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The M1 Computer Biology-Biology Platform Engineer is a solid and interdisciplinary training, at the interface of biology and computer science, equipping students with essential skills to propose innovative solutions in order to deal with related projects. with bioinformatics and platforms in biology.
The dual skills provided by the M1 BI-IPFB meets the current needs of recruiters and constitutes the essential basis for the two Master 2 courses, M2 BI and M2 IPFB. The Biology-Computer science course aims to deepen knowledge in bioinformatics, programming, methodology, data processing, acquired at the end of an M1. It is one of the few courses to cover the three main areas of bioinformatics: Bioinformatics of Omics (genomics, transcriptomics, proteomics etc.), Structural Bioinformatics, Systemic Bioinformatics. Its original pedagogical approach by "projects" reinforces the practical skills of students, highly appreciated by professionals.
At the M2 level, skills are gradually reinforced through tutored projects carried out collectively or individually. This makes it possible to put the student in a situation faced with a problem to be solved. These projects will include technical aspects (programming of tools) but will have to highlight the organizational capacities (project management, prioritization and distribution of tasks), analysis and synthesis of the students.
In M2, the orientation becomes more specialized on advanced biological issues (genomic bioinformatics, structural bioinformatics, systems biology and proteomics) with significant methodological reinforcement.
Program overview
Main Subject
Biological Sciences
Degree
Other
Study Level
Masters
Study Mode
On Campus
The M1 Computer Biology-Biology Platform Engineer is a solid and interdisciplinary training, at the interface of biology and computer science, equipping students with essential skills to propose innovative solutions in order to deal with related projects. with bioinformatics and platforms in biology.
The dual skills provided by the M1 BI-IPFB meets the current needs of recruiters and constitutes the essential basis for the two Master 2 courses, M2 BI and M2 IPFB. The Biology-Computer science course aims to deepen knowledge in bioinformatics, programming, methodology, data processing, acquired at the end of an M1. It is one of the few courses to cover the three main areas of bioinformatics: Bioinformatics of Omics (genomics, transcriptomics, proteomics etc.), Structural Bioinformatics, Systemic Bioinformatics. Its original pedagogical approach by "projects" reinforces the practical skills of students, highly appreciated by professionals.
At the M2 level, skills are gradually reinforced through tutored projects carried out collectively or individually. This makes it possible to put the student in a situation faced with a problem to be solved. These projects will include technical aspects (programming of tools) but will have to highlight the organizational capacities (project management, prioritization and distribution of tasks), analysis and synthesis of the students.
In M2, the orientation becomes more specialized on advanced biological issues (genomic bioinformatics, structural bioinformatics, systems biology and proteomics) with significant methodological reinforcement.
One of the important factors when considering a master's degree is the cost of study. Luckily, there are many options available to help students fund their master's programme. Download your copy of the Scholarship Guide to find out which scholarships from around the world could be available to you, and how to apply for them.
There are 61 bachelor’s programs at the Université Paris Cité. You can learn more about the courses at Université Paris Cité here.
To find out more about the entry process, you can visit the following link.
International students can learn more about funding on the Campus France website. Non-European students can learn more about the admission procedures for undergraduate programs here.
There are 100 research and Professional Master’s programs at Université Paris Cité, offering more than 300 specializations.
International Master’s Programs:
Bioinformatics
Physics
Earth Sciences
Chemistry
Neuroscience
English
History and Heritage
AIRE (CRI)
Nanomed (Nanomedicine for Drug Delivery)
Biomedical Engineering
Common Law and Comparative Law
LLM in Anglo-American Business Law
LLM in International Law
Public Health
There are 21 Doctoral programs, 119 research laboratories, and 52 international laboratories. You can learn more about the courses at Université Paris Cité here.
To find out more about the application process, you can look here.
Université Paris Cité invites the most talented foreign students to enroll in certain master’s programs in order to encourage them to stay in Paris and prepare their doctorates. Information can be found here.
If you’re a non-European student, the admission procedures for postgraduate programs can be found here.
Master in Bioinformatics - Course: Computational Biology
Université Paris Cité, Paris, France
# =103QS Subject Rankings
24 monthsProgram duration
YesScholarships
Biological SciencesMain Subject Area
Program overview
Main Subject
Biological Sciences
Degree
Other
Study Level
Masters
Study Mode
On Campus
The M1 Computer Biology-Biology Platform Engineer is a solid and interdisciplinary training, at the interface of biology and computer science, equipping students with essential skills to propose innovative solutions in order to deal with related projects. with bioinformatics and platforms in biology.
The dual skills provided by the M1 BI-IPFB meets the current needs of recruiters and constitutes the essential basis for the two Master 2 courses, M2 BI and M2 IPFB.
The Biology-Computer science course aims to deepen knowledge in bioinformatics, programming, methodology, data processing, acquired at the end of an M1. It is one of the few courses to cover the three main areas of bioinformatics: Bioinformatics of Omics (genomics, transcriptomics, proteomics etc.), Structural Bioinformatics, Systemic Bioinformatics. Its original pedagogical approach by "projects" reinforces the practical skills of students, highly appreciated by professionals.
At the M2 level, skills are gradually reinforced through tutored projects carried out collectively or individually. This makes it possible to put the student in a situation faced with a problem to be solved. These projects will include technical aspects (programming of tools) but will have to highlight the organizational capacities (project management, prioritization and distribution of tasks), analysis and synthesis of the students.
In M2, the orientation becomes more specialized on advanced biological issues (genomic bioinformatics, structural bioinformatics, systems biology and proteomics) with significant methodological reinforcement.
Program overview
Main Subject
Biological Sciences
Degree
Other
Study Level
Masters
Study Mode
On Campus
The M1 Computer Biology-Biology Platform Engineer is a solid and interdisciplinary training, at the interface of biology and computer science, equipping students with essential skills to propose innovative solutions in order to deal with related projects. with bioinformatics and platforms in biology.
The dual skills provided by the M1 BI-IPFB meets the current needs of recruiters and constitutes the essential basis for the two Master 2 courses, M2 BI and M2 IPFB.
The Biology-Computer science course aims to deepen knowledge in bioinformatics, programming, methodology, data processing, acquired at the end of an M1. It is one of the few courses to cover the three main areas of bioinformatics: Bioinformatics of Omics (genomics, transcriptomics, proteomics etc.), Structural Bioinformatics, Systemic Bioinformatics. Its original pedagogical approach by "projects" reinforces the practical skills of students, highly appreciated by professionals.
At the M2 level, skills are gradually reinforced through tutored projects carried out collectively or individually. This makes it possible to put the student in a situation faced with a problem to be solved. These projects will include technical aspects (programming of tools) but will have to highlight the organizational capacities (project management, prioritization and distribution of tasks), analysis and synthesis of the students.
In M2, the orientation becomes more specialized on advanced biological issues (genomic bioinformatics, structural bioinformatics, systems biology and proteomics) with significant methodological reinforcement.
Admission requirements
Important Dates
Tuition fee and scholarships
Scholarships
One of the important factors when considering a master's degree is the cost of study. Luckily, there are many options available to help students fund their master's programme. Download your copy of the Scholarship Guide to find out which scholarships from around the world could be available to you, and how to apply for them.
In this guide you will find:
Where to look for scholarship opportunities
How to apply to scholarships relevant to you
A list of available scholarships around the world
A scholarship application checklist
More programs from the university
Bachelor UG
Master PG
Université Paris Cité boasts three faculties:
There are 61 bachelor’s programs at the Université Paris Cité. You can learn more about the courses at Université Paris Cité here.
To find out more about the entry process, you can visit the following link.
International students can learn more about funding on the Campus France website. Non-European students can learn more about the admission procedures for undergraduate programs here.
Arts and Humanities (4)
Bachelor in History
Life Sciences and Medicine (4)
Bachelor in Frontiers of Life Sciences
Natural Sciences (4)
Dual Franco-German Bachelor degree in Chemistry
Social Sciences and Management (4)
Bachelor in Law
The school boasts three faculties:
There are 100 research and Professional Master’s programs at Université Paris Cité, offering more than 300 specializations.
International Master’s Programs:
There are 21 Doctoral programs, 119 research laboratories, and 52 international laboratories. You can learn more about the courses at Université Paris Cité here.
To find out more about the application process, you can look here.
Université Paris Cité invites the most talented foreign students to enroll in certain master’s programs in order to encourage them to stay in Paris and prepare their doctorates. Information can be found here.
If you’re a non-European student, the admission procedures for postgraduate programs can be found here.
Arts and Humanities (6)
Double Master in Film Studies
European Joint Master’s Programme in English and American Studies
Joint Master of Arts in European History
Master Theory and Practice in Language Studies
Master in English Studies: Arts and Visual Culture
Master in English Studies: Early Modern Studies
Master in English Studies: History and Culture of English-speaking Countries
Master in English Studies: Linguistics
Master in English Studies: Literature
Master in History and Philosophy of Science (M1)
Master in History, Civilisations, Heritage: African, American, Asian and middle east world: societies, challenges, origins
Master in History, Civilisations, Heritage: Cities, Architecture, Heritage
Master in Linguistics – Computational Linguistics
Master in Linguistics – Phonetics and Phonology
Master in Linguistics – Theoretical and Experimental Linguistics
Master's Degree in Foreign and Regional Languages, Literature and Civilizations - Course: Japanese Studies
Master's Degree in Foreign and Regional Languages, Literatures and Civilizations - Course: Chinese Studies
Master's Degree in Foreign and Regional Languages, Literatures and Civilizations - Course: Vietnamese Studies
Master's Degree in Foreign and Regional Languages, Literatures and Civilizations - Track: Korean Studies
Master's in Language Sciences - Course: Expertise in Semiology and Communication
Master's in Language Sciences - Course: Linguistics Applied to the Teaching of French as a Foreign Language
Business and Management (6)
Erasmus Mundus Joint Master Degree: Economic Policies for the Global Transition (EPOG+)
Master's in Economic Analysis and Policy (M1 APE)
Master's in Management - Course: Ethics, Responsibility and The Environment (CSR)
Engineering and Technology (6)
Dual Master's in Mathematics and Computer Science and Data Science
Energy Master (M2) Energy, Ecology, Society
Engineering Degree : Materials and Nanotechnologies
Master Energy (M1) course Social Approaches to Energy Issues
Master in Biomedical Engineering: Bioengineering and Innovation in Neuroscience (BIN)
Master in Biomedical Engineering: Biomaging (BIM)
Master in Biomedical Engineering: Biomaterials and Biodevices (BIOMAT)
Master in Biomedical Engineering: Biomechanics (BIOMECH)
Master in Biomedical Engineering: Molecular and Cellular Biotherapies (MCB)
Master in Computer Science – Track: Machine Learning for Data Science (MLSD)
Master in Health Engineering - Course: Biomaterials (BioMAT)
Master in Networks and Autonomous Systems (RSA): Edge, IoT, Vanet, UAV, Security
Master's in Fundamental and Applied Computer Science - Course: Data: Algorithms, Processing and Analysis
Master's in Language Sciences - Track: Computational Linguistics
The Master 2 - Energy, Ecology, Society
Life Sciences and Medicine (6)
Joint Master Degree in Nanomedicine for Drug Delivery
M2 - Genetics
Master AIRE: Digital Sciences
Master AIRE: Learning Sciences (EdTech)
Master AIRE: Life Sciences (AIRE-LiSc)
Master Bioinformatique - Parcours : In Silico Drug Design : Bioactive Molecules International
Master Molecular and Cellular Biology (BMC)
Master in Bioinformatics - Course: Computational Biology
Master in Bioinformatics - Course: Computational Biology
Master in Bioinformatics - In Silico Drug Design course: Modeling of Macromolecules
Master in Bioinformatics - Track: In Silico Drug Design: bioactive molecules
Master in Genetics
Master in Health Economics
Master in Health Engineering - Path: Molecular and Cellular biotherapy (MCB)
Master in Neurosciences
Master in Psychology of Education and Training - Course: Psychology of the cognitive and social development of children and adolescents
Master in Public Health - Course: Statistics, Modeling and Health Data Sciences
Master in Public Health - Track: Biomedical Informatics
Master in Toxicology and Ecotoxicology - Course: Toxicology, Environment, Health
Master in Toxicology and Ecotoxicology - Track: Toxicology, Environment, Health
Master of Integrative Biology and Physiology (BIP)
Master of Mathematical and Biostatistical Engineering
Master of Medicines and Health Products Sciences - Course: Integrated Preclinical and Clinical Pharmacology
Master of Medicines and Health Products Sciences - Course: Medicinal Chemistry and Molecular Pharmacology
Master of Medicines and Health Products Sciences - Path: Biomolecules Engineering
Master of Medicines and Health Products Sciences - Path: Pharmaceutical Biotechnology and Innovative Therapies
Master of Medicines and Health Products Sciences - Path: Pharmacology and Pharmacochemistry
Master of Science in Medicine and Health Products - Course: Pharmacology and Pharmacochemistry
Master of Science in Medicine and Health Products - Course: Quality of Health Products
Master of Science in Medicine and Health Products - Course: Therapeutics: from concept to proper use of health products
Master's Degree Adapted Physical Activity and Health - Course: Sport, health, society
Master's degree Adapted Physical Activity and Health - Course: Physiology of Adapted Physical Activities, Health and Nutrition
Master's degree in Social, Work and Organizational Psychology - Track: Work, Organizational and Personnel Psychology
Master's degree in Toxicology and Ecotoxicology - Course: Human Toxicology, Risk Assessment, Vigilances
Master's in Bioinformatics - Course: Platform Engineering in Biology
Master's in Biology-Health - Course: Biology Physiopathology, Pharmacology of The Heart and Circulation
Master's in Clinical Psychology, Psychopathology and Health Psychology - Course: Clinical Health Psychology
Master's in Clinical Psychology, Psychopathology and Health Psychology - Path: Neuropsychology
Master's in Clinical Psychology, Psychopathology and Health Psychology - Track: Clinical Psychology and Integrative Psychopathology
Master's in Clinical Psychology, Psychopathology and Health Psychology - Track: Gerontological Psychology
Master's in Ethics - Course: Ethics and Bioethics Research
Master's in Ethics - Course: Genetic Counseling
Master's in Health Biology - Course: Development, Inflammation, Regeneration
Master's in Integrative Biology and Physiology - Track: Nutrition, Energy Metabolism, Signaling (NuMeSi)
Master's in Interdisciplinary Approaches to Research and Teaching - Path: Life Sciences (AIV)
Master's in Medicines and Health Products Sciences - Track: Pharmacokinetics and Pharmacotechnology
Master's in Molecular and Cellular Biology - Course: Virology
Master's in Molecular and Cellular Biology - Track: Microbiology
Master's in Psychology - Course: Economics and Psychology
Master's in Psychology - Course: Fundamental Applied Cognitive Psychology
Master's in Psychology - Course: Psychological Ergonomics: Safety, Innovation, Diversity
Master's in Psychology of Education and Training - Track: Psychology of Learning and Education
Master's in Psychology: Psychoanalytic Clinical Psychopathology - Course: Psychoanalytic clinics of children and adolescents (Site of the Institute of Psychology)
Master's in Psychology: Psychoanalytical Clinical Psychopathology - Course: Clinic of experiences and damage to the body (Site of the Institute of Psychology)
Master's in Psychology: Psychoanalytical Clinical Psychopathology - Course: Psychoanalysis and interdisciplinarity (Site of the Campus des Grands Moulins)
Master's in Psychology: Psychoanalytical Clinical Psychopathology - Course: Psychopathology, adult psychoanalysis and contemporary issues (Institut de Psychologie website)
Master's in Public Health - Path: Big Data in Health
Master's in Social, Work and Organizational Psychology - Track: Social psychology: social change, intervention and regulation
Masters in Health Economics
Natural Sciences (6)
Double Master's in Mathematics, Computer Science, Cryptology and Security
Dual Master's in Mathematics and Computer Science and Data Science
M2 MVA (Mathematics, Vision, Learning)
Master Frontiers in Chemistry
Master SPACE (Astrophysics - Earth Observation - Satellite Engineering)
Master Space and Environments: Ecological Territories
Master in Earth and Planet Sciences, Environment: Fundamentals of Remote Sensing (FRS)
Master in Earth and Planet Sciences, Environment: Solid Earth Science
Master in Fundamental Physics and Applications (M1) Fundamental Physics Course
Master in Fundamental Physics and Applications (M1) Paris Physics Master track
Master in Fundamental Physics and Applications (M2) Complex Fluids, Divided Media
Master in Fundamental Physics and Applications (M2) Energy Physics Engineering course
Master in Fundamental Physics and Applications (M2) Physics of Complex Systems
Master in Fundamental Physics and Applications (M2) Physics of Soft Matter course
Master in Fundamental Physics and Applications (M2) Quantum Devices
Master in Fundamental Physics: Complex Systems (i-PCS)
Master in Fundamental Physics: International Centre for Fundamental Physics (ICFP)
Master in Fundamental Physics: Nanotechnologies and Quantum Devices (Nanoquad)
Master in Fundamental Physics: Physics of Soft Matter
Master in Silico Drug Design (ISDD)
Master in Silico Drug Design (RUS)
Master in Statistics, Probability and Finance - Random Modeling, Finance and Data Science
Master of Mathematics, Modeling, Learning
Master of Physics
Master's Degree in Earth and Planetary Sciences, Environment - Course: Geochemistry, Geobiology, Geomaterials and Environment
Master's in Fundamental Physics and Applications (M1) Applied Physics
Master's in Fundamental Physics and Applications International Center for Fundamental Physics
Social Sciences and Management (6)
Master in Banking and Finance: Law and Regulations of Banking and Financial Systems
Master in Comparative Health Law
Master in Comparative Law: Common Law
Master in Environmental Sustainability Law and Policies
Master in Health Law - Course: Comparative Health Law
Master in Health Law - Course: Health activities and responsibilities
Master in Health Law - Course: Health, work and social protection
Master in International Business Law
Master in International Law, International Relations and Diplomacy
Master in Public Health: Comparative Effectiveness in Research (2nd year)
Master in Public Law - Course: Sustainable Development Law
Master's degree in Adapted Physical Activities and Health - Course: Aging, Disability: Movement and Adaptation (VHMA)
Master's degree in Health Law - Course: Health Product Industry Law
Master's in Public Health - Course: Analysis and Management of Health Institutions - AMES
Master's in Social Sciences - Course: Studies and evaluation in the health and social sectors (EVSAN)
Master's in Sociology - Course: Inquiry Sociology