Foundations of Virtual Instruction

Start Date: 07/05/2020

Course Type: Common Course

Course Link: https://www.coursera.org/learn/virtual-school

About Course

This course provides teachers with the foundation for understanding the movement towards virtual instruction. It introduces fundamental knowledge needed by teachers to succeed in a technology-dependent, instructional environment. You will explore the history of online learning and understand how a variety of delivery models are evolving in the K-12 environment, ranging from completely online to hybrid or blended classrooms. We will discuss how the programs work and who they serve, addressing some basics about equity issues, access and school funding, as well as ethical and legal issues that support and challenge the models. Upon completion of the course, you will understand what it takes to transition from teaching in the classroom to providing virtual instruction. Upon completing this course, you will be able to: 1. Describe the history of online learning models 2. Identify current virtual instruction models and who offers them 3. Explain how virtual instruction models have evolved and why 4. Describe common features of synchronous and asynchronous technologies 5. Discuss basic ethical and legal issues faced by schools

Course Syllabus

Welcome to the course! Begin by reading the Course Overview and familiarizing yourself with our course. This week we will explore the history of virtual education, as well as the different models of virtual education. Our guest speaker, Dr. O'Neal, will discuss the "Flipped Classroom" and how this pedagogy can enhance teaching and learning.

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Course Introduction

Foundations of Virtual Instruction This course is designed to introduce you to the basic concepts and principles of virtual instruction, providing you with the foundation you need to succeed in a specialized language such as C++, Java, C#, or JavaScript. We'll learn about topics such as object-oriented programming, inheritance, and lambdas, and we'll also cover topics such as performance and how to evaluate programs. You'll also learn about coursework and the difference between assignments and threads. You'll also learn about object-oriented design and performance, and how to use threads in your programs. We'll use a variety of topics for evaluating programs, including common ones as class templates, generic lambdas, and generic inheritance. You’ll also learn how to use threads in your .NET applications, and you’ll perform unit tests for your programs using the .NET standard. You’ll also learn how to use threads in your C++ programs using the Boost libraries.Threads and the Threadpool Threading, Lambdas, and Exceptions Thread Safety Thread Performance Evaluation Foundations of Virtual Instruction This course is designed to introduce you to the basic concepts and principles of virtual instruction, providing you with the foundation you need to succeed in a specialized language such as C++, Java, C#, or JavaScript. We'll learn about topics such as object-oriented programming, inheritance, and lambdas

Course Tag

Education Teaching Online Learning Lesson Plan

Related Wiki Topic

Article Example
Missouri Virtual Instruction Program Missouri Virtual Instruction Program is an online accredited school program in the state of Missouri which includes grades K-12. The service has been offered since 2007.
Instruction set Specialised processor types like GPUs for example also provide complex instruction sets. Nonetheless many of these specialised processor complex instruction sets do not have a publicly available native instruction set and native assembly language for proprietary hardware related reasons and are usually only accessible to software developers through standardized higher level languages and APIs. The OpenGL virtual instruction set and virtual assembly language ARB assembly language and CUDA are examples of such hardware abstraction layers on top of the specialised processor native instruction set.
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