Graduate Courses
- Master's Program Coursework
- Doctoral Program Coursework
- Graduate Student Handbook
- Course Schedule - updated March, 2019
- MS Checklist
- Ph.D. Checklist
- PBGG 6000 – Plant Breeding Practicum – Summer 2018
Master's Program Coursework
Degree Program Requirements
M.S. students must have 30 credit hours to graduate comprised of:
21 hours of coursework, 12 of which are graduate level courses only (not from split undergraduate/graduate courses, e.g., 4100/6100). On the Program of Study form, please use * to designate 6000/7000 courses open only to graduate students.
9 hours of research (6) and thesis writing (3)
The following courses are required for graduation:
- one course of Research Seminar (PBGG/CRSS/HORT 8861)
- one course of Plant Breeding (PBGG/CRSS/HORT 6140)
- one course of Plant Breeding Practicum (PBGG/CRSS/HORT 6000)
- one Statistics course (STAT 6220 or STAT 6315 or FANR 6750 or higher)
M.S. students can only transfer 6 graduate course credits from another institution. No more than 6 hours of research (PBGG 7000) will be counted as hours on your program of study.
Core Courses
A list of our core courses are below along with suggested electives. Students will work with their Major Professor and Advisory Committee to determine the best program of study.
Plant Breeding Courses:
- PBGG(CRSS)(HORT) 6140. Plant Breeding
- PBGG(CRSS) 6000. Plant Breeding Practicum
- PBGG(HORT) 8102. Breeding Ornamental Plants
Genetics and Cytogenetics Courses:
- GENE 4200/6200. Advanced Genetics
- HORT(ECOL)(PBGG) 8390. Conservation of Plant Genetic Resources
- PBGG 8890. Plant Cytogenetics : Behavior and Evolution of the Plant Genome
Plants and Their Environment Courses:
- ENTO(CRSS)(PATH) 6250-6250L. Pesticides and Transgenic Crops
- ENTO(CRSS)(PATH) 6740-6740L. Integrated Pest Management
- FANR 6750. Experimental Methods in Forestry and Natural Resources Research
- PATH 6280-6280L. Diagnosis and Management of Plant Diseases
Biometry and Bioinformatics Courses:
- BINF 6003. Introduction to Computer Programming for Biologists
- BINF(BCMB) 4005/6005. Essential Computing Skills for Biologists
- PBIO(BIOL) 6550. Bioinformatics Applications
- STAT 6210. Statistical Methods I
- STAT 6220. Statistical Methods II
- STAT 6230. Applied Regression Analysis
- STAT 6315. Statistical Methods for Researchers
- STAT 6630. Statistical Methods in Bioinformatics I
- STAT 6640. Statistical Methods in Bioinformatics II
Biochemical and Molecular Genetics Courses:
- BCMB(BTEC)(ENTO) 4200/6200. Biotechnology
- BCMB 6000. General Biochemistry and Molecular Biology
- BCMB 6010 Biochemistry and Molecular Biology I
- BCMB 6020 Biochemistry and Molecular Biology II
Electives for professional development:
- ALDR 7200. Foundations of Agricultural Leadership
- ALDR 7350. Group, Team, and Organizational Development in Agricultural Organizations
- CRSS 7990. Supervised Teaching Practicum in Crop and Soil Sciences
- EDHI 9010. Academic Programs in Higher Education
- GENE 8650. Responsible Science
- PBGG(CRSS)(HORT) 8860. PBGG Communication Seminar
- PBIO 8930. Science Writing for General Audiences
- PBIO 8820. Plant Genetics and Molecular Biology Seminar (critical analysis of literature)
- PBIO(PBGG) 8020. Essential skills for graduate students
- 2 Classes in August & Classes from October till end of semester
Ph.D. Program Requirements
Ph.D. (M.S. already earned) – students must have 30 credit hours to graduate comprised of:
16 hours of coursework (a minimum of 16 hours of 8000-9000 level credits) excluding 9000/9005/9300
3 hours of dissertation writing (9300)
6 hours of research (PBGG 9000) and the remainder in research or relevant lower level courses
The following courses are required for graduation:
- two credits of Graduate Seminar (PBGG/CRSS/HORT 8860 & PBGG/CRSS/HORT 8861)
- Advanced Plant Breeding (PBGG/CRSS/HORT 8140)
- Plant Breeding Practicum (PBGG/CRSS/HORT 6000)
- Plant Genetics (PBIO 8100 or PBGG 8890 or comparable)
- Statistics (PBGG 8010 or STAT 8200 or comparable)
Ph.D. students can only transfer 9 graduate course credits from another institution after beginning at UGA.
Straight Ph.D. (no M.S. required) – students must have 36 credit hours to graduate comprised of:
27 hours of coursework (a minimum of 16 hours of 8000-9000 level credits), and including MS/PhD requirements
9 hours (minimum) of research (6h) and writing (3h)
The following courses are required for graduation:
- two credits of Graduate Seminar (PBGG/CRSS/HORT 8860 & PBGG/CRSS/HORT 8861)
- Plant Breeding (PBGG/CRSS/HORT 6140)
- Plant Breeding Practicum (PBGG/CRSS/HORT 6000)
- Advanced Plant Breeding (PBGG/CRSS/HORT 8140)
- Plant Genetics (PBIO 8100 or PBGG 8890 or comparable)
- Statistics (STAT6220 or STAT 6315 or FANR 6750 or higher)
- Statistics (PBGG 8010 or STAT 8200 or comparable)
Core Courses
A list of our core courses are below along with suggested electives. Students will work with their Major Professor and Advisory Committee to determine the best program of study.
Plant Breeding Courses:
- PBGG (CRSS) 6000. Plant Breeding Practicum
- PBGG (HORT) 8102. Breeding Ornamental Plants
- PBGG (CRSS) (HORT) 8140. Advanced Plant Breeding
- PBGG (CRSS) (HORT) 8870. Translational Genomics
- PBGG (CRSS) (HORT) (PBIO) 8871. Genome Analysis and Comparative Mapping
- Weeks 6-10 Spring Semester Even Years
- PBGG (CRSS) (HORT) (PBIO) 8872. QTL Mapping and Discovery
- Weeks 11-15 Spring Semester Even Years
- PBGG (CRSS) (HORT) 8873. Transgenic Breeding
- Weeks 1-5 Fall Semester Odd Years
- PBGG (CRSS) (HORT) 8874. Genomic Selection (PENDING APPROVAL)
- PBGG (CRSS) (HORT) (PBIO) 8875. Genome-wide Association in Plants (PENDING APPROVAL)
- PBGG (CRSS) 8880. Quantitative Aspects of Plant Breeding
- PBGG 9980. Graduate Internship in Plant Breeding, Genetics & Genomics (PENDING APPROVAL)
Genetics and Cytogenetics Courses:
- FANR (BINF) (GENE) 8140. Functional Genomics
- HORT (ECOL)(PBGG) 8390. Conservation of Plant Genetic Resources
- PBIO 8100. Plant Genetics
- PBGG (CRSS) 8890-8890L. Plant Cytogenetics: Behavior and Evolution of the Plant Genome
Plants and Their Environment Courses:
- HORT 8104. Advanced Plant Physiology
- HORT 8150. Growth and Development of Horticultural Crops
- PATH 6280-6280L. Diagnosis and Management of Plant Diseases
- PATH 6910. Genetics of Host Plant Resistance to Disease
Biometry and Bioinformatics Courses:
- BINF 6003. Introduction to Computer Programming for Biologists
- BINF (BCMB) 4005/6005. Essential Computing Skills for Biologists
- BINF 8950. Systems Biology
- CRSS 8010. Research Methods
- PBIO(BIOL) 6550. Bioinformatics Applications
- STAT 4360/6360. Statistical Software Programming
- STAT 6640. Statistical Methods in Bioinformatics II
- STAT 8090. Statistical Analysis of Genetic Data
- STAT 8200. Design of Experiments for Research Workers
Biochemical and Molecular Genetics Courses:
- BCMB 8010. Advanced Biochemistry and Molecular Biology I
- GENE 8920. Nucleic Acids
- GENE 8930. Advanced Molecular Genetics
- GENE 8940. Genome Analysis
Electives for professional development:
- ALDR 7200. Foundations of Agricultural Leadership
- ALDR 7350. Group, Team, and Organizational Development in Agricultural Organizations
- CRSS 7990. Supervised Teaching Practicum in Crop and Soil Sciences
- EDHI 9010. Academic Programs in Higher Education
- GENE 8650. Responsible Science
- GRSC 8550. Responsible Conduct of Research
- PBGG (CRSS) (HORT) 8860. PBGG Communication Seminar (prereq to CRSS 8861)
- PBGG (CRSS) (HORT) 8861. PBGG Research Seminar
- PBIO 8930. Science Writing for General Audiences
- PBIO 8820. Plant Genetics and Molecular Biology Seminar (critical analysis of literature)
- PBIO(PBGG) 8020. Essential skills for graduate students
- 2 Classes in August & Classes from October till end of semester