BRENDAN C. A. MENG
Instructional Strategies Evidence
Instructional Strategies Navigation Menu
Instructional Strategies: Introduction
Collaborative & Group Learning
Direct Instruction
Graphic Organizers & Manipulatives
Spiraling of Skills: Graphing
Inquiry-Based Laboratory Investigations
Virtual Labs & Web-Based Learning
Vocabulary-Anchored Instruction
Whiteboarding
Instructional Strategies: Conclusion
Collaborative & Group Learning
Collaborative and group learning as an instructional strategy allows me to adapt instruction to the needs of my learners, both and individuals and for groups of learners. This instructional strategy also allows for me to vary my role in the instructional process from instructor to facilitator and audience member. In doing so, I am able to better observe and assess my students' progress towards the learning objective. Often, when a student is struggling to understand a concept or skill, their peers find better ways of explaining the concept to them in relevant terms which are easier to understand. When I notice this, I often use the analogy or way of relating the concept when explaining it to my next classes. This is a wonderful opportunity for my learners to enhance their communication skills through speaking, listening, writing, and peer-teaching. Ultimately, this instructional strategy and the evidence therein demonstrates that I value the way my students communicate with and learn from one another.

This activity was completed whole-class as a Brain Starter. Students assigned numbers to the images depicting cells in various stages of mitosis on the board based on what they remembered from the previous class's lesson on the stages of mitosis.

This is a student work sample of the accompanying worksheet completed by one of my biology students prior to students displaying their knowledge on the board whole-class as an opportunity for correcting misconceptions about the progression of a cell undergoing mitosis.

Displayed is a student work sample of the written portion of my biology students' cell organelle group research project. Students worked collaboratively to achieve the learning goal of describing the 10 primary organelles and how those organelles work together to form a functioning unit as detailed in the DOE's Biology Curriculum Framework. This project was broken into several chunks which assisted students in their research and organization of ideas.

This activity was completed whole-class as a Brain Starter. Students assigned numbers to the images depicting cells in various stages of mitosis on the board based on what they remembered from the previous class's lesson on the stages of mitosis.