Wood Science: Beyond Building
This course explores the many uses of wood beyond building, from its renewable properties to its potential for energy production. Students will gain an understanding of the science behind wood and its applications. ▼
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Course Feature
Cost:
Free
Provider:
Coursera
Certificate:
No Information
Language:
English
Start Date:
Self Paced
Course Overview
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Updated in [March 06th, 2023]
This course, Wood Science: Beyond Building, provides an overview of the science of wood and its uses. Students will explore why wood is studied, and will be provided with book and organization recommendations for further study. The course will also cover topics such as forest cover and harvests, comparing fuel values, and managing forests. Finally, students will learn about harvesting wood. By the end of the course, students will have a better understanding of the science of wood and its uses.
[Applications]
After completing this course, students can apply their knowledge of wood science by exploring the various ways wood can be used. They can research the different types of wood and their properties, as well as the different ways wood can be harvested and managed. Additionally, they can look into the various organizations that promote sustainable forestry and wood use. Finally, they can use the knowledge gained from this course to compare the fuel values of different types of wood and make informed decisions about their use.
[Career Paths]
1. Wood Scientist: Wood Scientists are responsible for researching and developing new wood products and technologies. They analyze the properties of wood and develop new ways to use wood in construction, furniture, and other applications. They also work to improve the sustainability of wood harvesting and production. As the demand for sustainable wood products increases, the need for Wood Scientists is expected to grow.
2. Wood Engineer: Wood Engineers are responsible for designing and constructing wood structures. They use their knowledge of wood properties and engineering principles to create safe and efficient structures. They also work to improve the efficiency of wood production and harvesting. As the demand for sustainable wood products increases, the need for Wood Engineers is expected to grow.
3. Wood Technologist: Wood Technologists are responsible for developing and testing new wood products and technologies. They analyze the properties of wood and develop new ways to use wood in construction, furniture, and other applications. They also work to improve the sustainability of wood harvesting and production. As the demand for sustainable wood products increases, the need for Wood Technologists is expected to grow.
4. Wood Conservationist: Wood Conservationists are responsible for protecting and preserving woodlands and forests. They work to ensure that woodlands and forests are managed in a sustainable manner and that wood harvesting and production are done in an environmentally responsible way. As the demand for sustainable wood products increases, the need for Wood Conservationists is expected to grow.
[Education Paths]
1. Bachelor of Science in Forestry: This degree program focuses on the management of forests and woodlands, and provides students with the knowledge and skills to become successful forest managers. Students learn about the ecology of forests, the principles of forest management, and the economic and social aspects of forestry. They also gain an understanding of the legal and regulatory aspects of forestry, and the importance of sustainable forest management.
2. Master of Science in Wood Science: This degree program focuses on the science of wood, including its structure, properties, and uses. Students learn about the physical and chemical properties of wood, and how to use wood in a variety of applications. They also gain an understanding of the principles of woodworking, and the importance of sustainable forestry.
3. Doctor of Philosophy in Wood Science: This degree program focuses on advanced research in wood science. Students learn about the structure and properties of wood, and how to use wood in a variety of applications. They also gain an understanding of the principles of woodworking, and the importance of sustainable forestry.
Developing trends in wood science include the use of new technologies to improve the efficiency of wood production, the development of new wood products, and the use of wood in renewable energy production. Additionally, wood science is becoming increasingly important in the field of sustainable forestry, as the demand for wood products continues to grow.
Course Syllabus
Wood Structure & Moisture Content: Part A
Wood Structure & Moisture Content: Part B
Wood Structure & Moisture Content: Part C
Wood Challenges and Solutions
Solving the Riddle
Stress Tests
Anisotropic Nature of Wood
Wood Decay and Preservation: Part A
Wood Decay and Preservation: Part B
Wood Decay and Preservation: Part C
Pros & Cons
Interesting lectures and applications.
Comprehensive knowledge of wood science.
Useful for Civil Engineering students.
Clear explanations and examples.
Good structure and quizzes.
Understands American wood industry.
Expert lectures and knowledge.
Incentive to learn more about wood.
Common knowledge.
Poor audio quality.
Inept quizzes.
Whispering lectures.
No medicinal benefits covered.
Course Provider
Provider Coursera's Stats at AZClass
Wood Science: Beyond Building explores the many uses of wood beyond construction, from its renewable properties to its potential for energy production. Students will learn about the science behind wood and its applications. Learners can learn about the importance of wood in their lives, from its use in architecture to its role in the environment. The course covers topics such as book recommendations, organizational advice, forest cover and harvesting, fuel value comparisons, and forest management. Learners learn about the different types of wood and their uses and the importance of sustainable forestry practices.
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