Description
Origianal Title: "If you've ever wanted to learn university level chemistry at home, check out this compilation of lectures I put together! (General, Organic, Bio, Analytical, Physical, Computational, Quantum...)"
"I tend to get a lot of questions about how to learn chemistry online or how to prepare for/supplement university level chemistry courses. So I took a few hours and made a list of the most comprehensive, helpful, and interesting chemistry lecture series. Nearly all of them are recorded in a real college class and are taught by professors. I tried to organize it by sub-branches but the titles of each series should make it pretty obvious as to what type of material the course covers! I'm a huge fan of making college lectures public and hope at least a few of you will find this helpful! Please keep in mind that these are FULL COURSES and that every one of these links is to the first lecture of an entire trimester/semesters worth of courses, so there are generally about 30-40 videos that come after the one that I have linked you to!"
Syllabus
General Chemistry
- Preparation for General Chemistry - 1P (UCIrvine)
- General Chemistry - 1A (UCIrvine)
- General Chemistry - 1B (UCIrvine)
- General Chemistry - 1C (UCIrvine)
Organic Chemistry
- Organic Chemistry - 51A (UCIrvine)
- Organic Chemistry - 51B (UCIrvine)
- Organic Chemistry - 51C (UCIrvine)
- Organic Reaction Mechanisms I - 201 (UCIrvine)
- Organic Reaction Mechanisms II - 202 (UCIrvine)
- Organic Spectroscopy - 203 (UCIrvine)
- Intro to Organometallic Chemistry (IIS)
- Advanced Organic Synthesis: Stoichiometric Organometallic Chemistry (RUB)
- Heterocyclic Chemistry (IIS)
- Organic Photochemistry and Pericyclic Reactions (IIS)
Biochemistry
- Intro to Chemical Biology - 128 (UCIrvine)
- Biochemistry - BB 350 (Oregon State)
- Biochemistry - BB 450/550 (Oregon State)
- Biochemistry I (IIS)
- Immunology with Hematology - M121 (UCIrvine)
- Biochemistry - Essentials in Immunology (IIS)
- Biochemistry - Eukaryotic Gene Expression (IIS)
- Astrobiology and Space Exploration (Stanford)
Analytical Chemistry
- Analytical Chemistry and Chromatography for Graduate Students (University of Minnesota)
- Instrumental Analysis - CH404 (Limestone College)
- Modern Instrumental Methods of Analysis (IISC)
- Symmetry, Structure, and Tensor Properties of Material/X-Ray Crystallography - 3.60 (MIT)
- Advanced Analytical Chemistry (IIS)
Physical Chemistry
- Physical Chemistry - 131A (UCIrvine)
- Physical Chemistry - 131B (UCIrvine)
- Physical Chemistry - 131C (UCIrvine)
- Intro to Solid State Chemistry - 3.091SC (MIT)
- Thermodynamics and Kinetics - 5.60 (MIT)
- Small-Molecule Spectroscopy and Dynamics - 5.80 (MIT)
- Rate Processes (IIS)
- Mathematics for Chemistry (IIS)
- Electrochemistry (Gupta Tutorials)
Quantum Chemistry
- Introductory Quantum Chemistry (IIS)
- Quantum Chemistry and Spin Dynamics (Oxford)
- Modern Physics: Quantum Mechanics (Stanford)
- Particle Physics: Basic Concepts (Stanford)
- Particle Physics: Standard Model (Stanford)
- The Theoretical Minimum: Quantum Mechanics (Stanford)
- Advanced Quantum Mechanics (Stanford)
- Quantum Entanglements: Part 1 (Stanford)
- Quantum Entanglements: Part 3 (Stanford)
Inorganic Chemistry
- Inorganic Chemistry - 107 (UCIrvine)
- Co-ordination Chemistry/Chemistry of the Transition Elements (IIS)
- Bio-Inorganic Chemistry (IIS)
Computational Chemistry
Medicinal/Pharmaceutical Chemistry
Polymer Chemistry
Lab Technique
Chemical Engineering
- Intro to Chemical Engineering (Stanford)
- Chemical Reaction Engineering I (IIS)
- Chemical Reaction Engineering II (IIS)
- Process Integration, Methods and Area of Integration (IIS)
- Process Design Decisions and Project Economics (IIS)
- Fundamentals of Transport Processes I (IIS)
- Fundamentals of Transport Processes II (IIS)
- Chemical Technology I (IIS)
- Plantwide Control of Chemical Processes (IIS)
- Advanced Mathematical Techniques in Chemical Engineering (IIS)
- Mass Transfer Operations I (IIS)
- Mass Transfer Operations II (IIS)
- Heterogeneous Catalysis and Catalytic Processes (IIS)
- Microscale Transport Processes (IIS)
- Multiphase Flow (IIS)
- Fluid Mechanics (IIS)
- Rate Processes (IIS)
- Instability and Patterning of Thin Polymer Films (IIS)
- Process Control and Instrumentation (IIS)
- Particle Characterization (IIS)
- Computational Fluid Dynamics (IIS)
- Heat Transfer (IIS)
- Modern Instrumental Methods of Analysis (IIS)
- Novel Separation Processes (IIS)
- Engineering Chemistry 1 (IIS)
Biotechnology
- Analytical Technologies in Biotechnology (IIS)
- Downstream Processing (IIS)
- Proteomics: Principles and Techniques (IIS)
- Thermodynamics (IIS)
- Biomathematics (IIS)
- Chemical/Biochemical Engineering (IIS)
- Biochemical Engineering/Enzyme Science and Engineering (IIS)
- Chemical and Biomolecular Engineering - 179 (UCBerkeley
Metallurgy
- Electronic Materials, Devices, and Fabrication (IIS)
- Structure of Materials (IIS)
- Optoelectronic Materials and Devices (IIS)
- Environmental Degradation of Materials (IIS)
- Science and Technology of Polymers (IIS)
- Processing of Semiconducting Materials (IIS)
- Advanced Ceramics for Strategic Applications (IIS)
- Principles of Physical Metallurgy (IIS)
- Electroceramics (IIS)
- Advanced Metallurgical Thermodynamics (IIS)
- Non-Ferrous Extractive Metallurgy (IIS)
- Steel Making (IIS)
- Intro to Biomaterials (IIS)
- Materials and Energy Balance (IIS)
- Fuels, Refractory and Furnaces (IIS)
- Physics of Materials (IIS)
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Origianal Title: "If you've ever wanted to learn university level chemistry at home, check out this compilation of lectures I put together! (General, Organic, Bio, Analytical, Physical, Computational, Quantum...)"
"I tend to get a lot of questions about how to learn chemistry online or how to prepare for/supplement university level chemistry courses. So I took a few hours and made a list of the most comprehensive, helpful, and interesting chemistry lecture series. Nearly all of them are recorded in a real college class and are taught by professors. I tried to organize it by sub-branches but the titles of each series should make it pretty obvious as to what type of material the course covers! I'm a huge fan of making college lectures public and hope at least a few of you will find this helpful! Please keep in mind that these are FULL COURSES and that every one of these links is to the first lecture of an entire trimester/semesters worth of courses, so there are generally about 30-40 videos that come after the one that I have linked you to!"
General Chemistry
- Preparation for General Chemistry - 1P (UCIrvine)
- General Chemistry - 1A (UCIrvine)
- General Chemistry - 1B (UCIrvine)
- General Chemistry - 1C (UCIrvine)
Organic Chemistry
- Organic Chemistry - 51A (UCIrvine)
- Organic Chemistry - 51B (UCIrvine)
- Organic Chemistry - 51C (UCIrvine)
- Organic Reaction Mechanisms I - 201 (UCIrvine)
- Organic Reaction Mechanisms II - 202 (UCIrvine)
- Organic Spectroscopy - 203 (UCIrvine)
- Intro to Organometallic Chemistry (IIS)
- Advanced Organic Synthesis: Stoichiometric Organometallic Chemistry (RUB)
- Heterocyclic Chemistry (IIS)
- Organic Photochemistry and Pericyclic Reactions (IIS)
Biochemistry
- Intro to Chemical Biology - 128 (UCIrvine)
- Biochemistry - BB 350 (Oregon State)
- Biochemistry - BB 450/550 (Oregon State)
- Biochemistry I (IIS)
- Immunology with Hematology - M121 (UCIrvine)
- Biochemistry - Essentials in Immunology (IIS)
- Biochemistry - Eukaryotic Gene Expression (IIS)
- Astrobiology and Space Exploration (Stanford)
Analytical Chemistry
- Analytical Chemistry and Chromatography for Graduate Students (University of Minnesota)
- Instrumental Analysis - CH404 (Limestone College)
- Modern Instrumental Methods of Analysis (IISC)
- Symmetry, Structure, and Tensor Properties of Material/X-Ray Crystallography - 3.60 (MIT)
- Advanced Analytical Chemistry (IIS)
Physical Chemistry
- Physical Chemistry - 131A (UCIrvine)
- Physical Chemistry - 131B (UCIrvine)
- Physical Chemistry - 131C (UCIrvine)
- Intro to Solid State Chemistry - 3.091SC (MIT)
- Thermodynamics and Kinetics - 5.60 (MIT)
- Small-Molecule Spectroscopy and Dynamics - 5.80 (MIT)
- Rate Processes (IIS)
- Mathematics for Chemistry (IIS)
- Electrochemistry (Gupta Tutorials)
Quantum Chemistry
- Introductory Quantum Chemistry (IIS)
- Quantum Chemistry and Spin Dynamics (Oxford)
- Modern Physics: Quantum Mechanics (Stanford)
- Particle Physics: Basic Concepts (Stanford)
- Particle Physics: Standard Model (Stanford)
- The Theoretical Minimum: Quantum Mechanics (Stanford)
- Advanced Quantum Mechanics (Stanford)
- Quantum Entanglements: Part 1 (Stanford)
- Quantum Entanglements: Part 3 (Stanford)
Inorganic Chemistry
- Inorganic Chemistry - 107 (UCIrvine)
- Co-ordination Chemistry/Chemistry of the Transition Elements (IIS)
- Bio-Inorganic Chemistry (IIS)
Computational Chemistry
Medicinal/Pharmaceutical Chemistry
Polymer Chemistry
Lab Technique
Chemical Engineering
- Intro to Chemical Engineering (Stanford)
- Chemical Reaction Engineering I (IIS)
- Chemical Reaction Engineering II (IIS)
- Process Integration, Methods and Area of Integration (IIS)
- Process Design Decisions and Project Economics (IIS)
- Fundamentals of Transport Processes I (IIS)
- Fundamentals of Transport Processes II (IIS)
- Chemical Technology I (IIS)
- Plantwide Control of Chemical Processes (IIS)
- Advanced Mathematical Techniques in Chemical Engineering (IIS)
- Mass Transfer Operations I (IIS)
- Mass Transfer Operations II (IIS)
- Heterogeneous Catalysis and Catalytic Processes (IIS)
- Microscale Transport Processes (IIS)
- Multiphase Flow (IIS)
- Fluid Mechanics (IIS)
- Rate Processes (IIS)
- Instability and Patterning of Thin Polymer Films (IIS)
- Process Control and Instrumentation (IIS)
- Particle Characterization (IIS)
- Computational Fluid Dynamics (IIS)
- Heat Transfer (IIS)
- Modern Instrumental Methods of Analysis (IIS)
- Novel Separation Processes (IIS)
- Engineering Chemistry 1 (IIS)
Biotechnology
- Analytical Technologies in Biotechnology (IIS)
- Downstream Processing (IIS)
- Proteomics: Principles and Techniques (IIS)
- Thermodynamics (IIS)
- Biomathematics (IIS)
- Chemical/Biochemical Engineering (IIS)
- Biochemical Engineering/Enzyme Science and Engineering (IIS)
- Chemical and Biomolecular Engineering - 179 (UCBerkeley
Metallurgy
- Electronic Materials, Devices, and Fabrication (IIS)
- Structure of Materials (IIS)
- Optoelectronic Materials and Devices (IIS)
- Environmental Degradation of Materials (IIS)
- Science and Technology of Polymers (IIS)
- Processing of Semiconducting Materials (IIS)
- Advanced Ceramics for Strategic Applications (IIS)
- Principles of Physical Metallurgy (IIS)
- Electroceramics (IIS)
- Advanced Metallurgical Thermodynamics (IIS)
- Non-Ferrous Extractive Metallurgy (IIS)
- Steel Making (IIS)
- Intro to Biomaterials (IIS)
- Materials and Energy Balance (IIS)
- Fuels, Refractory and Furnaces (IIS)
- Physics of Materials (IIS)