One of the hurdles that holds teachers back from implementing standards-based grading is the gradebook. Most schools use an electronic learning management system. Some of these platforms have added customizations to support recording learning targets rather than point values. Even with the upgrades, teachers can benefit from some 'hacks' to assist in recording student achievement.
Lessons learned from co-teaching with an intervention specialist in ninth grade physical science: Five strategies that work with students of all intellectual abilities.
As a chemistry teacher considering the switch to standards-based grading, you might be wondering how lab reports work in a system that is not based on points. With lab reports, you just need to decide whether you are grading chemistry content skills, scientific communication skills, or both.
As teachers, we know how important it is for students to practice what they are learning and we are ever aware of the limited class time we have to provide those opportunities. We also know that our students have a full schedule of classes, are involved in extracurricular activities, work after-school jobs and may not have a strong support system and structure at home. That leaves us with the difficult question of “what do we do about homework?”
I was excited for the opportunity but I never thought my science coach would be interested in developing and executing lessons with me. Luckily for me, my experience ended up being nothing like what I expected. You can apply for this experience too. The deadline to apply for Science Coaches for the 2019–2020 school year is September 1, 2019.
This post is the second installment in a series called “SBG Hacks". In this part, I will explain my automated reassessment system.
Lauren Stewart shares a hack she uses in her standards based grading (SBG) classroom to help things run more smoothly.
We all know how fundamental the mole concept is for stoichiometry. This year I brainstormed ways to really make it stick. I decided to do multiple mini-practicums, one for each learning target of the mole unit. I am sharing brief descriptions of the mini-practicums I did for each learning target.
