Genetics BS/Genetics MS(non-thesis)

Sample Program of Study

  • Year 1 - Fall

    ENGL 1101, 3
    MATH 2250, 4
    CHEM 1211-1211L, 4
    BIOL 1107-1107L, 4
    FYOS 1001, 1
  • Year 1 - Spring

    BIOL 1108-1108L, 4
    CHEM 1212-1212L, 4
    World Languages & Culture, 4
    ENGL 1102, 3
  • Year 1 - Summer

    N/A
  • Year 2 - Fall

    GENE 3200-3200D, 4
    CHEM 2211-2211L, 4
    STAT 3110, 3
    World Languages & Culture, 4
  • Year 2 - Spring

    GENE 3000-3000D, 4
    Fine Arts/ Philosophy/ Religion (Franklin), 3
    STAT 3120, 3
    World Languages & Culture, 3
    CMLT 2400, 3
  • Year 2 - Summer

    N/A
  • Year 3 - Fall

    BCMB 3100, 4
    PHYS 1111-1111L, 4
    GENE Laboratory, 3
    HIST 2111 or 2112, 3
  • Year 3 - Spring

    GENE 6000*, 3
    PHYS 1112-1112L**, 4
    GENE Laboratory, 4
    Fine Arts/ Philosophy/ Religion (Franklin), 3
    PEDB, 1
  • Year 3 - Summer

    N/A
  • Year 4 - Fall

    GENE 6200*, 3
    GENE 4950, 1
    Major Elective^*, 3
    POLS 1101, 3
    General Elective, 3
    General Elective, 3
  • Year 4 - Spring

    CBIO 3400, 4
    GENE 4950, 1
    Major Elective^*, 3
    Social Sciences, 3
    General Elective, 3
  • Year 4 - Summer

    N/A
  • Year 5 - Fall

    GENE 8920, 3
    Graduate Elective#, 3
    Graduate Elective#, 3
  • Year 5 - Spring

    GENE 7100, 1
    GENE 8880, 1
    Graduate Elective#, 3
    Graduate Elective#, 3
    GRSC 8550, 1

Notes:

* Graduate courses used to satisfy both undergraduate and graduate degree program requirements.

** Choose one from PHYS 1112-1112L (Intro Physics Mechanics) or CHEM 2212-2212L (Mod Organic Chemistry II) or CSCI 1301-1301L (Intro Programming).

^ Any GENE graduate elective at 6000-8000 level, chosen in consultation with and approved by the graduate advisor. One of these electives may be taken at the 6000-level from the list of Group 2 major electives required for the BS.

# Any appropriate course at the 6000-8000 level, chosen in consultation with and approved by the graduate advisor.

Students must take either (GENE 8150 and 8150L) or (GENE 8920 or GENE 8930).