1. Reflecting on your past testing experiences in school, how might assessments be different for today’s student? What are some reasons for this?
2. Outline reasons why is it important for teachers to consider practicality and efficiency in selecting assessments, as well as technical aspects, such as validity and reliability.
3. As the teacher, what is your role in providing accommodations and adjustments in assessments for students?
4. Discuss possible bias in test questions and assessment results. How can you avoid and/or address bias in both areas?
5. In the teaching and assessment cycle steps of, “plan, teach, assess, collect data, evaluate data, and plan again,” which do you think is the most important step and why?
6. Most data analyses result in outliers who fall on either end of the bell curve. How will you assist students on both ends of the spectrum, those who tested well below the norm, and those who tested well above the norm?
Assessment in Today’s Classroom
Here’s a breakdown of the questions and explanations you requested:
Today’s assessments likely differ from your past experiences in a few ways:
These changes reflect a shift towards a more holistic approach to learning, recognizing the importance of various skills and providing opportunities for students to demonstrate their understanding in different ways.
Considering all these aspects helps teachers choose assessments that are effective, efficient, and provide accurate information about student learning.
Your role is to ensure all students have a fair opportunity to demonstrate their learning. This means providing accommodations or adjustments as needed for students with disabilities or other learning differences. These adjustments might include:
Bias can creep into assessments in various ways:
To avoid bias:
Arguably, all steps are equally important, but “evaluate data and plan again” holds significant weight.
Here’s how you can address students on both ends:
Remember, the goal is to ensure all students are challenged and supported to reach their full potential.