Biologie intégrative et physiologie
COMPUTATIONAL AND MATHEMATICAL BIOLOGY – BIOINFORMATICS

Responsables

Aims

Targeted students

Admission conditions

Fundamental prerequisites

Structure and organisation

Learning sites

Learning and research

School registration

Typical courses can be access by

Initial Formation (FI)
Continious formation (FC)

Knowledge to be acquired

Professional skills to be acquired

Internships and supervised projects

Specific teaching conditions

Professional integration rate

Seeked careers

Continuing studies

Partners

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UE mutualized (shared/used by others courses)
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[languages] Teaching languages list
Research method - common requirement label
texte réglementaire...
Research scientist method label
Disciplinary Dream label
Integrative Dream label
Transversale Dream label
Dream-U...
Working insert label
International special label
^intro Research initiation / dissertation
^L International reforcement - Labellisation label
^T International reforcement - Transformation label
^L World Social & Economics reinforcement label
^T World Social & Economics reinforcement transform
Tiger...
^L Research reinforcement - Labelisation label
TPR 2024...
^T Research reinforcement - Transformation label
Apprenticeship program - « alternation »
^[En] Apprenticeship program in English
Apprenticeship program - « apprenticeship »
Apprenticeship program - « continous learning »
Apprenticeship program - « professional contract »
Intensive program
Regular program
Support program
UE - introduction to research / dissertation
Mentored project or dissertation
Taught in all others languages (except french)
Internship
Student Commitment
^En Taught in English
^En+Fr Taught partially in English
Professional integration course
Conducting a research project using a scientific approach course
University Work Method course
Student guidance course
Accesible to students on international exchange program
Accesible at distance
CSR and Sustainable development
Apprenticeship program - « apprenticeship »
Apprenticeship program - « alternation »

5SBY - Master Biologie intégrative et physiologie Formation for 120 credits value
Volume: 782h
Working insert label
- SBY5C2 - Master Computational and mathematical biology Cursus for 120 credits value
  Volume: 623h
  [Anglais]
  ^intro Research initiation / dissertation
  Research method - common requirement label
  ^[En] Apprenticeship program in English
  - SBY4C2W - M1 BIP : Computational and mathematical biology Year for 60 credits value
    Volume: 437h
    - SBYASC2 - Sem 1 M1 BIP : Computational and mathematical biology Semester for 30 credits value
      Volume: 246h
      - SBYAK05 - Using advanced and specialized digital tools Bloc de connaissances et de compétences
        Volume: 54h
        SBYAU14 - Initiation to programming Teaching unit for 3 credits value
        Volume: 30h (CM: 10h, TP: 20h)
        ^En Taught in English
        SMSAU19 - Programming and algorithm (externe) Teaching unit for 3 credits value
        Volume: 24h (CM: 8h, TP: 16h)
        ^En Taught in English
      - SBYAK06 - Developing and integrating highly specialized knowledge Bloc de connaissances et de compétences
        Volume: 102h
        SBYAU11 - Microscopy and image analysis Teaching unit for 3 credits value
        Volume: 30h (CM: 12h, TD: 10h, TP: 8h)
        ^En Taught in English
        SBYAU16 - Fundamental biology 1 Teaching unit for 6 credits value
        Volume: 48h
        ^En Taught in English
        SBYA16A - Basics in cell structure and function Constituent element
        Volume: 24h (CM: 8h, TD: 16h)
        ^En Taught in English
        SBYA16B - Basics in evolution Constituent element
        Volume: 24h (CM: 8h, TD: 16h)
        ^En Taught in English
        SBYAU18 - Genomics Teaching unit for 3 credits value
        Volume: 24h (CM: 8h, TP: 16h)
        ^En Taught in English
      - SBYAK07 - Knowing the professional world Bloc de connaissances et de compétences
        Volume: 30h
        SBYAU08 - Advanced technics in eucaryotic transgenesis Teaching unit for 3 credits value
        Volume: 30h (CM: 20h, TD: 10h)
        ^En Taught in English
        SBYAU18 - Professional perspectives for biological system modelling Teaching unit for 3 credits value
        ^En Taught in English
      - SBYAK08 - Integrating cross-disciplinary approaches Bloc de connaissances et de compétences
        Volume: 60h
        SBYAU12 - Statistics 1 Teaching unit for 3 credits value
        Volume: 30h (CM: 10h, TP: 20h)
        ^En Taught in English
        SBYAU16 - Dynamics of living systems Teaching unit for 3 credits value
        Volume: 30h (CM: 10h, TD: 20h)
        ^En Taught in English
        Conducting a research project using a scientific approach course
    - SBYBSC2 - Sem 2 M1 BIP : Computational and mathematical biology Semester for 30 credits value
      Volume: 191h
      - SBYBK05 - Using advanced and specialized digital tools Bloc de connaissances et de compétences
        Volume: 48h
        SBYBU18 - Computational biology Teaching unit for 3 credits value
        Volume: 24h (CM: 8h, TP: 16h)
        ^En Taught in English
        SMSBU25 - Introduction to machine learning (externe) Teaching unit for 3 credits value
        Volume: 24h (CM: 8h, TP: 16h)
        ^En Taught in English
      - SBYBK06 - Developing and integrating highly specialized knowledge Bloc de connaissances et de compétences
        Volume: 92h
        SBGBU25 - Bioinformatics analysis of omics data (externe) Teaching unit for 3 credits value
        Volume: 30h (CM: 6h, TP: 24h)
        ^En Taught in English
        SBYBU19 - Fundamental biology 2 Teaching unit for 4 credits value
        Volume: 32h
        ^En Taught in English
        SBYB19A - Fundamentals in neurology and immunology Constituent element
        Volume: 16h (CM: 8h, TD: 8h)
        ^En Taught in English
        SBYB19B - Fundamentals in epigenetics and inheritance Constituent element
        Volume: 16h (CM: 8h, TD: 8h)
        ^En Taught in English
        SBYBU20 - Analysis of omics data Teaching unit for 3 credits value
        Volume: 30h
        ^En Taught in English
        SBGB29A - Statistical analysis of omics data (externe) Constituent element
        Volume: 30h (CM: 10h, TP: 20h)
        ^En Taught in English
      - SBYBK07 - Knowing the professional world Bloc de connaissances et de compétences
        SBYBU15 - Internship Teaching unit for 6 credits value
        ^En Taught in English
          Conducting a research project using a scientific approach course
          UE - introduction to research / dissertation
        SBYB15A - Carrying out the research project ECUE Stage
          Internship
        ^En Taught in English
          UE - introduction to research / dissertation
        SBYB15B - Communicating results Constituent element
        ^En Taught in English
          Mentored project or dissertation
        SBYBU16 - Centuri seminars Teaching unit for 2 credits value
        ^En Taught in English
          Conducting a research project using a scientific approach course
      - SBYBK08 - Integrating cross-disciplinary approaches Bloc de connaissances et de compétences
        Volume: 51h
        SBYBX01 - Option statistics Option for 3 credits value
        Volume: 27h
        SBYBU13 - Statistics 2 Teaching unit for 3 credits value
        Volume: 30h (CM: 8h, TP: 22h)
        ^En Taught in English
        SMSBU30 - Computational statistics Teaching unit for 3 credits value
        Volume: 24h (CM: 12h, TP: 12h)
        ^En Taught in English
        SMSBU26 - Graph theory (externe) Teaching unit for 3 credits value
        Volume: 24h (CM: 8h, TD: 8h, TP: 8h)
        ^En Taught in English
  - SBY5C2W - M2 BIP : Computational and mathematical biology Year for 60 credits value
    Volume: 186h
    - SBYCSC2 - Sem 3 M2 BIP : Computational and mathematical biology Semester for 30 credits value
      Volume: 186h
      - SBYCK04 - Using advanced and specialized digital tools Bloc de connaissances et de compétences
        Volume: 66h
        SBYCU16 - Biological databases Teaching unit for 3 credits value
        Volume: 18h (CM: 6h, TD: 6h, TP: 6h)
        ^En Taught in English
        SBYCU20 - Integrative bioinformatics Teaching unit for 3 credits value
        Volume: 24h (CM: 8h, TP: 16h)
        ^En Taught in English
        SMSCU28 - Advanced programming (externe) Teaching unit for 3 credits value
        Volume: 24h (CM: 8h, TP: 16h)
        ^En Taught in English
      - SBYCK05 - Developing and integrating highly specialized knowledge Bloc de connaissances et de compétences
        Volume: 72h
        SBYCU17 - Advanced biology Teaching unit for 9 credits value
        Volume: 72h
        ^En Taught in English
        SBYC22A - Advanced neurobiology Constituent element
        Volume: 24h (CM: 8h, TD: 8h, TP: 8h)
        ^En Taught in English
        SBYC22B - Advanced immunology Constituent element
        Volume: 24h (CM: 8h, TD: 8h, TP: 8h)
        ^En Taught in English
        SBYC22C - Dynamic of living systems 2 Constituent element
        Volume: 24h (CM: 8h, TD: 8h, TP: 8h)
        ^En Taught in English
      - SBYCK06 - Knowing the professional world Bloc de connaissances et de compétences
        SBYCU23 - Centuri seminars 2 Teaching unit for 3 credits value
        ^En Taught in English
        Conducting a research project using a scientific approach course
        SBYCU24 - Interdisciplinary project and modelling Teaching unit for 3 credits value
        ^En Taught in English
        Conducting a research project using a scientific approach course
      - SBYCK07 - Integrating cross-disciplinary approaches Bloc de connaissances et de compétences
        Volume: 48h
        SMSCU54 - Advanced machine learning and statistics (externe) Teaching unit for 3 credits value
        Volume: 24h (CM: 8h, TP: 16h)
        ^En Taught in English
        SMSCU59 - Population biology and modelling (externe) Teaching unit for 3 credits value
        Volume: 24h (CM: 8h, TD: 8h, TP: 8h)
        ^En Taught in English
        UE - introduction to research / dissertation
    - SBYDSC2 - Sem 4 M2 BIP : Computational and mathematical biology Semester for 30 credits value
      - SBYDK02 - Knowing the professional world Bloc de connaissances et de compétences
        SBYDU03 - Internship 2 UE Stage for 30 credits value
        Conducting a research project using a scientific approach course
        Internship
        ^En Taught in English

Typical course list

Support for your academic choices

Support for your studies abroad

Further information

TO BE SELECTED ON MASTER 1

SUBMIT AN APPLICATION

Discilpine : Science and Technology
Departement : Faculty of Science
Credits : 120
Other links :
- http://centuri-livingsystems.org/cmb
Training brochure
Typical courses Training brochure
Web site
Professional integration rate

Registration fees

Initial training fees : 250 €
Fee rate : plus d'informations...
Differentiated fee rate for non-EU students : plus d'informations...
Continuing education fees : plus d'informations...

ORIENTATION CONTACT

SUIO d'Aix-Marseille University service

COURSE CATALOGUE 2024 - 2025

Biologie intégrative et physiologie COMPUTATIONAL AND MATHEMATICAL BIOLOGY – BIOINFORMATICS

Responsables

Aims

Targeted students

Admission conditions

Fundamental prerequisites

Structure and organisation

Learning sites

Learning and research

School registration

Knowledge to be acquired

Professional skills to be acquired

Internships and supervised projects

Specific teaching conditions

Professional integration rate

Seeked careers

Continuing studies

Partners

Typical course list

Support for your academic choices

Support for your studies abroad

Further information

Biologie intégrative et physiologie
COMPUTATIONAL AND MATHEMATICAL BIOLOGY – BIOINFORMATICS