M2 Molecular Biology and Environmental Microbiology
ECTS
60 credits
Duration
1 year
Component
Collège Sciences et Technologies pour l’Energie et l’Environnement (STEE)
Language(s)
English
Presentation
Increasingly strong societal demand in the fields of the Environment, sustainable development, and health now call for a synergy of cutting-edge skills involving Chemical and Biological Sciences.
Apply here from October to March
The Master's degree in Molecular biology and Environmental Microbiology trains specialists with a mastery of modern molecular biology and environmental microbiology, with a solid background in chemistry, capable of grasping environmental issues related to:
- The protection of ecosystems,
- The ecotoxicology of soils, sediments, and water,
- The identification of microorganisms representing a risk to the environment or public health,
- The bio-rehabilitation of sites affected by anthropogenic (industrial and agricultural) pollution.
The Molecular Biology and Environmental Microbiology Master's degree is at the heart of this technological and socioeconomic evolution. At a meeting point between the professional world and the University in a region that is home to large-scale facilities of several industrial companies concerned by bio-decontamination(Total, Arkema, chemical industries at the Lacq site) and strong agricultural activity.
Biological methods developed for the remediation of contaminated sites, the treatment of effluents, the control of the use of phytosanitary products, or the search for pathogens in natural waters and cooling or water distribution systems are increasingly in demand and proposed as necessary alternatives for sustainable improvement of environmental problems.
The implementation of these methods as well as the development of molecular analysis tools and techniques (quantitative PCR, DNA chips, high-throughput sequencing, bioinformatics analysis, microbial biosensors, GMOs, and protein engineering) is one of the challenges for industrial and environmental policies in the coming years.
An orientation toward research may be envisaged, depending on the choice of options and especially internships.
Objectives
Taught in English, the first semester is devoted to theoretical and practical teaching by teacher-researchers, supplemented by conferences in which professionals from the sector share their experience in the field, as well as visits to companies. The course is mainly taught through project-based scenarios.
The second semester consists of an internship of 4 to 6 months in a company, a professional organization, or an academic research laboratory.
Your university
Skills
At the end of this course, graduates will develop the following skills according to their choice of optional courses:
Identify the concepts and approaches of modern microbiology and biology,- Understand the complexity and importance of microbial processes in the environment,
- Master modern biochemical, molecular, and genetic methodologies, as well as mathematical, statistical, and computer bioinformatic tools,
- Search for pathogens in natural environments and industrial installations or select micro-organisms likely to degrade contaminants of biotic or abiotic origin in the laboratory or in the natural environment,
- Conduct experiments to evaluate the effectiveness of biological or chemical methods of environmental remediation,
- Conduct studies and formulate opinions to solve practical problems posed by the protection of ecosystems: assessing the benefit-risk of the methods used, setting up field study protocols,
- Conduct field experiments to evaluate the effectiveness of chemical or biological methods for the protection of eco- and agrosystems.
Additional information
Key assets
- Open to a Work and Study Program.
- Dual degree with a “Master in Biotechnology of Environment and Health” from the University of Oviedo (Spain).
Scholarships
The International Master Programs Admission Office
Organisation
|
SEMESTER 1 from September to January | ||
|---|---|---|
|
Mandatory courses | ||
|
Field |
Course |
ECTS |
|
Language |
2 | |
|
Data analysis |
4 | |
|
Molecular biology and environmental microbiology |
6 2 4
| |
|
|
Electives: choose for 10 ECTS |
ECTS |
|
Quality |
2 | |
|
Environmental Chemistry |
2 2 2 2 | |
|
Ecology |
Molecular Ecology (2.0 crédits ECTS) |
2 |
|
Biotechnology |
2 | |
|
Water |
Water treatment: Lab work on Biological water treatments (EC3) (2.0 crédits ECTS) |
2 |
|
Health |
NB: Taught in French |
2 |
|
Group project |
Environmental engineering project |
4 |
|
SEMESTER 2 From January to June | ||
|---|---|---|
|
Fields |
Course title |
ECTS |
|
Internship |
- Internship |
20 |
|
Bibliography |
- Bibliographic research |
10 |
Assessment method
- Final exams
- Ongoing assessments
- Oral presentations
Admission
Admission requirements
Academic requirements
Applicants must hold at least a 4-year university level in chemistry and/or biology fields.
The M2 MBEM is open to students who have completed an M1 (4-year degree) in "Molecular Biology and microbiology for the environment" (BME) or an equivalent level.
For students outside the UPPA, integration in the second year is subjected to a selection of curricula with equivalent training levels and sufficient skills in biology, chemistry, and environment (Molecular biology, bioinformatics, microbiology, environmental microbiology, ecotoxicology, biostatistics, field sampling, and data processing, physical-chemistry, analytical chemistry, environment).
English Language Requirements
Applicants must be fluent in English, both in writing and speaking. An applicant whose native language is not English has to take a recognized international English test.
Minimum required score: CECRL B2 level in English
French Language Requirements
None: French language courses are included in the formation.
For any additional information or questions related to the application, please contact:
beatrice.lauga @ univ-pau.fr
How to apply
Tuition Fees and partial exemptions
Go to the Tuition fee page
The school partially exempts non-EU students from the differentiated fees for initial training enrolling in the Master's program.
Student capacity
And after
Further studies
Sectors
- Environment
- Agribusiness
- Biotechnology
- Life sciences
Fields
- Research and Development
- Quality control
Positions
- Academic positions
- Researchers (public or private)
- Research and Innovation Engineers
