School / Prep
ENSTBB
Target level of study
Bac + 5
ECTS
180 credits
Duration
3 years
Language(s) of instruction
French
Presentation
Life science engineering for tomorrow's world.
One of ENSTBB's missions is to train engineers who will drive innovation in biotechnology.
To ensure the quality of its training, the school relies on strong partnerships with socio-economic players and cutting-edge research in protein biotechnology for health and proteomics.
The international dimension of our training program is a priority, and students are encouraged and supported to undertake academic mobility or internships.
70
Capacity (in figures)
100 %
Success rates
Objectives
Training a professional ... who adapts
Biotechnology engineers provide solutions to concrete and generally complex technical problems linked to the design, production and implementation of products, processes or services. They need to understand and manage complexity and unforeseen events, drawing on technical, economic, societal and human knowledge based on a solid grounding in the biological sciences.
Theoretical knowledge coupled with practical experience acquired through practical work, projects carried out at school and internships in companies or research laboratories are required.
Know-how and skills
ENSTBB's pedagogical program is based on scientific, technical, theoretical and practical teaching, enabling engineers to intervene at any stage of a biotech process or synthetic biology project. Teaching is structured around biotechnology sciences and techniques, basic biological sciences, engineering sciences and the acquisition of managerial skills.
Entrepreneurship training is also provided throughout the 3 years.
The ENSTBB engineer will have access to a wide range of biotechnology-related functions, from R&D to production, including technical support, quality, consulting, clinical research, marketing and sales.
International dimension
For students in initial training, a minimum of 17 weeks must be spent abroad as an "academic exchange" or "internship" during their course at the school.
Training benefits
- Public training in a field with a promising future
- An international outlook
- Classical and work-study training
Program
Select a program
Year 1 - Bordeaux Biomolecules Technologies Engineer
UE BLOC 1 - Fundamental concepts in biology
6 creditsMicrobial cell biology
Coef. 1Biological macromolecules I
Coef. 1Biological macromolecules II
Coef. 1
UE BLOC 2 - Applied biotechnology sciences
5 creditsDSP Biomolecules
Coef. 4USP Methodology in Genetic Engineering I
Coef. 1USP Applied Microbiology
Coef. 2
UE BLOC 3 - Computing and programming
5 creditsMathematical tools I
Coef. 1Rheology tools
Coef. 1Programming and Artificial Intelligence I
Coef. 1Statistics I: Descriptive statistics
Coef. 2
UE BLOC 4 - Processes and modeling
5 creditsRheology for biotechnology
Coef. 2Process Engineering I
Coef. 2Mathematics and modeling I
Coef. 1
UE BLOC 5 - Technical expertise
5 creditsUE BLOC 6 - Engineering culture
4 credits
UE BLOC 1 - Fundamental concepts in biology
5 creditsImmunology
Coef. 1Mammalian cell biology I: Cell biology
Coef. 1Mammalian cell biology II: Pharmacology
Coef. 1
UE BLOC 2 - Applied biotechnology sciences
4 creditsUE BLOC 3 - Computing and programming
4 creditsMathematical Tools II
Coef. 1Calculation tools for optics
Coef. 1Programming and Artificial Intelligence II
Coef. 1Statistics II: inferential statistics
Coef. 1
UE BLOC 4 - Processes and modeling
5 creditsOptics for biotechnology
Coef. 2Biotechnology sensors
Coef. 1Process Engineering II
Coef. 2Mathematics and modeling II
Coef. 1
UE BLOC5 - Technical expertise
5 creditsUE BLOC6 - Engineering culture
6 creditsEnglish
Coef. 3Quality assurance I
Bibliographic watch
Coef. 2General economics
Coef. 2Construction Projet Professionnel II
Entrepreneurship
Coef. 2Stage 1A
UE Internship (FISE) / Work-study (FISEA)
1 credits
Year 2 - Bordeaux Biomolecules Technologies Engineer
Your choice: 1 of 2
Semester 7 - FISA
30 creditsUE BLOC 1 - Fundamental concepts in biology
3 creditsUE BLOC 2 - Applied biotechnology sciences
3 creditsUE BLOC 3 - Computing and programming
4 creditsUE BLOC 4 - Processes and modeling
3 creditsUE BLOC 5 - Technical expertise
4 creditsUE BLOC 6 - Engineering culture
3 creditsUE BLOC 7 - Skills acquired in the workplace (FISA)
10 creditsWork-study program
Coef. 1
Semester 7 - FISE
30 creditsUE BLOC 1 - Fundamental concepts in biology
3 creditsUE BLOC 2 - Applied biotechnology sciences
4 creditsUE BLOC 3 - Computing and programming
3 creditsUE BLOC 4 - Processes and modeling
6 creditsUE BLOC 5 - Technical expertise
7 creditsYour choice: 1 of 4
TP Cell Biology
Coef. 4TP Instrumentation
Coef. 1TP Methodology in Genetic Engineering
Coef. 4TP Biotech industrial processes (PIB)
Coef. 4
UE BLOC 6 - Engineering culture
7 credits
Your choice: 1 of 2
Semester 8 - FISA
30 creditsUE BLOC 1 - Fundamental concepts in biology
2 creditsUE BLOC 2 - Applied biotechnology sciences
6 creditsUE BLOC 3 - Computing and programming
2 creditsUE BLOC 4 - Processes and modeling
1 creditsUE BLOC 5 - Technical expertise
5 creditsCell Biology (BioCell)
Coef. 1Microbial bioproduction 2 (BM2)
Coef. 1Bioconversion and Purification (BP)
Coef. 1
UE BLOC 6 - Engineering culture
4 creditsUE BLOC 7 - Skills acquired in the workplace (FISA)
10 credits
Semester 8 - FISE
30 creditsUE BLOC 1 - Fundamental concepts in biology
3 creditsUE BLOC 2 - Applied biotechnology sciences
7 creditsDSP Purification strategies
Coef. 2Analytical Sciences: Bioassay
Coef. 2Analytical Sciences: Proteomics
Coef. 2Analytical Sciences: Protein structure
Coef. 3USP Microbial Bioproduction II
Coef. 2USP Bioproduction processes
Coef. 3
UE BLOC 3 - Computing and programming
1 creditsUE BLOC 4 - Processes and modeling
5 creditsUE BLOC 5 - Technical expertise
6 creditsChoice: 1 of 3
UE BLOC 6 - Engineering culture
8 credits
Year 3 - Bordeaux Biomolecules Technology Engineer
Your choice: 1 of 5
Semester 9 - Chemistry and Bioengineering
30 creditsUE Ouverture - Sciences, techniques, communication, ethics
9 creditsUE CBI Specialization
15 creditsCross-disciplinary oral presentation
Coef. 1Specialization modules
Coef. 2Project
Coef. 1
UE Application internship
6 credits
Semester 9 - FISA
30 creditsUE BLOC 1 - Fundamental concepts in biology
2 creditsNew therapeutic approaches
Coef. 1
UE BLOC 2 - Applied biotechnology sciences
4 creditsUE BLOC 3 - Computing and programming
3 creditsBioinformatics
Coef. 1Artificial Intelligence
Coef. 1
UE BLOC 4 - Processes and modeling
2 creditsUE BLOC 5 - Technical expertise
4 creditsTutored project
Coef. 2TP Cell culture
Coef. 1
UE BLOC 6 - Engineering culture
5 creditsUE BLOC 7 - Skills acquired on the job
10 credits
Semester 9 - FISE
30 creditsUE BLOC 1 - Fundamental concepts in biology
5 creditsNew therapeutic approaches
Coef. 1Research Seminars
Coef. 2
UE BLOC 2 - Applied biotechnology sciences
5 creditsUE BLOC 3 - Computing and programming
3 creditsBioinformatics
Coef. 1Artificial Intelligence
Coef. 1
UE BLOC 4 - Processes and modeling
2 creditsUE BLOC 5 - Technical expertise
3 creditsUE BLOC 6 - Engineering culture
12 creditsEnglish
Coef. 1Construction Projet Professionnel V
Labor law and human resources management
Pharma-Biotech Economy
Ethics and social responsibility
Forum Métiers et Entreprises
Project management
Coef. 1Lean management
Collective Intelligence Project
Coef. 2Professional networks
Internship search
Coef. 1Corporate strategy
Semester 9 - Professionalization contract
30 creditsUE BLOC 1 - Fundamental concepts in biology
5 creditsNew therapeutic approaches
Coef. 1
UE BLOC 2 - Applied biotechnology sciences
4 creditsUE BLOC 4 - Processes and modeling
2 creditsUE BLOC 5 - Technical expertise
4 creditsTutored project
Coef. 2Work-study project preparation
Coef. 1
UE BLOC 6 - Engineering culture
5 creditsUE BLOC 7 - Skills acquired on the job
10 credits
Semester 9 - External
30 credits
Your choice: 1 of 5
Semester 10 - Chemistry and Bioengineering
30 creditsUE Specialization internship
30 credits
Semester 10 - FISA
30 creditsFinal year project
30 credits
Semester 10 - FISE
30 creditsFinal year project
30 credits
Semester 10 - Professionalization contract
30 creditsUE Internship Final project
30 credits
Semester 10 - External
30 credits
Organization
Open on a sandwich basis
Contract type | Professionalization contract, Apprenticeship contract |
---|
In 2nd year of school (1st year of apprenticeship) :
- 53% of time on the job
- 47% at school
In 3rd year of school (2nd year of apprenticeship) :
- 66% of time on the job
- 34% at school
https://enstbb.bordeaux-inp.fr/fr/biotechnologies-apprentissage#group-formation-node-formation-full1
In 3rd year, engineering students have the opportunity to sign a professionalization contract.
Courses
Internship | Mandatory |
---|---|
Internship abroad | Possible |
For students with FISE status, 3 internships are compulsory during the school year:
- an Operator internship lasting 1 to 3 months in a company at the end of the first year,
- a 4-monthApplication internship in a company or research laboratory at the end of the second year,
- a 6-month end-of-studies internship in a company at the end of the third year.
1st year internship - Operator - Acquire a vision of the company from an operator's point of view
Duration | 1 to 3 months |
---|---|
Period | June, July, August |
Type of mission |
|
2nd year internship - Application - Taking part in a scientific and/or technical project
Duration | 4 months in a company or research laboratory at the end of the second year |
---|---|
Period | June, July, August, September |
Type of mission |
|
3rd year internship - Final year project - Completing an engineering project
Duration | 6 months |
---|---|
Period | March, April, May, June, July, August |
Type of mission |
|
Admission
Admission requirements
Competitive admissions
Recruitment for the1st year is mainly from BCPST preparatory classes for the grandes écoles. Eligibility criteria are eligibility for the Polytech A BIO competitive entrance exam. Eligibility criteria for students in the TB preparatory classes are eligibility for the Agro-Véto and Polytech competitive entrance exams.
- Polytech competition BCPST stream
- Polytech competition - TB stream
- e3a-Polytech competition MP, PC and PSI classes
Admissions via integrated preparatory classes
Integrated preparatory classes are 2-year courses:
- La Prépa des INP: school admission rules are defined in La Prépa des INP's Study and Examination Regulations.
- The integrated preparatory class of the University of Bordeaux(CPBx): admission to the ENSTBB is offered by the CPBx admissions jury at the end of two years of study.
Admissions Sur Titre (AST), Initial Training under Student Status (FISE)
Applications are examined by an admissions committee appointed by the school's director, on the basis of the applicant's file and supporting documents attesting to the candidate's course of study. An interview may precede final admission. The number of places offered for admission on the basis of qualifications is set each year by the school's director.
The academic quality of the applicant's academic record, the relevance of his or her career plan, the quality of his or her argumentation, the diversity of his or her corporate experience (student jobs, internships, etc.) and language skills are all taken into account in the analysis of applications.
https://enstbb.bordeaux-inp.fr/fr/admissions-3
Tuition fees
- Registration fee for Community students: 628* euros per year
- Registration fee for non-EU students: 3,941* euros for the first year / 628* euros for re-registration
- Registration fee for a gap year: 419* euros
- Under an apprenticeship contract (from the 2nd year), the cost of training is covered by the company's OPCO. This funding is based on the quota portion of the apprenticeship tax paid each year by the employer.
- Under a professionalization contract (for the 3rd year), the cost of training is covered by the company's OPCO.
All students in initial training must pay the CROUS student and campus life fee before enrolling.
* Rate in effect for 2025-2026
And then
Professional integration
An approach that facilitatesprofessional integration.
During their studies, students receive support in building their career plans (CV writing, cover letters, simulated recruitment interviews, etc.).
The"Forum des Métiers et Entreprises", "Les Tables Rondes des Métiers", company visits and participation in conferences such as Netib (organized by the school in partnership with Les Alumnis) provide real opportunities to meet with industrialists and graduates in active employment, and to gauge the diversity of careers available.
Graduates are recruited by major industrial groups, SMEs, start-ups and research laboratories in France and abroad in the human and animal health, environment, cosmetics and agri-food sectors. They work in R&D, Production, Quality Assurance, Consulting, Marketing and Sales. 15% go on to complete a thesis.
- Median salary: €36,000
- 74% of jobs are found in less than 2 months
Data collected on the Class of 2023