The Chemistry Department offers diverse choices for study:
Students interested in biochemistry should consider either the bachelor of science chemistry curriculum with biochemistry or biology electives or the bachelor of science program in cell biology/biochemistry offered jointly by the chemistry and biology departments.
The department emphasizes the importance of the research experience in a modern chemical education. The opportunity to engage in an original experimental investigation in collaboration with a faculty member is an important and distinctive aspect of this program.
Bachelor of Science graduates will not automatically achieve the American Chemical Society's certification. To fulfill these requirements, B.S. chemistry students should take the equivalent of at least two additional laboratory or research courses, and biochemistry CHEM 351.
A bachelor of arts major in chemistry consists of ten courses. Eight courses in chemistry are required: Principles of Chemistry (CHEM 205) OR Explorations in Chemistry (207), Organic Chemistry I (211), Organic Chemistry II (212), Analytical Chemistry I (231), Inorganic Chemistry I (321), and Biophysical Chemistry (340) OR Physical Chemistry (341) and two 300-level chemistry electives. In addition, one semester each of calculus (MATH 201) and modern physics (PHYS 211) are required. Calculus II (MATH 202) and the second semester of Classical and Modern Physics (PHYS 212) are strongly recommended.
A bachelor of science major in chemistry consists of 17 courses. Eleven courses in chemistry are required: Principles of Chemistry (CHEM 205) OR Explorations in Chemistry (207), Organic Chemistry I (211), Organic Chemistry II (212), Analytical Chemistry I (231), Inorganic Chemistry I (321), Physical Chemistry I (341), Inorganic II (322), Analytical Chemistry II (332), and Physical Chemistry II (342) and two 300-level chemistry electives. Also required are three courses in mathematics, Calculus I, II, and III, (MATH 201, 202, and 203), two courses in physics, Modern Physics I and II, and one science elective. An honors program is available.
|ANBE 266 Animal Behavior
ASTR 201 Observational Astrophysics
BIOL 205 Intro Molecules & Cells
BIOL 206 Organismal Biology
CEEG 242 Sustainability Principles for Eng
CHEG 200 Chemical Engineering Principles
CHEG 442 Food Science and Technology
CHEG 453 Product and Process Chemistry
CHEG 455 Atmospheric Chemistry and Physics
CHEG 457 Applied Colloid, Surface & Nanoscience
CHEG 460 Biomaterials
CHEG 468 Particle Technology
CHEG 470 Special Topics Chem Eng
CHEG 472 Special Topics Chem Eng
CHEG 450 Polymer Science
CSCI 203 Intro to Comp Sci 1
ECEG 100 Found of Elec and Comp Eng
ECEG 101 Elec & Compt Eng Analysis
ECEG 205 Elec & Compt Eng Fundamentals
ENGR 240 Science of Materials
ENGR 215 Statistics and Experimental Design
ENST 211 Environmental Pollution & Control
|ENST 221 Hazardous Waste & Society
GEOL 304 Crystallography-Minerology
GEOL 305 Intro Geochemistry
GEOL 321 Special Topics
GEOL 322 Special Topics
GEOL 334 Geophysics
GEOL 336 Geohydraulogy
MATH 212 Differential Equations
MATH 216 Statistics 1
MATH 219 Topics in Applied Math
MATH 245 Linear Algebra
MATH 280 Logic, Sets, and Proofs
MATH 303 Probability
MECH 220 Mechanics 1
NEUR 100 Intro to Neuroscience
NEUR 217 Neuropharmacology
NEUR 250 Biopsychology
PHYS 221 Classical Mechanics
PHYS 222 Wave Mechanics & Quantum Physics
PHYS 235 Applied Electronics
PHYS 333 Electromagnetic Theory 1
PHYS 340 Biophysics
Restrictions or prerequisites may apply
The M.A. degree program in the Chemistry department is for high school teachers of chemistry and enriches their training through research and courses. It is designed to allow high school teachers to experience chemistry as it is actually practiced. A goal of the program is to help teachers see themselves as chemists as well as teachers.
The Master of Science program in Chemistry at Bucknell University is designed to provide students with a basic foundation in their field through both research and courses and to prepare them, should they desire, to continue their graduate education in a specialized area of chemistry at any other institution. In some instances, students unsure of their background training or of their desire to pursue graduate work leading to the doctorate at a large university have elected to study for the MS degree at Bucknell. Many graduates of this program have continued their studies and earned the doctorate from leading universities throughout the country. In other cases, students have obtained attractive employment in industry, government and teaching.
A combined B.S./M.S. degree program is available for students who know at an early stage that they want a career in chemical research. Selected during their sophomore year, students spend three 10-week summer sessions gathering the experimental results which form the basis for their master's thesis. Their courses satisfy the requirements for the B.S. degree at the end of their senior year and their M.S. degree requirements by the end of that summer. In this way, students are able to accelerate their chemistry education while still obtaining a liberal foundation in the humanities and social sciences. Students interested in coordinating graduate with undergraduate work should consult the department chair before the end of the sophomore year.
Two minors are available in the department of chemistry:
Students seeking certification to teach at the secondary level are required to take one course in English literature in addition to the University writing requirement (AP credit does not count) and two courses in mathematics (AP credit does count). A 3.0 GPA is required for admission to the teacher certification program (PreCIP) and for certification. Additional requirements for students seeking to teach chemistry are provided at the education department web site.)
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