Free Online Science Classes

This course shares the theory, design, and operation of commercial nuclear power reactors.

Students learn about good and bad cholesterol, disease treatments, and more in this course devoted to the relationship between cholesterol and the human body.

An online chapter from the World of Weather: Fundamentals of Meteorology textbook.

Made for students who have already taken an introductory biology course, this course further explores concepts such as genetics, molecular biology, experimental methods, compounds, parasites, and viruses.

This biology course, made for advanced students, covers topics such as evolution, Darwinism, DNA, and mutations.

Through lecture notes, labs, and suggested readings, the focus of this course is on chemical synthesis and the fundamentals of quantum chemistry.

This upper-level chemistry course covers topics such as elements, electrochemistry, and the chemistry behind food.

In this course, chemistry students may gain supplementary knowledge of advanced chemistry topics, such as chemical equilibrium, reaction rates, and chromatography.

This course explores the conduction of metal, the components of inorganic materials and other fundamentals, principles and experimental techniques of electrochemistry.

This course covers the scope of naturally occurring hydraulic processes and how they can be used and mimicked for various projects.

This course comprises reading assignments taken from various textbooks that focus on the history of igneous rocks and recent developments.

This advanced inorganic chemistry course is designed to give students the knowledge necessary to explain everyday phenomena of inorganic complexes.

Advanced analysis of various properties, chemical components, and compounds of inorganic complexes, and their reactions and interactions with biological systems.

This course takes a scientific look at food.

Students will review equilibrium concepts, thermodynamics of phase transformations, and heterogeneous systems.

Students in this graduate level course will hone their skills of bioengineering and nanotechnology through collaborative projects and in-depth research assignments.

This course takes organic chemistry to the next level, studying the properties and reactions of organic carbon-based compounds.

The focus of this course is on organic reaction mechanisms, focusing on applications of structure and theory.

This course explores topics like the structure of nucleophiles, the formation of anions and much more to give students a better understanding of how molecules interact with each other.

Students in this course will become familiar with the structure and properties of amorphous materials.

This course explores the subject of equilibrium in terms of amorphous materials.