In today's science classes, where standards are shifting toward engaging in scientific practices, a shift in science assessments to better reflect the skills and knowledge achieved in modern science classrooms is needed. If science is a discipline to be practiced rather than memorized, then science assessments should be designed to gauge a…

Traditionally, assessing and grading students in science has been an exercise centered around points and percentages (Feldman, Kropf, and Alibrandi 1989; Prøitz 2013). However, with the introduction of the Next Generation Science Standards (NGSS) and the need to revisit grading practices stemming from the COVID-19 pandemic, an increasing number of…

Many students possess their own unique potential and "genius," but seem to base their worth on the status of grades instead of their connection to education itself. Antonio Salieri, for instance, created wonderful, emotionally binding music throughout his lifetime. Salieri however, never saw the beauty in his work because Mozart, a child…

The "Next Generation Science Standards" (NGSS) stress the need for all students to receive excellent science instruction--including those with disabilities--based upon disciplinary core ideas, crosscutting concepts, and science and engineering practices (NGSS Lead States 2013). Further, the NGSS emphasize reducing disparities in student…

Scientists and other professionals across the globe require employees to collaborate, think critically, and solve problems effectively. To this end, the "Next Generation Science Standards" (NGSS) have a vision of ensuring that through inquiry, collaboration, and evidence-based instruction, students will have the necessary skills to be…

Teachers have many dilemmas when it comes to assessing a classroom of diverse students. Teachers need to find out what students really know while being fair to all students. They also need to learn how to alter assessments without watering down content. These challenges can be addressed by following five principles for equitable assessment. In…

Along with the need to make their curriculum more comprehensive and reflective of the national and state standards, one school district also searched for ways to make students more passionate about learning science. As a result, they developed a new integrated science course that is centered around the environmental and Earth sciences with an…

Describes the use of monthly portfolio projects to track student progress and improve science performance in a 7th grade life science course. Students explain concepts they have learned, produce products to present what they have learned, and use the concepts to critique magazine articles, advertisements, or news stories. Provides an evaluation…

Presents examples of one rubric style and different ways that rubrics can be used. Uses the example of developing student understanding of how energy moves through the atmosphere. (MKR)

Describes a laboratory activity "Observing Reactions in Solution." The activity can be used either as a laboratory or as a performance assessment for a high school chemistry class. (PR)

A rich amount of research suggests that native-English speaking and linguistically diverse students are equally capable of learning scientific concepts and terminology through collaborative inquiry-based experiences. Yet, a full understanding of how to address English Language Learner (ELL) issues during science instruction and assessment will…

This article discusses how to develop portfolios in physics in order to assess student attainment of course goals. Portfolio assessment can include many forms of alternative assessment. Portfolios require students to collect and reflect on examples of their work. This form of assessment forces alternative ways of thinking by the teacher about what…