Learn essential organic chemistry principles, molecular structures, and lab techniques in this 6-week Spanish course with no prior experience required.
Learn essential organic chemistry principles, molecular structures, and lab techniques in this 6-week Spanish course with no prior experience required.
This comprehensive course continues building foundational knowledge in Organic Chemistry through an accessible, engaging approach that requires no previous experience. Over six weeks, you'll explore molecular structures of both natural and synthetic substances, discovering their crucial roles in preserving life, controlling diseases, and efficient food production. The course also addresses energy production limitations and environmental impacts. You'll be introduced to the fascinating art of separation, purification, and structure determination techniques. By understanding the molecular architecture of everyday substances, you'll gain insights into the fundamental principles that govern the organic world around us. The curriculum covers carbon-based compounds with various heteroatoms, stereochemistry, analytical methods for determining molecular structures, practical laboratory techniques, and applications of organic chemistry in daily life. This knowledge serves as a valuable foundation for further studies in chemistry, biology, medicine, or environmental sciences.
6,165 already enrolled
Instructors:

Ernesto Brunet-Romero
Spanish
Spanish
What you'll learn
Understand fundamental concepts of organic chemistry
Analyze molecular structures and their importance in biological systems
Learn techniques for separation and purification of organic compounds
Gain knowledge about structure determination methods
Comprehend the role of organic molecules in life processes
Explore the connection between organic chemistry and environmental issues
Skills you'll gain
This course includes:
PreRecorded video
Access on Mobile, Tablet, Desktop
Limited Access access
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There are 5 modules in this course
This comprehensive organic chemistry course builds on fundamental principles to explore the molecular structures of both natural and synthetic compounds. Students will learn about the importance of organic molecules in preserving life, controlling diseases, and food production, while also considering energy limitations and environmental impacts. The curriculum covers carbon-based compounds containing nitrogen and other heteroatoms, stereochemistry and isomerism concepts, and introduces students to the art of separation, purification, and structure determination techniques. Practical laboratory methods are taught alongside theoretical knowledge, providing a complete understanding of how organic compounds are analyzed and characterized. The course also examines everyday organic compounds and provides basic insights into their preparation, connecting abstract chemical concepts to real-world applications. By the end of the course, students will have gained a solid foundation in organic chemistry principles that can be applied to various scientific disciplines.
Moléculas orgánicas IV: carbono, hidrógeno y nitrógeno (aminas y amidas); otros "heteroátomos"
Module 1
Isomería y Estereoquímica: Estereoisomería
Module 2
¿Cómo se determina la estructura de un compuesto orgánico?
Module 3
¿Cómo se separa, purifica y analiza un compuesto orgánico?
Module 4
Algunos compuestos orgánicos cotidianos y nociones de su preparación
Module 5
Fee Structure
Payment options
Financial Aid
Instructor

Ernesto Brunet-Romero
2 Courses
Pioneer in Organic Chemistry Education and Research
Dr. Ernesto Brunet-Romero, a Fulbright and NATO fellow, is a distinguished professor of Organic Chemistry at Universidad Autónoma de Madrid (UAM). Since 1986, he has been instrumental in advancing the field through teaching, research, and academic collaborations, such as the UAM-Boston University agreement. A participant in the ADA-Madrid project for over a decade, he was a pioneer in developing MOOCs, making organic chemistry accessible to global audiences. He leads the LUMILA research group and the UAM-Ercros Chair in Pharmaceutical Chemistry, focusing on innovative applications of organic chemistry in pharmaceuticals.
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