At Pinecrest Academy of Nevada - Cadence Campus, assessing STEM learning is multi-faceted and occurs throughout the learning process. Therefore, students are given opportunities to demonstrate their understanding in a multitude of ways. The open-ended design process utilized in PAC STEM-Infused Units engages students in self-evaluation of their growth as critical and creative thinkers. It also provides an opportunity to assess collaboration and communication skills. STEM design challenges also result in an end product which is assessed for specific criteria based on the parameters set forth in the individual challenges. Students are guided to use various combinations of notes, reflective journals, charts, diagrams, graphs, demonstrations, and presentations to provide evidence of their learning.
Students utilize technological tools to generate presentations at various stages of their learning. Whether it is before, during, or at the fruition of projects, teachers use the information from digital platforms to assess students' developing understanding of cross-cutting concepts. Additionally, PLTW guides teachers to assess for the ability of a student to contribute to a team, maintain effective logs, reflect and present on work, and exhibit scientific thinking.
Pinecrest's choice of rigorous curricula provides our students a plethora of opportunities to demonstrate their learning through open-ended assessments that require higher-level thinking skills, like the analysis and synthesis of information, to support a claim.
The example to the left is from the 4th-Grade Reading i-Ready curriculum. In elementary ELA, students are also expected to synthesize information from multiple sources to support their own opinions on real-world topics. In this case, students decide if the benefits of antibiotics are worth the risk. The example to the right is from the 3rd-Grade Ready Classroom Math curriculum. In this "Math in Action" problem students are asked to use mathematical structures and reasoning to determine a viable solution to an open-ended real-world problem about raising money for a school's theater department.
The example provided to the left is from the 9th-Grade Springboard ELA curriculum, where students are asked to develop and defend their own arguments using evidence from various texts. The example below is from the Springboard Algebra 1 curriculum. In mathematics, students are also expected to explain their reasoning to defend their results.
2019 State Silver Level
2018 Aspirations in Computing Award
Sabrina Shultz
Pinecrest students compete in STEM challenges such as the UNLV Regional Science Fair and the National Cyber Security Competition. STEM competitions provide our future scientists and engineers the opportunity to hone their presentation skills and get feedback from industry leaders outside their school community. It also allows our students to interact with, and observe the work of, other scholars from around the country.
As a school committed to community outreach, PAC believes in promoting the involvement of stakeholders to enhance our STEM culture. Pinecrest brings the community together at various times of the year to celebrate student STEM outcomes. The Science Fair Exhibition and STEM Showcases give students the opportunity to present their STEM Designs to families and fellow students. It is our vision to provide additional opportunities for students to interact with the larger community to gain feedback for design improvement.