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Ph'D' Academic Requirements

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CHEM602 Advanced Inorganic Chemistry (3) Typical CHEM Schedule ... CHEM648B Special Topics in Organic Chemistry: Biological Catalysis ... – PowerPoint PPT presentation

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Title: Ph'D' Academic Requirements


1
Ph.D. Academic Requirements
  • 21 Course Credits
  • 18 Class Credits
  • (6 Courses)
  • 1 Library Class
  • (CHEM648x/BCHM648x)
  • 2 Seminars
  • (CHEM689/BCHM689)
  • 12 Research Credits
  • CHEM899/BCHM899

2
Normal Course Load 1st Year
  • Register 10 credits/semester
  • Three Classes/Semester
  • 1-Credit Library Course in Year 1
  • Seminar or 1-Credit Problem Solving Class
  • Must maintain a GPA of 3.0 or better

3
Fall Advising
  • Prior to your advising appointment
  • Review courses and make preliminary selection of
    3 courses
  • Bring choices/questions to advising meeting
  • Meet with Faculty Advising Teams
  • Dr. Mullin/Dr. Vedernikov
  • Dr. Ondov/Dr. Isaacs
  • Dr. Gerratana/Dr. Cropp

4
Typical Schedule Biochemistry Ph.D.
  • Fall Semester
  • BCHM671 Protein Chemistry Enzymatic Catalysis
  • BCHM674 Nucleic Acids
  • BCHM669 Laboratory Rotations
  • BCHM889 Biochemistry Seminar
  • Spring Semester
  • BCHM673 Regulation of Metabolism
  • BCHM675 Biophysical Chemistry
  • BCHM889 Biochemistry Seminar
  • BCHM676 Biological Mass Spectrometry

5
Typical CHEM Schedule Organic/Inorganic
Specialization
  • Fall Semester
  • CHEM647 Organic Synthesis (3)
  • CHEM650 Problems in Organic Synthesis (1)
  • CHEM601 Structure Bonding of Molecules
    Materials (3)
  • CHEM648B Biological Catalysis (3)
  • Spring Semester
  • CHEM641 Organic Reaction Mechanisms (3)
  • CHEM640 Problems in Organic Reaction Mechanism
    (1)
  • CHEM460 Molecular Spectroscopy (3)
  • CHEM602 Advanced Inorganic Chemistry (3)

6
Typical CHEM Schedule/Analytical/Environmental
Specialization
  • Fall Semester
  • CHEM625 Separation Methods in Quantitative
    Analysis (3)
  • CHEM474 Environmental Chemistry (3)
  • CHEM689 Instrument Interfacing (3)
  • CHEM648x Library Course
  • Spring Semester
  • CHEM624 Electrical Methods of Quantitative
    Analysis
  • CHEM678 Atmospheric Chemistry
  • CHEM689 Biological Mass Spectrometry
  • CHEM889 Analytical Chemistry Seminar

7
Typical CHEM Schedule Physical/Theory
Specialization
  • Fall Semester
  • CHEM684 Thermodyanmics
  • CHEM690 Quantum Chemistry I
  • CHEM601 Structure and Bonding
  • CHEM648x Library Course
  • Spring Semester
  • CHEM687 Statistical Mechanics
  • CHEM691 Quantum Chemistry II
  • CHEM689 Nonlinear Spectroscopy
  • CHEM889 Seminar

8
The Library Class (648x)
  • Required of all 1st year students
  • Introduction to Literature/Electronic Library
    Tools
  • Class begins January 7 (meets in intersession
    only)
  • Literature-based Paper due in May
  • Chemists register in either Fall, 2007 or Fall,
    2008
  • Biochemists register in Spring, 2008

9
Special Topics Fall 2007
  • CHEM648B Special Topics in Organic Chemistry
    Biological Catalysis
  • CHEM689 Instrument Interfacing
  • CHEM689A Special Topics in Physical Chemistry
    Simulation and Theory of Liquids
  • Mostly seminar-style courses
  • More intensive student participation
  • Heavier reliance on current literature (vs.
    textbook)
  • Taught on less regular basis.

10
Role of Coursework
  • Courses provide the necessary intellectual
    background for the intended area of research
    specialization.
  • Spring semester advising will be done by the
    research advisor.
  • Once the academic requirements are fulfilled,
    students may elect to take additional coursework.
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