Online courses directory (469)

This course provides education and training for EMS healthcare workers who may have need to transport a patient with a serious communicable disease like Ebola.

One Health, One Medicine: A Global Health Approach is a course for anyone interested in health, including: medicine, veterinary medicine, public health, life sciences, environmental health, health management and international health. The One Health One Medicine concept is changing the way we perceive and tackle the world’s health problems. This course is geared toward premedical and preveterinary medical students, as well as anyone interested in public health and MPH studies. This eight-week course is a must for anyone interested in the ways people, animals, and the environment interact with each other, affecting the health of each other. The course is divided into seven sections: History of Medicine Introduction to the One Health One Medicine Concept Emerging Infectious Diseases Zoonotic Diseases Food Safety Environmental Health International Health Time commitments: Students will be expected to complete the course within an eight week block of time. The course is comprised of seven sections which can be completed in weekly blocks requiring two hours of contact time per week. At the end of the seven modules, there are also discussions and case studies to prepare and submit which can be completed within the eight (final) week of the course. This cutting-edge course, taught by Dr Satesh Bidaisee, an associate professor from St. George's University Schools of Medicine and Veterinary Medicine in Grenada, will identify all areas of global health issues that require human and veterinary applications for solutions. St. George's University with its Schools of Medicine, Veterinary Medicine, Arts and Sciences, and Graduate Studies Programs focuses on the One Health One Medicine approach in meeting the global health needs.

Concepts in Nanotechnology is a six-week introduction to nanotechnology. The course is designed at a pre-college level, with no college level chemistry, math, or physics experience required. You will learn what nanotechnology is and what it means for something to be a nanomaterial. You will also learn about the applications and commercial products that use nanotechnology. This is an exciting opportunity to delve into the nano-world. Prerequisites: The course is taught entirely in English and aimed at a U.S. high school level. You need to be familiar with the basic concepts of chemistry, such as the theory of atoms and the periodic table of elements. Basic algebra skills, such as how to deal with equations containing variables, fractions, and exponents is necessary. No prerequisite knowledge in nanotechnology, materials science, or physics is required.

This course focuses on the application of theoretical approaches to the strategic management of technology and innovation. Concepts, tools, and process will be explored through lectures, readings, team activities, and case study applications. Major topics include: The importance of technological innovation Dynamics of technological change Factors affecting technological innovation and adoption Organizational strategy and strategic management in the face of rapid technological change At the end of the course you will be able to: Identify how technological innovation impacts individuals, businesses, and society as a whole Explain how technology changes and evolves Identify the key factors affecting technological innovation and adoption Explain how organizations develop and manage strategies Explain the fundamental dynamics of technological innovation in an organizational setting Explain how to develop and implement organizational strategies for technological innovation

This course teaches students how to prepare, interpret, and use financial data to make business and financial decisions. Course content is based on a variety of topics pulled from specifications of the Accounting Pilot and Bridge Project (APBP) as spearheaded by Dan Deines and Joe Bittner. The APBP is currently striving to get the College Board to add Accounting to its AP Curriculum. Particular emphasis has been placed on mastering the expanded accounting equation, the full accounting cycle, preparing the financial statements, and understanding key financial ratios. Beginners or those just wanting to learn more about accounting are welcome, in addition to professionals and educators. In order to successfully complete this course, students will need the following prerequisites: 1. The ability to read and comprehend English at a college freshman level. 2. Access to YouTube to view course videos. 3. The ability to perform simple math (addition, subtraction, multiplication, division), including solving for an unknown, as shown below: a = b*c where you are given a and c and you need to solve for b a = b + c where you are given a and b and you need to solve for a a = b/c where you are given a and c and you need to solve for b

At its core, this course is about providing students with a broader understanding of music as a uniquely human activity. This will be accomplished by discussing the music you actually listen to, learning about various dimensions and elements of music, and creating your own music. No previous experience making music is necessary. This course is designed for individuals at all levels of musical understanding and experience. The fundamental assumption underlying the course design is that ALL people are innately musicians, whether that musicianship is expressed in the form of listening, performing, or creating music. Ever since you were born (and even before) you have been developing an expertise in music based on your own personal musical experience. This is similar to how you have been developing a language expertise that is dependent on your individual experience with the language(s) that you speak. It is your own individual musical expertise that forms the entry point into this course and on which this course is built. These are the course’s four learning goals: Acquire a more robust understanding of the various dimensions of music Acquire a richer language for talking about (describing and evaluating) music Integrate those understandings to create and evaluate your own music Apply this musical language to describe and evaluate music of others The entire course is framed around answering one basic, but deceptively complex, question: What is music? The course is structured to help answer this question by approaching it from various perspectives, including the following: Music as Human Activity Music as Metaphor Music as Emotion Music as Physics Music as Form Music as Culture Within each module, you will do each of the following: Learn new material through various media, including course readings, presentations, videos, websites, etc. Actively participate in discussions, which are designed to give you opportunities to apply and broaden your knowledge of this new material. Demonstrate your knowledge by completing short quizzes on the material (only some modules). Create musical products of your own, with support and help embedded within the course itself (you do NOT need to be able to play an instrument or have previous experience making/writing music). Review, evaluate, critique, and discuss projects from your peers.

This is the second in a series of four courses aimed at helping students improve their scores on placement tests while preparing for college-level courses. This course focuses on reading skills.

This is the fourth in a series of four courses aimed at helping students improve their scores on placement tests while preparing for college-level courses. This course focuses on math skills.

This course provides an introduction to general semantics—the study of how we transform our life experiences into language and thought. Students will learn how their language habits and behaviors, as well as how they think about and share experiences, are what make them uniquely human. In other words, students will discover the critical, but sometimes subtle distinctions between what happens in their lives and how they talk about what happens. The course will include readings from a wide array of disciplines, such as communication studies, neuroscience, and cultural anthropology. It will also include visual and auditory demonstrations through music and social media, and collaborative interactions with fellow learners. These types of learning experiences allow students to not only learn about more effective language behaviors, but also practice those new behaviors in order to communicate more effectively and appropriately in interpersonal and organizational contexts.

Digital commerce is an emerging area of business and career. According to the research firm Forrester, the sector will reach $370 billion in sales by 2017 and make up 10 percent of total retail sales in the U.S. This course will provide an introduction to the key concepts, business models, and current and future trends in digital commerce. You will also learn how you can start your online store using a leading digital commerce platform that has more than 70,000 stores worldwide–Shopify. Whether you're a student, entrepreneur, or just looking to enhance your knowledge about this emerging sector, this course is for you.

The Iowa Presidential Caucuses hold a special place in US politics. Join Iowa State University’s Dr. Steffen Schmidt to learn more about the caucuses, their connection to Iowa, and their important role in selecting US presidential candidates.

Good nutrition, physical activity, and healthy body weight are essential parts of a person's overall health and well-being. Together, these can help reduce a person's risk of developing serious chronic health conditions such as high blood pressure, heart disease, diabetes, stroke, and cancer. The purpose of this MOOC is to enhance knowledge about healthy lifestyle changes to improve eating practices, physical activity habits, and related wellness behaviors such as sleep habits, stress management, and substance abuse.

In this course, learn about the foundations of the science of oceanography, the classification and formation of the ocean floor, how current sea satellite analysis systems work, the chemistry of the oceans, and the processes that led to its formation. ALSO OFFERED IN SPANISH AND CATALAN.

This course is taught in Spanish. En este curso, el estudiante aprenderá las bases de la ciencia oceanográfica. Cómo se clasifica y se ha formado el fondo marino, cómo funcionan los actuales sistemas de análisis del mar por satélite, la química del océano y los procesos que han llevado a su formación.

This course is taught in Catalan. En aquest curs, l'estudiant aprendrà les bases de la ciència. Com es classifica i s'ha format el fons marí, com funcionen els actuals sistemes d'anàlisi del mar per satèl·lit, la química de l'oceà i els processos que han portat a la seva formació.

Eating well in a round the world regatta is no easy task. Learn how to balance high nutrition with practicality while sailing around the world.

This course is sponsored by Gibco® and designed to prepare you for their Cell Culture Basics Certification. Learn the basic techniques for effective, reproducible laboratory cell culture, including optimized procedures and products that will help you get the consistency your lab work demands.

What do scientists actually do? How do they join forces with other scientists? In this short course, you will learn what it means to follow the scientific process. Get ready to jump into data collection and actual experimentation and walk away with an understanding of what it means to be a scientist in today’s world.

What’s in your digital teaching toolbox? Do you have the tools you need to reach 21st century learners? This course will introduce you to digital technologies and show you how to integrate them into your classroom/webspace.

This course provides an introduction to the environmental aspects of sustainability, including renewable energy techniques, the impact of nonrenewable sources, air quality, storm water management, land use, and the built environment. Topics include climate change and greenhouse gases; wind, solar, water, and geothermal energy; bio-fuels; conservation techniques; global demand; legal and regulatory aspects; and job creation. After completing this course, students will be able converse knowledgeably about the broader context of sustainability and environmental impacts, social consequences and financial opportunities.