Columbia University in the City of New York · Courses
CHEM GR 13 courses with the subject CHEM GR, 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.
Catalogs 15 Programs 229 Checklists 126 Courses 3,936 Policies 596 Agreements 78 Pathways 3 Comparability 192 Subject AEME E 3 AERO E 11 AFAS GU 4 AFAS UN 9 AFRS BC 2 AHCE W 1 AHIS GU 16 AHIS UN 19 AHMM UN 2 AHUM UN 5 AKAD OC 4 AMHS UN 1 AMST BC 1 AMST GU 1 AMST UN 7 ANAT BC 1 ANHS GU 1 ANTH BC 12 ANTH GU 11 ANTH UN 46 APAM E 6 APBM 1 APBM E 1 APCH E 1 APMA 20 APMA E 26 APPH 21 APPH E 38 ARAM OC 4 ARCH GU 1 ARCH UN 14 ASCE UN 6 ASCM UN 2 ASTR BC 2 ASTR GU 4 ASTR S 1 ASTR UN 26 BCHM UN 1 BCRS GU 3 BCRS UN 4 BENG UN 6 BINF 1 BINF G 1 BINF GU 1 BIOC GU 3 BIOC UN 1 BIOL GU 40 BIOL UN 52 BIOT GU 5 BMCH E 2 BMCS 2 BMCS E 2 BMEB 1 BMEB W 1 BMEE E 2 BMEN 33 BMEN E 74 BURM UN 6 BUSI UN 6 CANT OC 2 CANT UN 2 CATL UN 3 CBMF 1 CBMF W 1 CEEM E 2 CEOR 1 CEOR E 1 CGTH GU 1 CGTH UN 2 CHAP E 1 CHBM E 1 CHEE 2 CHEE E 5 CHEM G 1 CHEM GR 13 CHEM GU 15 CHEM UN 23 CHEN 31 CHEN E 66 CHNS GU 17 CHNS UN 17 CHRK UN 3 CIEE 1 CIEE E 4 CIEN 27 CIEN C 1 CIEN E 69 CLCV BC 1 CLCV GU 5 CLCV UN 15 CLCV V 1 CLCZ GU 4 CLEN GU 5 CLEN UN 4 CLFR UN 2 CLGM GU 4 CLGM UN 8 CLGM W 1 CLGR GU 2 CLGR UN 2 CLIA GU 11 CLLT UN 6 CLME GU 5 CLME UN 2 CLPL GU 4 CLPS GU 4 CLRS GU 13 CLRS UN 3 CLSL GU 12 CLSL UN 1 CLSS GU 1 CLYD UN 1 CNNS UN 1 COCI CC 2 COGS GU 1 COGS UN 6 COMS 52 COMS BC 1 COMS E 39 COMS W 101 CPLS GR 1 CPLS GU 12 CPLS UN 5 CSBS W 1 CSEE 11 CSEE E 4 CSEE W 10 CSER GR 1 CSER GU 3 CSER UN 16 CSGM UN 1 CSOR 2 CSOR E 1 CSOR W 3 CZCH GU 2 CZCH UN 4 DNCE BC 71 DROM 7 DROM B 14 DTCH UN 7 EAAS GU 13 EAAS UN 14 EACE 5 EACE E 5 EAEE 25 EAEE E 74 EAEE P 1 EAEE S 2 EAEE W 1 EAIA E 1 EAIA W 1 EARL GU 6 EARL UN 1 ECBM 2 ECBM E 6 ECIA W 1 ECON BC 5 ECON GU 38 ECON UN 13 ECPH GU 1 ECPS GU 1 EDPA 4 EDUC BC 21 EEBM E 5 EECS 11 EECS E 24 EEEB 1 EEEB GU 15 EEEB UN 19 EEEL 1 EEEL E 1 EEME 1 EEME E 5 EEOR 2 EEOR E 2 EESC 1 EESC GR 4 EESC GU 16 EESC UN 18 EGYP OC 4 ELEN 40 ELEN E 113 ENGI 2 ENGI E 24 ENGI W 1 ENGL CC 1 ENGL GU 12 ENGL UN 35 ENME 13 ENME E 26 ENTA GU 2 ENTA UN 1 FILI OC 4 FILM GU 11 FILM UN 29 FINN UN 2 FREN GU 1 FREN UN 24 FREN W 3 FRHS UN 1 FSEB UN 1 FSPH UN 1 GAPP IA 6 GERM BC 2 GERM GU 4 GERM UN 9 GRAP E 1 GREK GU 5 GREK UN 10 GRKM GU 2 GRKM UN 10 GRKM W 1 GU 1 HIST BC 28 HIST GR 1 HIST GU 29 HIST UN 60 HIST W 1 HNGR GU 2 HNGR UN 7 HRTS GU 14 HRTS UN 7 HSAM UN 1 HSCL UN 1 HSEA GU 9 HSEA UN 2 HSME GU 1 HSME UN 2 HSPB UN 1 HSWM UN 1 HUMA CC 2 HUMA UN 2 IEME 1 IEME E 3 IEOR 70 IEOR E 128 INAF U 6 IND 4 INDO UN 6 INSM C 1 INSM UN 2 INSM W 1 IRSH OC 4 ITAL GU 21 ITAL UN 24 JAZZ GU 2 JOUR UN 1 JPNS GU 5 JPNS UN 8 JWST GU 7 KHMR UN 4 KORN GU 6 KORN UN 10 KREY OC 4 LATN GR 1 LATN GU 4 LATN UN 15 LING GU 11 LING UN 4 MACH E 1 MATH BC 4 MATH GU 19 MATH UN 28 MATH V 1 MATH W 1 MDES GU 33 MDES UN 43 MEBM 2 MEBM E 3 MECE 37 MECE E 86 MECH 1 MECH E 1 MECS 1 MECS E 4 MEEC E 1 MEEE E 3 MEEM E 1 MEIE E 1 MPP UN 39 MRKT B 2 MSAE 17 MSAE E 35 MUSI GU 10 MUSI UN 25 NEPA UN 4 NSBV BC 5 ORCA 1 ORCA E 2 ORCS 3 ORCS E 3 PHED UN 4 PHIL GU 12 PHIL UN 30 PHYS GU 14 PHYS UN 39 PLAN A 1 PLCE 1 PLCE GU 1 POLI GU 3 POLI UN 4 POLS BC 1 POLS GU 23 POLS UN 31 PORT UN 9 PSAM 1 PSAM UN 1 PSYC BC 13 PSYC GR 1 PSYC GU 51 PSYC UN 59 PUBH GU 2 PUBH UN 3 PULA UN 4 PUNJ UN 4 QUCH OC 4 RELI GU 47 RELI UN 54 RUSS GU 18 RUSS UN 17 SCNC CC 1 SDEV GU 17 SDEV UN 20 SIEO W 1 SINH UN 6 SIPA IA 2 SLCL GU 1 SLCL UN 2 SLLT GU 1 SOCI BC 6 SOCI GR 1 SOCI GU 3 SOCI UN 24 SPAN G 1 SPAN GU 1 SPAN UN 16 SPJS UN 1 STAT GR 3 STAT GU 13 STAT UN 10 STAT W 1 STEM BC 1 SUMA K 1 SUMR GU 2 SWED UN 2 SWHL UN 5 THTR UN 56 TIBT UN 11 UKRN GU 7 UKRN UN 4 UN 23 URBS GU 2 URBS UN 18 VIAR GU 8 VIAR UN 41 VIET GU 2 VIET UN 6 WLOF UN 4 WMST BC 8 WMST GR 1 WMST GU 6 WMST UN 8 WRIT UN 19 YIDD UN 4 YORU UN 7 ZULU UN 7 No subject 3 CHEM GR6168 MATERIALS CHEMISTRY IIA 2.50
Prerequisites: CHEM UN2443 CHEM C3443 (or equivalent). Prerequisites: CHEM UN2443 , or the equivalent. This is an introductory course to the emerging field macromolecular materials chemistry. The general topics will be based on the chemistry, self-assembly, and performance of block copolymers and conjugated polymers. Particular emphasis will be devoted to the demands required to drive materials from scientific curiosity to commercialization. At the fundamental level, the course will cover topics on polymerization techniques, electronic structure of organic semiconductors, characterization strategies, nanostructures and self-assembly
Subject CHEM GR Credits (min) 2.5 Credits (max) 2.5 Credit unit points Type course Edition 2026-2027 Catalog 2026-2027 Bulletin Source bulletin.columbia.edu CHEM GR6169 MATERIALS CHEMISTRY IIB 2.50
Prerequisites: CHEM UN2443 CHEM C3443 (or equivalent). Prerequisites: CHEM UN2443 , or the equivalent
Subject CHEM GR Credits (min) 2.5 Credits (max) 2.5 Credit unit points Type course Edition 2026-2027 Catalog 2026-2027 Bulletin Source bulletin.columbia.edu CHEM GR6170 Materials Chemistry IIC 2.50
This class will describe the electronic and physical structure of inorganic materials with an emphasis on colloidal quantum dots and surface science
Subject CHEM GR Credits (min) 2.5 Credits (max) 2.5 Credit unit points Type course Edition 2026-2027 Catalog 2026-2027 Bulletin Source bulletin.columbia.edu CHEM GR6222 QUANTUM CHEMISTRY II 2.50
Prerequisites: CHEM GU4221 Quantum Chemistry G4221. Prerequisites: CHEM GU4221 Atomic and molecular quantum mechanics: fundamentals of electronic structure, many-body wave functions and operators, Hartree-Fock and density functional theory, the Dirac equation
Subject CHEM GR Credits (min) 2.5 Credits (max) 2.5 Credit unit points Type course Edition 2026-2027 Catalog 2026-2027 Bulletin Source bulletin.columbia.edu CHEM GR6231 INTERMEDIATE STATISTICAL MECH 2.50
Prerequisites: CHEM GU4221 and CHEM GU4230 CHEM G4221 and CHEM G4230.
Subject CHEM GR Credits (min) 2.5 Credits (max) 2.5 Credit unit points Type course Edition 2026-2027 Catalog 2026-2027 Bulletin Source bulletin.columbia.edu CHEM GR8106 KINETICS 2.5
Kinetics and mechanisms of inorganic reactions.
Subject CHEM GR Credits (min) 2.5 Credits (max) 2.5 Credit unit points Type course Edition 2026-2027 Catalog 2026-2027 Bulletin Source bulletin.columbia.edu CHEM GR8109 CONCISE ORGANOMETALLIC CHEM 2.50
Main group and transition metal organometallic chemistry: bonding, structure, reactions, kinetics, and mechanisms. The only prerequisites needed include General Chemistry II Lectures (specifically, kinetics, and at the level of UN1404 or UN1604) and Organic Chemistry II Lectures (at the level of UN2046 or UN2444). Advanced knowledge from classes, including but not limited to physical chemistry, inorganic chemistry, advanced organic chemistry, and synthetic methods, is NOT required
Subject CHEM GR Credits (min) 2.5 Credits (max) 2.5 Credit unit points Type course Edition 2026-2027 Catalog 2026-2027 Bulletin Source bulletin.columbia.edu CHEM GR8120 Polymers in Nanotechnology 2.5
Polymeric materials have long been ubiquitous items and played important roles in revolutionizing the way we live. Due to the advent of modern polymerization fabrication strategies, polymers are rapidly gaining interest for the development of next generation devices and medical treatment. This course will focus on the chemistry polymers and their use as nanostructured materials created by self-assembly and top-down fabrication techniques. Specifically, the class will be divided into two sections describing the uses of organic nanostructures on a) surfaces and b) as particles. Patterned surfaces will be described in terms of photo-, imprint-, and block copolymer lithography. The preparation of nanoparticles through polymer synthesis, dendrimers, and mechanical manipulation will be the second part.
Subject CHEM GR Credits (min) 2.5 Credits (max) 2.5 Credit unit points Type course Edition 2026-2027 Catalog 2026-2027 Bulletin Source bulletin.columbia.edu CHEM GR8130 CHEMISTRY OF NANOCRYSTALS 2.50
This course will provide a discussion of the thermodynamics and kinetics of colloidal crystallization and stabilization, the physical properties of quantum confined semiconductor and metal nanocrystals, methods of nanocrystal characterization, and examples of nanocrystals in technological applications. Prospective students should be familiar with basic principles of quantum mechanics, thermodynamics of phase transitions, and inorganic chemistry - particularly molecular orbital theory. Undergraduate students interested in this course should obtain approval from the instructor prior to registering
Subject CHEM GR Credits (min) 2.5 Credits (max) 2.5 Credit unit points Type course Edition 2026-2027 Catalog 2026-2027 Bulletin Source bulletin.columbia.edu CHEM GR8223 QUANTUM CHEMISTRY III 2.5
Prerequisites: CHEM G6222.
Subject CHEM GR Credits (min) 2.5 Credits (max) 2.5 Credit unit points Type course Edition 2026-2027 Catalog 2026-2027 Bulletin Source bulletin.columbia.edu CHEM GR8232 ADV STATISTICAL MECHANICS 2.50
Prerequisites: CHEM GU4221 and CHEM GU4230 CHEM G4221 and CHEM G4230, or their equivalents.
Subject CHEM GR Credits (min) 2.5 Credits (max) 2.5 Credit unit points Type course Edition 2026-2027 Catalog 2026-2027 Bulletin Source bulletin.columbia.edu CHEM GR8300 BIOPHOTONICS 2.50
Courses Offered in Alternate YearsPlease contact the Undergraduate Program Manager, Vesna Gasperov (vg2231@columbia.edu), for further information.
Subject CHEM GR Credits (min) 2.5 Credits (max) 2.5 Credit unit points Type course Edition 2026-2027 Catalog 2026-2027 Bulletin Source bulletin.columbia.edu CHEM GR8349 Research Ethics & Philosophy 2.5
This lecture course aims to address philosophical and ethical questions in scientific research. What are the most important traits of successful scientists whose discoveries have greatly benefited humanity (and led to Nobel Prizes)? What distinguishes great science from mediocre or pathological "science"? What are the ethical standards of scientific research? How do we identify scientific misconduct or fraud? Why are ethical standards so critical to the integrity of the research enterprise? The course requires extensive participation of students in the form of discussions and debates. Grades will be based on participation, writing assignments, and one oral presentation. Admissions Undergraduate Admissions Postbac Premed Admissions Newly Admitted Students U.S. Military Veterans Dual and Joint Degree Programs Educational Financing Types of Financial Aid Financial Aid for Military Veterans Cost of Attendance Applying for Financial Aid Counseling Appointments Document Upload Form Enrollment Update Form Student Account Refunds Academics Undergraduate Postbac Premed Program Applying to Medical School Faculty of Arts and Sciences Academic Policies Student Services Undergraduate Announcements Postbac Premed Announcements Academic Advising Academic Resource Center Campus Services Fellowships Forms and Guides Graduation Health and Wellness Housing International Students Medical School Fair Planning Your Future Premedical Clinical and Research Opportunities Student Life Veterans Resources and Initiatives About Leadership Mission History Statistics and Facts Notable Alumni University Policies Events Staff Directory Faculty News Press Coverage Media Inquiries Follow Us Facebook Twitter Instagram Youtube Columbia University ©2019 Columbia University Accessibility Nondiscrimination Careers Built using Columbia Sites Back to top Close this window Print Options Send Page to Printer Print this page. Download Page (PDF)The PDF will include all information unique to this page.Full 2023-2024 Catalog (PDF)This PDF will include the entire Bernard College 2023-2024 Catalogue.Full 2023-2024 Catalog (PDF)This PDF will include the entire Columbia College 2023-2024 Bulletin. Coming Soon!
Subject CHEM GR Credits (min) 2.5 Credits (max) 2.5 Credit unit points Type course Edition 2026-2027 Catalog 2026-2027 Bulletin Source bulletin.columbia.edu Source: Columbia University in the City of New York's catalog, linked per course · table learning_unit · CourseShelf publish 61
