Academics
Course Search
Search courses by title, code, department, or description.
160 Courses Matching “chemistry”
82 Code & Title Matches
School of Pharmacy
Biomolecular Sciences
- Medc 501: Advanced Medicinal Chemistry I
- Phcg 628: Natural Product Chemistry
- Phcg 636: Fermentation Chemistry
- Phcl 669: Physiological Chemistry
- Phcg 627: Natural Product Chemistry
- Medc 718: Bioorganic Chemistry
- Medc 502: Advanced Medicinal Chemistry II
- Medc 507: Organic Chemistry of Drug Synthesis
- Medc 610: Selected Topics in Medicinal Chemistry
- Medc 542: Problems in Medicinal Chemistry
- Medc 541: Problems in Medicinal Chemistry
- BMS 664: Chemistry & Standardization of Cannabis
- Medc 503: Medicinal Chemistry Research Methodology
College of Liberal Arts
Chemistry & Biochemistry
- Chem 771: Biochemistry I
- Chem 761: Quantum Chemistry
- Chem 773: Biochemistry II
- Chem 774: Selected Topics in Biochemistry
- Chem 776: Nucleic Acid Chemistry
- Chem 617: Research Methodology in Chemistry I
- Chem 524: Principles of Organic Chemistry
- Chem 534: Physical Biochemistry
- Chem 535: Principles of Physical Chemistry I
- Chem 538: Principles of Physical Chemistry II
- Chem 293: Introductory Special Topics in Chemistry
- Chem 717: Internship Seminar in College Chemistry
- Chem 227: Organic Chemistry Honors Recitation I
- Chem 228: Organic Chemistry Honors Recitation II
- Chem 108: General Chemistry Honors Recitation II
- Chem 107: General Chemistry Honors Recitation I
- Chem 651: Research Experience in Chemistry
- Chem 401: Inorganic Chemistry
- Chem 402: Inorganic Chemistry Laboratory
- Chem 393: Intermediate Special Topics in Chemistry
- Chem 765: Bioinorganic Chemistry
- Chem 701: Advanced Inorganic Chemistry I
- Chem 702: Advanced Inorganic Chemistry II
- Chem 715: Selected Topics in Analytical Chemistry
- Chem 705: Seminar in Chemistry
- Chem 718: Research Methodology in Chemistry II
- Chem 725: Selected Topics in Organic Chemistry
- Chem 733: Selected Topics in Physical Chemistry
- Chem 741: Selected Topics in Inorganic Chemistry
- Chem 340: Introduction to Astrochemistry
- Chem 471: Biochemistry I
- Chem 373: Intermediate Biochemistry
- Chem 381: Chemistry for Teachers I
- Chem 382: Chemistry for Teachers II
- Chem 383: Chemistry for Teachers III
- Chem 421: Recitation in Organic Chemistry I
- Chem 415: Computer Methods in Chemistry
- Chem 422: Recitation in Organic Chemistry II
- Chem 441: Forensic Chemistry Senior Research
- Chem 472: Biochemistry Laboratory
- Chem 334: Biophysical Chemistry
- Chem 473: Biochemistry II
- Chem 513: Principles of Analytical Chemistry
- Chem 514: Fundamentals of Electrochemistry
- Chem 529: Stereochemistry
- Chem 554: Analytical Environmental Chemistry
- Chem 580: Molecular Biochemistry I
- Chem 581: Molecular Biochemistry II
- Chem 593: Advanced Special Topics in Chemistry
- Chem 337: Physical Chemistry Laboratory I
- Chem 103: Survey of Chemistry I
- Chem 104: Survey of Chemistry II
- Chem 105: General Chemistry I
- Chem 106: General Chemistry II
- Chem 114: Survey of Chemistry Laboratory II
- Chem 113: Survey of Chemistry Laboratory I
- Chem 116: General Chemistry Laboratory II
- Chem 121: Fundamentals of Organic Chemistry
- Chem 115: General Chemistry Laboratory I
- Chem 201: Environmental Chemistry I
- Chem 202: Environmental Chemistry II
- Chem 221: Elementary Organic Chemistry I
- Chem 222: Elementary Organic Chemistry II
- Chem 331: Physical Chemistry I
- Chem 332: Physical Chemistry II
School of Engineering
Geology & Geological Engineering
College of Liberal Arts
Physics & Astronomy
School of Engineering
78 Full-text Matches
College of Liberal Arts
Biology
School of Pharmacy
Biomolecular Sciences
- Phcl 642: Unified Lab in Pharm, Tox & Phys Chem
- Phcl 641: Unified Lab in Pharm, Tox & Phys Chem
- Phcl 347: Introduction to Environmental Toxicology
- Phcg 630: Advanced Topics
- Phcg 546: Individual Study in Pharmacognosy Res
- Phcg 545: Individual Study in Pharmacognosy Res
- BMS 643: BioMolecular Sciences Seminar
- BMS 641: BioMolecular Sciences Seminar
- BMS 343: Biochemical Foundations of Therapeutics
- BMS 475: Molecular Basis of Future Medicines
School of Engineering
Chemical Engineering
College of Liberal Arts
Chemistry & Biochemistry
- Chem 797: Dissertation
- Chem 796: Doctoral Thesis
- Chem 697: Thesis
- Chem 659: Masters Seminar
- Chem 563: Applied Spectroscopy
- Chem 550: Safety in the Chemical Laboratory
- Chem 548: Workshop-Middle School Science Teachers
- Chem 547: Chem. for High School Science Teacher II
- Chem 546: Chem for High School Science Teacher I
- Chem 545: Chemical Literature
- Chem 544: Chemical Applications of Group Theory
- Chem 536: Advanced Phys. Chem., Reaction Dynamics
- Chem 532: Chemical Thermodynamics
- Chem 531: Advanced Physical Chem., Quantum Chem.
- Chem 530: Advanced Organic Synthesis
- Chem 528: Adv. Organic Chem., Structure Synthesis
- Chem 527: Adv. Organic Chem., Structure Mechanism
- Chem 525: Organic Spectroscopy and Spectrometry
- Chem 519: Chemical Separations
- Chem 459: Forensic Science Internship
- Chem 469: Introduction to Instrumental Analysis
- Chem 423: Organic Analysis
- Chem 351: Individual Research
- Chem 314: Quantitative Analysis
- Chem 226: Elementary Organic Chem. Laboratory II
- Chem 225: Elementary Organic Chem. Laboratory I
- Chem 101: Chemical Concepts
- Chem 470: Forensic DNA Analysis
- Chem 271: Biochemical Concepts
- Chem 512: Advanced Instrumental Analysis
- Chem 319: Chem & Phys Methods of Forensic Chem
- Chem 251: Introduction to Individual Research
- Chem 777: Protein Structure
- Chem 772: Biochemical Techniques
- Chem 762: Theory of Molecular Structure
- Chem 750: Area Seminars
- Chem 759: Doctoral Seminar
- Chem 722: Organic Techniques
- Chem 703: Inorganic Techniques
- Chem 700: Introduction to Graduate Research
- Chem 463: Senior Research and Discovery
- Chem 451: Senior Individual Research
- Chem 716: Mass Spectrometry Fundamentals
- Chem 556: Research Methods in STEM Education
School of Engineering
Civil Engineering
College of Liberal Arts
School of Engineering
Geology & Geological Engineering
School of Pharmacy
Pharmaceutics & Drug Delivery
Pharmacy Practice
College of Liberal Arts
Physics & Astronomy
School of Engineering
School of Pharmacy
- Phcy 603: Integrated Genitourinary & Reproductive
- Phcy 604: Pediatrics and Geriatrics
- Phcy 602: Hematology/Oncology/Immunology
- Phcy 508: Integrated Systems: GI/Nutrition
- Phcy 506: Integrated Systems: CNS/Psych
- Phcy 507: Integrated Systems: Endocrine System
- Phcy 505: Integrated Systems: Neuromuscular
- Phcy 503: Integrated Systems: Respiratory
- Phcy 504: Integrated Systems: Renal
- Phcy 502: Integrated Systems: Cardiovascular
- Phcy 421: Pharmaceutics and Calculations I
- Phcy 402: Foundations of BioMolecular Sciences II
- Phcy 401: Foundations of BioMolecular Sciences I
Course Numbering System
Courses are described by a subject prefix (e.g., Accy for Accountancy) followed by a three-digit number (complete listing of course prefixes). This constitutes the official designation of the course for the purposes of registration and official records. The official course title also appears following the course number, along with a brief description of the course. The number of semester hours of credit for the course and information about pre- or corequisites is also provided. The following numbering system determines the level of the course and availability to students.
Course Level | Description |
---|---|
1-99 | Courses that accrue no credit toward a degree |
100-299 | Lower-division courses; open to all students for undergraduate credit |
300-499 | Upper-division or advanced courses; open as undergraduate credit to students who are classified as sophomore or higher, or by permission of the department offering the course |
500-599 | Courses open as graduate credit to graduate students and open as undergraduate upper-division credit to undergraduate students who are classified as juniors or seniors |
600-799 | Courses open to graduate students |
Prerequisites are listed for some courses. A student may not take a course unless these prerequisites have been met. In a continuous course sequence (such as Writ 101, 102 or Math 261, 262, 263, 264) the prior courses are prerequisite to the subsequent courses unless otherwise stated. Thus, a student who has failed one semester of a continuous course sequence may not take a subsequent course in that sequence until the failed course has been passed. In the case of modern or ancient language sequences (such as Span 101, 102, 201, 202), a student may begin at any level but then must take any subsequent courses in order. If a corequisite course is listed, this course must be taken during the same semester as the first course.