington State Environmental and Sustainability Literacy Plan. PEI participated on the steering committee.
Sustainable Design Project is a statewide interdisciplinary project bringing industry, business, community and higher education partners together with K-12 students to design sustainable solutions to real-world challenges. PEI participated on the steering committee.
These are the national K–12 science standards. Standards set the expectations for what students are expected to know and be able to accomplish. The NGSS were developed by states to improve science education for all students. Washington State adopted NGSS in 2013. NGSS shifts classroom instruction from a traditional model of teaching content to an expectation that students meet performance expectations that weave science practices and cross-cutting concepts with content (disciplinary core ideas).
Washington formally adopted the Washington State K-12 Learning Standards (Common Core State Standards) for English language arts and mathematics. Assessments for these standards are currently in place.
The Smarter Balanced Assessment System is a key part of implementing the Common Core State Standards and preparing all students for success in college and career. Developed in collaboration with K-12 teachers and higher education faculty, these new assessments provide an academic check-up and are designed to give teachers better information to help students succeed.
