Universidad Francisco de Vitoria
Degree in Genetics
Madrid, Spain
Bachelor's degree
DURATION
4 years
LANGUAGES
Spanish, English
PACE
Full time
APPLICATION DEADLINE
EARLIEST START DATE
TUITION FEES
EUR 11,700
STUDY FORMAT
On-Campus
Fast-track counseling
By contacting the school, you'll get access to free priority counselling for any study and application questions.
Key Summary
About : The Degree in Genetics focuses on understanding genetic processes and their implications. Students will explore topics such as molecular biology, genomics, and inheritance patterns. The program offers a blend of theoretical knowledge and practical lab experiences to prepare students for advancements in genetic research and biotechnology.
Career Outcomes : Graduates of this program can pursue various paths, including roles in biotechnology, pharmaceuticals, and academic research. Additional opportunities might include genetic counseling and positions within healthcare and clinical laboratories. Students can leverage their knowledge in medical genetics, environmental genetics, and agricultural biotechnology.
Can you imagine being able to predict diseases before they appear? Or grow plants that resist pests without the need for pesticides? All this is possible thanks to genetics. With this official degree you will discover that each cell is loaded with information and you will be able to transform sectors as diverse as medicine, industry, agriculture, sport or the environment.
- Can you imagine working on treatments for diseases that are currently incurable?
- Are you interested in learning about fields such as regenerative medicine, gene therapies, precision medicine, etc.?
- Would you like to know how genetics can help in energy production or in the conservation of endangered species?
- Do you see yourself collaborating with scientists and professionals from different parts of the world on innovative research projects?
Why is UFV the best option to study Genetics?
- You will study at one of the first Spanish universities to offer a degree in Genetics, which has more than 20 years of experience in Experimental Sciences courses and a study plan endorsed by a highly prestigious Scientific and Technical Advisory Board.
- You will learn in a very practical way with workshops, seminars, visits to companies and laboratories, academic trips and conferences on the latest trends in the genetics sector.
- From day one, you will conduct research in UFV laboratories, in small classes and at your own workplace, so that you can experiment and innovate with the latest technology.
- You will specialize with a diploma in Applied Genetics and Business to develop genetic solutions in fields as diverse as industry, business, the environment, science, etc.
- You will be able to participate in research groups on gene and cell therapy, neuroscience, oncology and microbial genetics, launched by the Faculty.
- You will learn about personalized medicine, molecular big data, innovative therapies and regenerative medicine, with professors who are expert researchers and active professionals in your sector.
- You will complete compulsory internships in the best national and international research centres, hospitals and companies so that you can practice your profession in any country in the world.
- And the best part is that you'll have an unforgettable university experience on a campus full of life where you can participate in sports teams, student societies, missions and hundreds of other activities.
At UFV, we know how important it is to pursue a degree that makes you feel fulfilled. That's why we offer numerous opportunities to access our degrees so you don't have to give up on your professional future.
First course
- Cell and Tissue Biology
- General and Organic Chemistry
- Biochemistry
- Math
- History and Philosophy of Science
- Integrated Laboratory I *
- Communication Skills and Competencies
- Introduction to University Studies
- Microbiology
- Basic Genetics
- Biophysics
- Developmental Biology
Subject Taught in English
Second course
- Animal and Plant Biology *
- Molecular Genetics I
- Metabolic Biochemistry
- Bioinformatics
- Anthropology
- Integrated Laboratory II *
- Social responsability
- Animal and Plant Physiology
- Biostatistics
- Microbial Genetics
- Population Genetics
- Molecular Physiology
* Subject Taught in English
Third course
- Molecular Genetics II
- Human Genetics
- Genetic Diagnosis and Cytogenetics *
- Genetic Engineering I
- Ethics and Bioethics
- Integrated Laboratory III *
- Basic and Applied Immunology *
- Virology
- Genetic Engineering II
- Genomics
- Proteomics and Interactomics
- Introduction to Theology
* Subject Taught in English
Fourth grade
- Medical Genetics and Counseling
- Gene and Cell Therapy
- Quantitative Genetics and Improvement
- Update Seminars in Genetics *
- Genetic Modification of Animals
- Genetic Modification and Regulation of Gene Expression in Plants *
- Applied Bioinformatics in Genetics
- Introduction to Artificial Intelligence
- Advanced Bioethics and Deontology
- External Academic Practices
- Final Degree Project
Optional
* Subject Taught in English
Elective Subjects (choose Four Subjects)
- Embryology
- Biological Evolution
- Cancer Genetics
- Genetics of Cardiovascular Diseases
- Neurogenetics
- Forensic Genetics and Criminalistics
- Agrogenomics
- Knowledge Transfer and Scientific Dissemination
- Human Pathophysiology
- Research Project *
- International cooperation
- Economics and Business Management
- Marketing
- Biolegal
- Complementary Training Activities I
- Complementary Training Activities II
From the list of optional subjects that make up the curriculum, students may choose from among the subjects offered by the University each academic year, which will be published in the curriculum book for registration. Likewise, the University, once the registration period has ended, reserves the right to open said optional subjects depending on the number of enrolled students.
* Subject Taught in English
Training Objectives
- Know the fundamental principles and postulates of basic and life sciences, applied to the various aspects of the study of genetics.
- Develop an integrated view of the molecular, cellular, physiological, and structural bases that determine the flow of genetic information from the genome to the phenotype and its impact on the organism and the environment.
- Acquire the skills necessary for experimental work, including the design and conduct of the experiment, the collection of results, statistical analysis, and drawing conclusions,
- taking into account the limitations of the experimental method.
- Apply the scientific foundations, techniques, and tools of nucleic acid manipulation to solve genetic problems and generate creative and innovative proposals in various fields of application, such as medicine, health, the environment, industry, and agriculture.
- Use experimental, bioinformatics and artificial intelligence tools to perform and interpret genetic analysis, diagnosis and genetic counseling in any species, taking into account current legislation and the
- ethical considerations, particularly in humans.
- To efficiently communicate, by any means, and with a critical spirit, the knowledge, methodologies, and applications of genetics, derived from one's own or others' work, to specialized and non-specialized audiences.
- Develop the learning skills necessary to independently pursue advanced studies in various professional fields related to genetics.
- Promote teamwork skills in preparation for developing multidisciplinary collaborations in their professional future.
- Apply the skills acquired during the degree by joining a project under development in a professional environment in the field of genetics.
- Recognize the essential dimensions of the person, the fundamental sense of human dignity, democratic values, and the goals of sustainable development to develop as professionals committed to society and the common good.
Genetics is applied in numerous fields, so geneticists can develop their profession in sectors as diverse as:
- Basic, applied, and clinical research in biomedical sciences, the pharmaceutical industry, microbiology, animal and plant genetic improvement, etc.
- Diagnosis and counseling on genetic diseases and health
- Analysis of large molecular data sets, such as genomics or proteomics (nutrition)
- Forensic genetics, public or private sphere
- Population genetics, genealogical and evolutionary studies (human and other species)
- Classification of species and varieties, conservation of endangered species and biodiversity
- Analysis for quality control in the food industry
- Scientific policy, dissemination
- Bioethics
- Bioinformatics and Computational Genomics
- Education and teaching
- Business area: genetic services companies for data production and analysis, and for genetic counseling of individuals and populations