Study plan Bachelor's Degree in Genetics

Study guides

Timetables

Timetables, lecture rooms and examinations

Table of credits for each course

	Basic training	Compulsory	Optional	Final Project
1st year	42	18
2nd year	18	42
3rd year		60
4th year			54	6
Totals	60	120	54	6

Period of study

Annual

Part-time or full-time

Full-time dedication. Part-time option available.

Basic and compulsory training

1st academic year	2nd year
1st semester Cell Biology and Histology Chemistry Mathematics Microbiology Integrated Laboratory I 2nd semester Animal and Plant Biology Biochemistry Integrated Laboratory II Genetics Animal Physiology	1st semester Biostatistics Ecology Molecular Biology of Prokaryotes Molecular Genetics of Eukaryotes Cytogenetics Integrated Laboratory III 2nd semester Integrated Laboratory IV  Biology Development Population Genetics Mutagenesis Instrumental Techniques
3rd year	4th year
1st semester Genomics, Proteomics and Interactomics Bioinformatics Quantitative and Improvement Genetics Human Genetics Genetics and Reproduction Integrated Laboratory V 2nd semester Evolution Molecular Genetic Diagnosis Medical Genetics Biology Systems Bioethics and Legislation Integrated Laboratory VI	Final Project

Optional subjects

4th year

Agricultural Genomics / 6 cr. Molecular Biology and Plant Biotechnology / 6 cr. Immunology / 6 cr. Human Biology / 6 cr. Control of Genetic Expression in Eukaryotes / 6 cr. Economics and Business Management / 6 cr. Genes and the Environment / 3 cr. Genetics of Cancer / 6 cr. Microbial Genomics / 6 cr. History of Genetics / 3 cr. Genetic Engineering of Microorganisms / 6 cr. Professional Perspectives of Genetics / 6 cr. External Work Placement / 12 cr. Gene and Cellular Therapy / 6 cr. Science Topics Today / 6 cr. Transgenic Animals / 6 cr. Reproduction Techniques / 3 cr. Forensic Anthropology /3 cr. Vaccines and Drugs / 6 cr. Current Issues in Bioinformatics / 3 cr.

 

Not all optional subjects are offered each year.