44 courses with the subject CHEM H, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
CHEM H111CHEMICAL STRUCTURE AND BONDING1.0
Structure and bonding in molecules starting from nuclear and electronic structure of atoms. This course introduces the theories of chemical bonding that rationalize and predict the structures and bulk properties of molecules and materials. It also introduces modern instrumental and computational methods used to study chemical structure and bonding. CHEM111 and CHEM113 are designed to cover the same material while catering to different student learning styles. CHEM111 involves 3 lecture hours per week while CHEM113 is an intensive course that involves 5 lecture hours per week. Three lectures and one lab period per week required via co-enrollment in CHEM H111L.
Structure and bonding in molecules starting from nuclear and electronic structure of atoms. This course introduces the theories of chemical bonding that rationalize and predict the structures and bulk properties of molecules and materials. It also introduces modern instrumental and computational methods used to study chemical structure and bonding. Three lectures and one lab period per week required via co-enrollment in CHEM H111A or CHEM H113A (depending on placement).
An introduction to chemical thermodynamics, equilibrium, electrochemistry and kinetics. Microscopic properties are used to develop basic chemical concepts of energy, enthalpy, entropy, and the Gibbs Energy, and their applications to thermochemistry, equilibria, and electrochemistry. Chemical kinetics, reaction mechanisms, and applications to chemical problems are also discussed. Three lectures and one lab period per week required. Students must register separately for the lab, CHEM H112L.
An introduction to chemical thermodynamics, equilibrium, electrochemistry and kinetics. Microscopic properties are used to develop basic chemical concepts of energy, enthalpy, entropy, and the Gibbs Energy, and their applications to thermochemistry, equilibria, and electrochemistry. Chemical kinetics, reaction mechanisms, and applications to chemical problems are also discussed. Three lectures and one lab period per week required. Students must register separately for the lecture, CHEM H112B or CHEM H114B (depending on placement).
CHEM H113INTENSIVE: CHEMICAL STRUCTURE AND BONDING1.0
Structure and bonding in molecules starting from nuclear and electronic structure of atoms. This course introduces the theories of chemical bonding that rationalize and predict the structures and bulk properties of molecules and materials. It also introduces modern instrumental and computational methods used to study chemical structure and bonding. CHEM111 and CHEM113 are designed to cover the same material while catering to different student learning styles. CHEM113 is an intensive course that involves 5 lecture hours per week while CHEM111 involves 3 lecture hours per week. Five lectures and one lab period per week required via co-enrollment in CHEM H113L. Prerequisite(s): Self-Placement following Chemistry Department guidelines. Intended for first-year students.
Structure and bonding in molecules starting from nuclear and electronic structure of atoms. This course introduces the theories of chemical bonding that rationalize and predict the structures and bulk properties of molecules and materials. It also introduces modern instrumental and computational methods used to study chemical structure and bonding. Three lectures and one lab period per week required via co-enrollment in CHEM H111A or CHEM H113A (depending on placement).
An introduction to chemical thermodynamics, equilibrium, electrochemistry and kinetics. Microscopic properties are used to develop basic chemical concepts of energy, enthalpy, entropy, and the Gibbs Energy, and their applications to thermochemistry, equilibria, and electrochemistry. Chemical kinetics, reaction mechanisms, and applications to chemical problems are also discussed. This is a more intensive offering of CHEM 112 designed for students with little or no experience in chemistry. Students must register for the lab separately, CHEM H114L.
An introduction to chemical thermodynamics, equilibrium, electrochemistry and kinetics. Microscopic properties are used to develop basic chemical concepts of energy, enthalpy, entropy, and the Gibbs Energy, and their applications to thermochemistry, equilibria, and electrochemistry. Chemical kinetics, reaction mechanisms, and applications to chemical problems are also discussed. Three lectures and one lab period per week required. Students must register separately for the lecture, CHEM H112B or CHEM H114B (depending on placement).
Survey of organic chemistry reactions in an aqueous environment, highlighting transformations important for understanding the properties and reactivity of biomolecules in the cell, with emphasis on functional groups, acids and bases, chirality, energetics, reaction mechanisms, enzyme inhibitors and drug design. Three lectures and one lab period per week required via co-enrollment in CHEM H222L. Prerequisite(s): ChemH111 (lecture and lab) OR ChemH113 (lecture and lab), AND ChemH112 (lecture and lab) OR ChemH114 (lecture and lab). Students who have taken two semesters of college-level chemistry (lecture and lab) elsewhere should contact the Department Chair and/or the instructor immediately after preregistration to obtain access to a self-guided course designed to evaluate preparation. Such students are not guaranteed entry into Chem 222A.
Survey of organic chemistry reactions in an aqueous environment, highlighting transformations important for understanding the properties and reactivity of biomolecules in the cell, with emphasis on functional groups, acids and bases, chirality, energetics, reaction mechanisms, enzyme inhibitors and drug design. Three lectures and one lab per week required via co-enrollment in CHEM H222A. Prerequisite(s): same as for Chem H222A.
This course will explore complex syntheses in mechanistic details. We will employ prior knowledge in more advanced topics such as chemical and physical properties of dienes, aromatics, carbonyl compounds, carboxylic acids and derivatives. Students mus register for the lab separately, CHEM H225L. Prerequisite: CHEM H222
This course will explore complex syntheses in mechanistic details. We will employ prior knowledge in more advanced topics such as chemical and physical properties of dienes, aromatics, carbonyl compounds, carboxylic acids and derivatives. Students mus register for the lecture separately, CHEM H225B. Prerequisite: CHEM H222
CHEM H261RESEARCH TUTORIAL IN PHYSICAL CHEMISTRY0.5
One-half credit course for the year designed for students interested in the chemistry research experience in physical chemistry, condensed phase chemical physics, and biophysical chemistry, with emphasis on spectroscopic studies of peptides and proteins. (Not open to seniors.) Prerequisite(s): Instructor consent: interested students should discuss possible enrollment with the instructor.
CHEM H262RESEARCH TUTORIAL IN THEORETICAL CHEMISTRY0.5
One-half credit course for the year designed for students interested in the chemistry research experience in theoretical physical chemistry, with emphasis on simulations and calculations related to materials such as nanoparticles, vibrational probes, and ionic liquids. (Not open to seniors.) Prerequisite(s): Instructor consent
CHEM H263RESEARCH TUTORIAL IN ORGANIC CHEMISTRY0.5
One-half credit course for the year designed for students interested in the chemistry research experience in synthetic organic chemistry and physical-organic chemistry. Topics include total synthesis of biologically significant molecules, new methods of enantioselective synthesis, and the study of organic reaction mechanisms. (Not open to seniors.) Prerequisite(s): Instructor consent
One-half credit course for the year designed for students interested in the chemistry research experience in nanochemistry. (Not open to seniors.) Prerequisite(s): Instructor consent
CHEM H267RESEARCH TUTORIAL IN BIOLOGICAL CHEMISTRY0.5
One-half credit course for the year designed for students interested in the chemistry research experience in natural product biosynthesis. (Not open to seniors.) This course is graded universal P/F in which no numerical grade is assigned. Prerequisite(s): Instructor consent
CHEM H268RESEARCH TUTORIAL IN ENVIRONMENTAL CHEMISTRY0.5
One-half credit course for the year designed for students interested in the chemistry research experience in the field of biogeochemistry, a multidisciplinary approach focused at understanding the chemical composition and processes of Earth's biosphere. (Not open to seniors.) Prerequisite(s): Instructor consent
CHEM H269RESEARCH TUTORIAL IN MATERIALS SCIENCE0.5
One-half credit course for the year designed for students interested in the chemistry research experience in the field of biogeochemistry, a multidisciplinary approach focused at understanding the chemical composition and processes of Earth's biosphere. (Not open to seniors.) Prerequisite(s): Instructor consent
CHEM H301LAB IN CHEMICAL STRUCTURE AND REACTIVITY1.0
Two lectures and two laboratory periods. An introduction to the methods of research in chemistry. Inorganic, organic, physical chemistry, computational chemistry, and biochemical concepts are integrated in a broad laboratory study of structure and its relationship to chemical reactivity. Physical methods are used in studies of organic, inorganic, and biochemical reactions. Chemical synthesis and the modern methods of computation and instrumental analytical chemistry are particularly stressed. Prerequisite: CHEM H225 or instructor consent
CHEM H302LAB IN CHEMICAL STRUCTURE AND REACTIVITY1.0
Two lectures and two laboratory periods. An introduction to the methods of research in chemistry. Inorganic, organic, physical chemistry, and biochemical concepts are integrated in a broad laboratory study of structure and its relationship to chemical reactivity. Physical methods are used in studies of organic, inorganic, and biochemical reactions. Chemical synthesis and the modern methods of instrumental analytical chemistry are particularly stressed. Instruments such as lasers, the 500 MHz NMR spectrometer, and the mass spectrometer combined with either gas or liquid chromatography are used by students, with faculty supervision. Prerequisite(s): CHEM H225 and either CHEM H304, or CHEM H305 (which may be taken concurrently)
An introduction to the laboratory concepts and techniques at the chemistry-biology interface including: molecular cloning, protein purification, biophysical spectroscopy, molecular modeling, and biochemical assays. Crosslisted: Chemistry, Biology Prerequisite(s): CHEM H225, BIOL H200, and BIOL H201
CHEM H304STATISTICAL THERMODYNAMICS AND KINETICS1.0
A quantitative approach to the description and prediction of behavior in chemical systems. Topics to be covered include: introductory quantum mechanics and energy in molecules, statistical mechanics and energy partitioning, thermodynamics of molecules and larger systems, physical and chemical equilibrium, and chemical kinetics. Systems of interest range from single molecules to complicated condensed-phase macromolecular assemblies; specific experimental examples of single-molecule observation, phase changes in lipids and liquid crystals, and observations of protein folding will be discussed in the context of the course material. Prerequisite(s): MATH H118 or Math H120 or placement into Math 121 or above, and either CHEM H104 or CHEM H112 or CHEM H114, or instructor consent
Two lectures. The quantum theory of atoms and molecules as applied to problems in molecular structure, computational chemistry, and basic spectroscopic techniques. Emphasis on computer-based solutions and visualization. Prerequisite(s): MATH H121 or Math H120 or placement into 200-level Mathematics, or instructor consent.
CHEM H310SEMINAR IN THE SOCIAL RELEVANCE OF CHEMISTRY0.5
This seminar will explore, articulate, and discuss the influence that Chemistry and society have on each other. Participants will develop awareness of the historical, political and cultural context of western science, with specific attention to how chemistry affects, and is affected by, the exclusion of people and ideas based on race, ethnicity, ability, socioeconomic status, and other identities. Participants will connect these topics of study to their current roles at Haverford and future careers. Pre-requisite(s): One semester of CHEM 225 or a declared Chemistry major Lottery Preference: Declared Majors: Seniors, then Juniors
Three lectures for one-half semester (one-half course credit). An introduction to structure and reactivity of inorganic molecules and materials. Topics include: theories of chemical bonding, symmetries of molecules and solid state materials, acid-base, oxidation-reduction reactions, and structures and nomenclature of coordination complexes. Prerequisite(s): CHEM H225
CHEM H350TOPICS IN QUANTUM CHEMISTRY: MOLECULAR MODELING0.5
The specific content of this course will depend on faculty and student interests. Exploration of advanced topics in quantum physical chemistry, including electronic structure methods, vibrational calculations, and related experimental techniques. The applications of these techniques will also be explored. Pre-requisite(s): Completion of CHEM 305 or instructor consent. Fall 2026: This course will cover empirical force fields, energy minimization, computer simulations, molecular dynamics, monte carlo, structural and temporal correlation functions, and other concepts important in modeling molecular systems.
Three lectures for one-half semester (one-half course credit). Biological cells require metals such as zinc, iron, copper, manganese, and molybdenum; metal-binding abilities of various functional groups within proteins and nucleic acids, metal-based reactivity involved in reaction mechanisms of specific metalloenzymes, and medically-relevant topics such as bioaccumulation and storage of metal ions, the toxicity of heavy metals, and use of metal-containing drugs in treating disease will be discussed. Prerequisite(s): Chem H222 and either CHEM H320 or BIOLH201
001 Enhanced Sampling Methods - Survey of enhanced sampling methods used to predict biophysically relevant quantities such as drug binding strengths and protein structures. Topics include umbrella sampling, metadynamics, replica exchange, transition path sampling, and alchemical transformations. Corequisite(s): Chem H304 or equivalent 002 X-Ray Crystallography - The specific content of the course varies, depending on faculty and student interests. The course will focus on biophysical chemistry and related topics.; Prerequisite(s): CHEM H222 (BIOL H201 recommended), or instructor consent
This course will focus on organic synthesis in industry with an emphasis on pharmaceutical/agrochemical research. The discovery and development of pharmaceutical drugs/agrochemicals will be examined using real examples with an emphasis on both discovery and process chemistry and how/why their synthetic routes are different. Prerequisite(s): Chemistry H225.
CHEM H356TOPICS IN BIOLOGICAL CHEMISTRY: NATURE'S POISON, TOXIN, POTION0.5
Students will explore core issues for developing medications to treat neglected tropical diseases (NTDs) which primarily impact the poorest people in the world. The class will follow several scientific story-lines for drugs currently in different phases of development. The scientific focus will be on the molecular structures and design of drugs and their mechanisms targeting pathogen/host biological interactions. Prerequisites: CHEMH222 and BIOLH201, or instructor permission.
CHEM H357TOPICS IN BIOLOGICAL CHEMISTRY: NATURE'S POISONS, TOXINS, AND POTIONS0.5
Survey of how living organisms biosynthesize organic molecules that can be beneficial and harmful to humankind, including antibiotics, anticancer agents, toxins and more. Prerequisite(s): Chem 225 or instructor consent
The specific content of the course varies, depending on faculty and student interests. The course will focus on a specific topic within the realm of Inorganic Chemistry; example topics include electrochemical technology, organometallic catalysis, main group chemistry, and f-block elements. The Spring 2022 topic is organometallic catalysis, and the course will introduce fundamental concepts in organometallic chemistry including different types of organometallic reactions, catalyst development and applications in organic synthesis. Prerequisite(s): CHEM 225 and CHEM 320
CHEM H361SENIOR RESEARCH TUTORIAL IN PHYSICAL CHEMISTRY1.0
Directed research in physical chemistry, condensed phase chemical physics, and biophysical chemistry, with emphasis on spectroscopic studies of site-specific environmental and conformational dynamics in peptides and proteins. Prerequisite(s): Instructor consent
CHEM H362SENIOR RESEARCH TUTORIAL IN THEORETICAL CHEMISTRY1.0
Directed research in computational and theoretical physical chemistry, with emphasis on development and application of simulations and calculations related to materials such as nanoparticles, vibrational probes, and ionic liquids. Prerequisite(s): Instructor consent
CHEM H363SENIOR RESEARCH TUTORIAL IN ORGANIC CHEMISTRY1.0
Directed research in synthetic organic chemistry, and physical-organic chemistry. Topics include total synthesis of biologically significant molecules, new methods of enantioselective synthesis and the study of organic reaction mechanisms. Prerequisite(s): Instructor consent
CHEM H367SENIOR RESEARCH TUTORIAL IN BIOLOGICAL CHEMISTRY1.0
Topics include synthesis and reactivity of chiral platinum complexes; structural characterization of platinum oligonucleotide complexes by combined multidimensional NMR/computational methods. Prerequisite(s): Instructor consent
CHEM H368SENIOR RESEARCH TUTORIAL IN ENVIRONMENTAL CHEMISTRY1.0
Directed research in environmental chemistry, centered in the field of biogeochemistry, a multidisciplinary approach focused at understanding the chemical composition and processes of Earth's biosphere. Prerequisite(s): Instructor consent
CHEM H369SENIOR RESEARCH TUTORIAL IN MATERIALS SCIENCE1.0
Directed research in inorganic materials chemistry. Topics include synthesis and structural characterization of organically templated microporous materials. Prerequisite(s): Instructor consent
Presentation and discussion of current research topics in the various areas of chemistry by faculty, students and outside speakers. One meeting per week throughout the year (one-half course credit). This course is graded universal P/F in which no numerical grade is assigned. Prerequisite(s): concurrent enrollment in a research tutorial course (CHEM H361 to CHEM H369, or equivalent).
