Find your future in the dynamic and highly applied field of chemistry. From developing
new materials to understanding molecular processes, chemistry offers a multitude of
impactful career options. You'll have the opportunity to select your specialized pathway
within the vast landscape of modern chemical sciences, learning alongside motivated
peers who aspire to become doctors, pharmacists, and a variety of other specialized
professionals.
Core Courses (59 credits)
(
BIOL 1500
Biology I/Lab
/Credits: 4)
(
BIOL 1510
Biology II/Lab
/Credits: 4)
(CHEM 1300 or CHEM 1300H
General Chemistry I/Lab or General Chemistry I/Lab Honors
/Credits: 4)
(CHEM 1310 or CHEM 1310H
General Chemistry II/Lab or General Chemistry II/Lab Honors
/Credits: 4)
(CHEM 2400 or CHEM 2400H
Organic Chemistry I/Lab or Chemistry I/Lab Honors
/Credits: 4)
(CHEM 2410 or CHEM 2410H
Organic Chemistry II/Lab or Organic Chemistry II/Lab Honors
/Credits: 4)
(
CHEM 3050
Chemical Literature and Seminar
/Credits: 3)
(
CHEM 3405
Biophysical Chemistry/Lab
/Credits: 4)
(
CHEM 3460
Quantitative Analysis/Lab
/Credits: 4)
(
CHEM 3650
Biochemistry/Lab
/Credits: 4)
(
CHEM 4005
Inorganic Chemistry I
/Credits: 3)
(
CHEM 4101
Senior Chemistry Seminar
/Credits: 1)
(
MATH 2100 or MATH 2100H
Calculus I or Calculus I Honors
/Credits: 4)
(MATH 2200 or MATH 2200H
Calculus II or Calculus II Honors
/Credits: 4)
(
PHYS 2400
Physics I/Lab
/Credits: 4)
(
PHYS 2500
Physics II/Lab
/Credits: 4)
Major Electives (9 credits) select 3 courses from the following
(
CHEM 3150
Environmental Chemistry
/Credits: 3)
(
CHEM 3215
Survey of Rational Drug Design
/Credits: 3)
(
CHEM 3800
Principles of Pharmaceutics
/Credits: 3)
(
CHEM 3850
Principles of Pharmacology
/Credits: 3)
(
CHEM 4010
Inorganic Chemistry II/Lab
/Credits: 5)
(
CHEM 4150
Chemical Instrumentation
/Credits: 4)
(
CHEM 4200
Plant Drug Analysis
/Credits: 3)
(
CHEM 4500
Principles of Pharmacokinetics
/Credits: 3)
(
CHEM 4900
Special Topics in Chemistry
/Credits: 3)
(
CHEM 4950
Internship in Chemistry
/Credits: 3)
(
CHEM 4990
Independent Study in Chemistry
/Credits: 3)
(
PHYS 3100
Introduction to Biophysics
/Credits: 3)
Core Courses (74-75 credits)
(
BIOL 1500
Biology I/Lab
/Credits: 4)
(CHEM 1300 or CHEM 1300H
General Chemistry I/Lab or General Chemistry I/Lab Honors
/Credits: 4)
(CHEM 1310 or CHEM 1310H
General Chemistry II/Lab or General Chemistry II/Lab Honors
/Credits: 4)
(CHEM 2400 or CHEM 2400H
Organic Chemistry I/Lab or Organic Chemistry I/Lab Honors
/Credits: 4)
(CHEM 2410 or CHEM 2410H
Organic Chemistry II/Lab or Organic Chemistry II/Lab Honors
/Credits: 4)
(
CHEM 3050
Chemical Literature and Seminar
/Credits: 3)
(
CHEM 3460
Quantitative Analysis/Lab
/Credits: 4)
(
CHEM 3650
Biochemistry/Lab
/Credits: 4)
(
CHEM 3700
Physical Chemistry I/Lab
/Credits: 4)
(
CHEM 3710
Physical Chemistry II/Lab
/Credits: 4)
(
CHEM 4005
Inorganic Chemistry I
/Credits: 3)
(
CHEM 4010
Inorganic Chemistry II/Lab
/Credits: 5)
(
CHEM 4101
Senior Chemistry Seminar
/Credits: 1)
(
CHEM 4150
Chemical Instrumentation
/Credits: 4)
(
CHEM 4990 or CHEM 4950
Independent Study in Chemistry or Internship in Chemistry
/Credits: 3)
(
MATH 2100 or MATH 2100H
Calculus I or Calculus I Honors
/Credits: 4)
(
MATH 2200 or MATH 2200H
Calculus II or Calculus II Honors
/Credits: 4)
(
MATH 3200 or MATH 3400
Calculus III (4 credits) or Ordinary Differential Equations (3 credits)
/Credits: 4)
(
PHYS 2400
Physics I/Lab
/Credits: 4)
(
PHYS 2500
Physics II/Lab
/Credits: 4)
Students are required to complete 30 credit hours as part of the General Education
Program. For specific course requirements, refer to the “General Education Program”
section on page 95 of the NSU Undergraduate Student catalog.
The academic program and curriculum requirements listed on this page are from the NSU Undergraduate Student Catalog. Students are bound by policies and curricula published in the catalog in effect
the semester they enter the university, unless an agreement is made with appropriate
NSU administration officials allowing them to abide by policies published in a later
catalog.