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
Virtual Labs & Web-Based Learning
When supplies for an inquiry-based classroom laboratory investigation are unavailable or too costly, the procedure too dangerous or messy, I will seek to find a virtual lab or web-based learning experience to take its place. Often, I will plan to provide my students with a web-based learning experience which mimics the in class laboratory investigation as a prerequisite learning activity and introduction to the skills and procedures which they will be performing the next lesson. Using virtual labs and we-based learning as instructional strategies allows me to employ technological assets to continuously monitor student learning, engage learners in assessing their progress, and adjust instruction in response to student learning needs. Similar to inquiry-based labs, this instructional strategy allows me to vary my role once again in the instructional process in relation to the content and purposes of instruction and the needs of my learners as I step back from instructor to guide and observer. The variety of web-based learning experiences allows me to provide students with multiple models and representations of concepts and skills in addition to those learned through other instructional strategies such as direct instruction. However, with the multitude of choices available, knowing which virtual lab or web-based learning experience will benefit my students the most and choosing when and where within the curriculum to include such experiences demonstrates my understanding of how content and skill development can be supported by media and technology in addition to my ability on how to evaluate these resources for quality, accuracy, and effectiveness. The inclusion of virtual labs and web-based learning experiences provides additional opportunities for students to demonstrate their knowledge and learning through a variety of technology-based performances specific to the content and learning outcomes. Engagement from students is often at its highest when utilizing these instructional strategies as it presents opportunities for my students to learn through the use of technology tools as they access, interpret, evaluate, and apply information through familiar mediums. Often, these labs appeal to my diverse learners and by acknowledging this reality and including these experiences demonstrates my abilities to utilize appropriate strategies and resources to adapt instruction to the needs of individuals and groups of learners present in my classroom. Most of all, the utilization of these instructional strategies throughout the year in all units shows my commitment to exploring how the use of new and emerging technologies can support and promote student learning.

Virtual labs and web-based learning activities offer endless opportunities for application within curriculum. With more and more virtual labs, tours, and exploratory investigation modules being created every day, this instructional strategy offers students greater versatility and choice of how they learn content. Pictured here is a biology student working intently on a DNA transcription/translation virtual learning experience.

I often find the quality of work, effort, and overall completion of activities much higher when selecting appropriate tools for learning particular content. Shown here is the student activity sheet from the web-based learning experience displayed in the previous picture. This activity required students to watch and listen to several short videos on the topic of DNA replication. Students had to pause and rewind the videos several times in order to record the necessary information.

The artifact displayed is a students' webquest sheet from the activity in the previous image. I always use these types of webquests as formative assessments to gauge student learning and as a guide for instructional decision making as to how much more instruction students need to master the content. Additionally, these activities provide opportunities for teacher-to-student feedback and communication, such as the affirmation I wrote for this student.

Virtual labs and web-based learning activities offer endless opportunities for application within curriculum. With more and more virtual labs, tours, and exploratory investigation modules being created every day, this instructional strategy offers students greater versatility and choice of how they learn content. Pictured here is a biology student working intently on a DNA transcription/translation virtual learning experience.