A pre-engineering course 100% in English for an international career
Pre-engineering in English on a multicultural campus? That's the program offered by UniLaSalle Rouen's Life & Environmental Sciences pre-engineering program!
Entirely geared to the international scene, this program prepares you for a career around the world in agronomy and its main outlets (agri-food or non-food), with a fully integrated global dimension.
The Life & Environmental Sciences preparatory program also includes 4 study trips across Europe to learn about a wide variety of agricultural contexts.
Ready for adventure?
detailed program of the Life & Environmental Sciences pre-engineering cycle
Semester 1
Responsible engineer : understanding life sciences to act sustainably 1 TU - 5 ECTS credits
Program
- Animal systematic
- Biodiversity, systematic and cell biology
- Cell biology
- Genetics
- Integral & Ordinary Differential Equations
Objectives
This teaching unit (UE) focuses on the basics of plant and animal sciences, from cells to organisms, and will link the structures and functions of living organisms. In order to explain the dynamics of evolution, biodiversity, fossils, and systematics will be discussed. An attempt to connect living objects, such as movement, growth at different scales, and mathematical thinking, will be evaluated. Based on various original teaching methods and tools, this course unit includes workshops, visits, practical work, reports, team projects, practical work, reports, and team projects.
Targeted skills
- Know and understand: the fundamental and essential aspects of the properties of bioresources, agro-resources, and food, their food and non-food uses, and ecosystems, enabling the implementation and development of production systems and processing methods, combining analytical and synthesis skills at different scales and/or in different contexts, particularly international contexts
- Identify and diagnose systems to design, implement, test, validate, and evaluate innovative solutions, methods, products, and services in the agronomy and agro-industry sectors
- Ability to carry out fundamental or applied research activities, implement experimental designs, and be open to collaborative work
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
Responsible engineer : understanding life sciences to act sustainably 2 TU - 6 ECTS credits
Program
- Atomistics and chemical bounds
- Organic chemistry
- Physiology of living organism
- Soil sciences
Objectives
SPECIFIC SKILLS
- Describe the atomic model and use the periodic table of elements.
- Explain the formation of simple covalent molecules and predict their geometry.
- Name organic molecules using nomenclature rules and represent them in space.
- Recognize the main reaction mechanisms in organic chemistry.
- Apply practical skills to soil characterization.
EASY SKILLS
- Use a wide range of field and laboratory procedures and equipment efficiently and safely.
- Develop and use a wide range of generic skills necessary for career development through specific classroom exercises.
- Discipline/rigor
- Observation/analysis
- Time management
- Autonomy, teamwork, communication
- Dynamism/motivation, relevance, curiosity
Targeted skills
- Knowledge and understanding: fundamental and essential aspects relating to the properties of bioresources, agro-resources and food, their food and non-food uses, and ecosystems, enabling the implementation and development of production systems and processing methods, combining analytical and synthesis skills at different scales and/or in different contexts, particularly international contexts
- Ability to carry out fundamental or applied research, implement experimental designs, and be open to collaborative work
- Ability to monitor regulatory, scientific, and/or technical developments, find relevant information, evaluate it, share it, and promote it
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
Data in a complex world: finding, thinking, processing, producing TU - 5 ECTS credits
Program
- Descriptive statistics
- Engineer tools
- Introduction to farming systems
- Logic
- One variable functions and limited development
Objectives
- Develop consistency and rigor, logical, critical, and creative thinking, and reasoning skills
- Ensure the proper use of digital tools
- Consolidate and deepen knowledge of logic and analysis of real functions
- Introduction to polynomial approximations of functions
- Describe and represent (including through visualization) data (at least univariate and bivariate).
SPECIFIC SKILLS
- Understand a statement, its implications, the right approach, and identify the appropriate framework
- Describe the sample (univariate and bivariate)
- Choose the right graphical representation
- Use ICT
GENERAL SKILLS
- Argumentation
- Discipline/rigor
- Observation/analysis
- Time management
- Autonomy, teamwork, communication
- Dynamism/motivation, relevance, curiosity
Targeted skills
- Master tools and methods for sampling, collecting, measuring, managing, analyzing, evaluating, representing, and promoting data in the specific context of agronomy and agribusiness
- Identify and diagnose systems to design, implement, test, validate, and evaluate innovative solutions, methods, products, and services in the agronomy and agro-industry sectors
- Ability to monitor regulatory, scientific, and/or technical developments, find relevant information, evaluate it, share it, and promote it
- Understand sustainability criteria in all analyses and actions and be able to anticipate environmental, economic, and societal changes in sectors and regions (national and international)
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
- Ability to take into account the challenges and needs of society and be able to compare the impact of these challenges according to the needs of sectors and regions at the national and international level
- Ability to work in an international context
International engineer TU - 6 ECTS credits
Program
- French food (wheat and bread)
- Language 1 (French as a Foreign Language, German, Spanish, Sign language)
- Normandy for Peace
- Study trip
- Sustainable development project study
Objectives
Specific skills
- Communicate (in writing and orally) concisely in several languages
- Work in pairs/small groups on a given topic
- Give a short oral presentation on a given topic.
Soft skills
- Active listening
- Negotiation
- Dealing with different communication styles
- Discipline/rigor
- Autonomy, teamwork, communication
- Dynamism/motivation, relevance, curiosity
Targeted skills
- Knowledge and understanding: fundamental and essential aspects relating to the properties of bioresources, agro-resources and food, their food and non-food uses, and ecosystems, enabling the implementation and development of production systems and processing methods, combining analytical and synthesis skills at different scales and/or in different contexts, particularly international contexts
- Ability to carry out fundamental or applied research, implement experimental designs, and be open to collaborative work
- Ability to monitor regulatory, scientific, and/or technical developments, find relevant information, evaluate it, share it, and promote it
- Ability to think globally while acting locally. Take into account sustainable development issues
- Be committed and take responsibility. Ability to lead cross-functional/inter-company projects, be a good team player and lead teams, in particular by encouraging employee buy-in and enabling everyone to understand each other's challenges and constraints. Be a mediator and demonstrate diplomacy
- Ability to work in an international context
UniLaSalle engineer in the world TU - 5 ECTS credits
Program
- Duo day
- International farming systems
- Language 2 (Portuguese, French as a Foreign Language)
- Weekly Seminar
Objectives
This teaching unit will focus on the basics of international skills in order to be able to work in an international environment.
During this first semester, students will improve their foreign language skills and their knowledge of the professional opportunities offered by their degree, particularly with regard to agricultural systems developed abroad, taking into account different cultures, languages, and customs.
SPECIFIC SKILLS
- Communicate (presentation and discussion facilitation)
- Work in pairs/small groups on a given topic
- Give a short oral presentation on a given topic
- Write a clear and concise report
- Write a scientific report
- Public speaking
- Meet deadlines
- Attention to detail
- Critical thinking
- Fact-finding
SOFT SKILLS
- Active listening
- Time management
- Autonomy, teamwork, communication
- Dynamism/motivation, relevance, curiosity
- Awareness
Duo day
At the end of the course, students will be able to:
- Navigate the range of careers offered by the program
- Fill out a career development form and a discovery report based on a meeting with an alumnus.
International farming systems:
At the end of the course, students will be able to:
- Identify the main characteristics of different agricultural systems
- Understand how inputs, outputs, and processes determine the operationalization of agricultural systems
- Apply the knowledge acquired by being able to critically evaluate and identify the strengths and weaknesses of different agricultural systems.
- The strengths and weaknesses of different agricultural systems.
- Establish a link between different agricultural systems and the environmental and human drivers of different agricultural systems.
- Demonstrate an understanding of the role of big data.
Language 2 (Portuguese/ FLE):
At the end of the course, students will be able, in a general context, to:
- Introduce themselves and others in an informal social situation
- Give their opinion and ask for the opinions of others
- Present their interests and explain why
Weekly seminar:
Once a week, a guest speaker will present a topic related to their area of expertise (in research). This speaker may be a regional, national, or international expert from the business world, academia, research, society, economics, politics, or our network of academic partners and alumni. The presentation will be followed by a question-and-answer session with the audience.
Targeted skills
- Understand the challenges facing the company: economic factors, quality standards, competitiveness and productivity, commercial requirements, business intelligence. Integrate these factors and contribute to the company's development and growth
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
- Be committed and take responsibility. Ability to lead cross-functional/inter-company projects, be a good team player and motivate teams, in particular by encouraging employee buy-in and enabling everyone to understand each other's challenges and constraints. Be a mediator and demonstrate diplomacy
- Ability to work in an international context
Building and projecting for a sustainable world TU - 3 ECTS credits
Program
- Engagement de service et de solidarité
- Methodology of work in engineering school
- Sport
Objectives
This course will focus on personal skills, particularly your ability to serve others in a spirit of teamwork and sustainability.
Using original teaching methods and tools, this teaching unit links courses dedicated to engineering methodology and tools, sports activities, and students' ability to give meaning to what they do and to fully engage with vulnerable people (young people, the elderly, people suffering from depression, the disadvantaged, etc.).
Methodology of work in engineering school
1. Manage personal work time, self-evaluate, and engage in a personal process
of improving work organization
2. Understand the causes and consequences of stress, identify personal stress factors and
individual avoidance strategies
3. Express oneself orally with clarity and confidence; identify emotions and resources
4. Understand the mechanisms of knowledge construction and mobilization
5. Improve written expression
Follow writing techniques appropriate for professional writing (letters, emails)
Know how to write summary sheets
Know how to take notes
Sports
Six categories of options are offered to students:
- Discovering new worlds
- Culture and creativity
- Societal issues
- Personal expression and development
- Digital
- Sports
Students take two options per semester, one of which may be taken at another site (Beauvais or Rennes) + one sports option
The objectives are to allow students to personalize their program and help them make career choices
by discovering new worlds. Depending on the options chosen, students will develop new skills, exercise and develop new talents, engage in physical activity, and stimulate their open-mindedness.
Targeted skills
- Have a spirit of initiative, entrepreneurship, and intrapreneurship: be an advisor to companies; develop new products, processes, and methods
- Know yourself and be able to evaluate yourself. Ability to identify your professional and personal expectations
Semester 2
Responsible engineer : understanding life sciences to act sustainably 1 TU - 7 ECTS credits
Program
- Chemistry of solutions
- Ecosystemic approach, biogeochemical cycles
- Functions of several variables and optimization
- Plant biology and Agronomy
- Plant biology and Botany
Objectives
Optimization is a major principle in science. This teaching unit (TU) will explain this concept through plant biology, botany and ecology, solution chemistry, and mathematics.
We can think of plants as using and regulating different chemical reactions in aqueous solution in order to optimize and minimize energy consumption throughout their lives in their environment. Mathematics can highlight these regulations.
Based on various original teaching methods and tools, this course unit includes workshops, visits, practical work, reports, team projects, and a flipped classroom—pair work is possible, with students explaining the content of online courses to others.
Targeted skills
- Ability to design and develop products, processes, and systems within their field of study, while respecting imposed constraints, selecting and applying appropriate design methodologies, and taking into account non-technical aspects (societal, health and safety, environmental, economic, and industrial).
- Knowledge and understanding of: the fundamental and essential aspects of the properties of bioresources, agro-resources and food, their food and non-food uses, and ecosystems, enabling the implementation and development of production systems and processing methods, combining analytical and synthesis skills at different scales and/or in different contexts, particularly international contexts.
- Master tools and methods: sampling, collection, measurement, management, analysis, evaluation, representation, and valorization of data within the specific context of agronomy and agro-industry
- Ability to carry out fundamental or applied research activities, implement experimental designs, and be open to collaborative work
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
Responsible engineer : understanding life sciences to act sustainably 2 TU - 6 ECTS credits
Program
- Electricity and magnetic
- Formal and molecular genetic
- Introduction to biotechnology
- Kinematic and dynamics of materials points
- Structural biochemistry
Objectives
This teaching unit will focus on the fundamentals of physics, structural chemistry, formal genetics, and approaches and
concepts in biotechnology.
This unit will provide students with the basic skills they need to:
- Understand the concepts of physics and their origins,
- Apply the rules of physics and develop logical reasoning,
- Test, analyze, and develop a spirit of synthesis in the field of physics,
- Understand the architecture of macromolecules
- Understand and integrate knowledge acquired in structural biochemistry and genetics according to their physiological roles (deficiency or excess)
- Perceive the technical methods that have enabled the detailed analysis of macromolecules
- Demonstrate competence in communicating genetic and genomic concepts
- Demonstrate skills in the design, development, implementation, and presentation of research (written and oral presentation)
- Plan, conduct, and interpret scientific research involving data analysis and reporting
- Become aware of the impact of the environment on gene expression
Targeted skills
- Fundamentals and essentials relating to the properties of bioresources, agro-resources, and food, their food and non-food uses, and ecosystems, enabling the implementation and development of production systems and processing methods, combining analytical and synthesis skills at different scales and/or in different contexts, particularly international contexts
- Mastery of tools and methods for sampling, collection, measurement, management, analysis, evaluation, representation, and valorization of data in the context of agronomy and agro-industry
- Identify and diagnose systems to design, implement, test, validate, and evaluate innovative solutions, methods, products, and services in the agronomy and agro-industry sectors
- Ability to carry out fundamental or applied research activities, implement experimental designs, and be open to collaborative work
- Ability to monitor regulatory, scientific, and/or technical developments, find relevant information, evaluate it, share it, and promote it
Data in a complex world: finding, thinking, processing, producing TU - 5 ECTS credits
Program
- Algorithmic and programmation
- Farm analysis
- Geographic information and positioning
- Probability
Objectives
The objectives of the Teaching Unit (TU) are as follows:
- Continue to develop consistency and rigor, critical and creative thinking, and reasoning skills
- Analyze a problem and implement a solution using algorithms and programming
- Acquire the basics of geographic data management
- Understand and analyze how a farm operates using tools and indicators, in order to be ready for the farm internship.
SPECIFIC SKILLS
- Apply: master ICT
- Apply: master algorithms and a procedural programming language
- Apply: master probabilities and calculation methods
- Analyze: organize ideas logically, solve probability problems, analyze farms using tools and data.
- Create: model a specification into an algorithm, program, provide simulations
FUNDAMENTAL SKILLS
- Argumentation
- Time management
- Rigorous
- Autonomy
- Responsibility
- Communication
- Team
Targeted skills
- Mastery of tools and methods for sampling, collecting, measuring, managing, analyzing, evaluating, representing, and promoting data in the specific context of agronomy and agribusiness
- Identify and diagnose systems to design, implement, test, validate, and evaluate innovative solutions, methods, products, and services in the agronomy and agro-industry sectors
- Ability to conduct and summarize regulatory, scientific, and/or technical monitoring, find relevant information, evaluate it, share it, and promote it
- Understand sustainability criteria in all analyses and actions and be able to anticipate environmental, economic and societal changes in sectors and regions (national and international)
- Ability to take into account the challenges and needs of society and be able to compare the impact of these challenges according to the needs of sectors and regions at the national and international level
- Ability to work in an international context
International engineer TU - 5 ECTS credits
Program
- Language 1 (French as a Foreign Language, German, Spanish)
- Language 2 (French as a Foreign Language, Portuguese)
- Study trip
Objectives
This teaching unit will focus on the basics of international skills needed to work in an international environment.
During this semester, students will improve their foreign language skills and their knowledge of the professional opportunities offered by their degree, particularly with regard to agricultural systems developed abroad, taking into account different cultures and languages.
Targeted skills
- Ability to take into account the complexity and challenges of workplace relations, ethics, responsibility, safety, and health
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
- Be committed and take responsibility. Ability to lead cross-functional/inter-company projects, be a good team player and lead teams, in particular by encouraging employee buy-in and enabling everyone to understand each other's challenges and constraints. Be a mediator and demonstrate diplomacy
- Ability to work in an international context
UniLaSalle engineer in the world TU - 3 ECTS credits
Program
- Economics
- Ethic and Sustainable development
Building and projecting for a sustainable world TU - 4 ECTS credits
Program
- Commitment to service and solidarity
- Internship preparation + Duo Day
- Sport
- Weekly seminar
Objectives
The objective of this teaching unit is to prepare you for the professional world by developing your team spirit and initiative (sports), but also by helping you get to know yourself better and determine your career path, taking into account the challenges of sustainable development.
Targeted skills
- Understand sustainability criteria in all analyses and actions and be able to anticipate environmental, economic, and societal changes in sectors and regions (national and international)
- Demonstrate initiative, entrepreneurship, and intrapreneurship: act as an advisor to companies; develop new products, processes, and methods
- Know yourself and be able to evaluate yourself. Ability to identify your professional and personal expectations
Semester 1
Responsible engineer: understanding life sciences to act sustainably 1 TU - 6 ECTS credits
Program
- Agronomy 1: soil, climate
- Applied animal physiology 1
- General microbiology: bacteriology
- Immunology
- Micro-organisms
Objectives
The objective of this course is to highlight the close links between fundamental biological sciences (microbiology, immunology, etc.), animal sciences, and agronomic knowledge.
The aim is to acquire the essential foundations for understanding the mechanisms of evolution in living beings, and for controlling their growth and agronomic potential.
The challenge is to acquire the essential foundations for understanding the mechanisms of evolution in living organisms and controlling their growth and agronomic potential, which requires an understanding of how soil works and its main interactions with the climate. At the same time,
the knowledge acquired on the functioning of digestion and lactation is a prerequisite for understanding the importance of sustainable livestock management...
- Define what a microorganism is: origin and diversity
- Define and understand, from acellular to cellular types, from prokaryotes to unicellular eukaryotes, the role of microorganisms in food quality, animal and plant production, plant and animal health (pathogens and microbiota), treatment processes, pollution markers, and environmental bioremediation.
- Gain a comprehensive understanding of the immune system and its normal and pathological functioning
- Understand the evolution of the fields of application of this discipline
- Mobilize fundamental knowledge of the structure, lifestyles, physiology (nutrition and growth), and metabolism of prokaryotic microorganisms (bacteria, archaea).
- Use the basic principles of microbiology to identify bacteria, determine their metabolism, and calculate
- their growth parameters based on environmental conditions.
- Understand the functioning (and malfunctioning) of digestion and lactation in farm animals, and the impact on milk production and quality.
- Understand the main interactions between climate and plant production.
- Perform a radiation balance, energy balance, or water balance.
- Understand how soil works, its main interactions with the climate, and how it evolves depending on the cropping system.
Targeted skills
- Knowledge and understanding: fundamental and essential aspects relating to the properties of bioresources, agro-resources and food, their food and non-food uses, and ecosystems, enabling the implementation and development of production systems and processing methods, combining analytical and synthesis skills at different scales and/or in different contexts, particularly international contexts
- Ability to carry out fundamental or applied research, implement experimental designs, and be open to collaborative work
- Ability to monitor regulatory, scientific, and/or technical developments, find relevant information, evaluate it, share it, and promote it
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
Responsible engineer: understanding life sciences to act sustainably 2 TU - 5 ECTS credits
Program
- Chemical kinetics
- Metabolic biochemistry and enzymology
- Physiology of living organism (animal, vegetal, human)
- Thermochemistry
Objectives
Chemistry explains many phenomena of life from the origin of the Earth to the present day. It will most likely continue to drive evolutionary processes and adaptations in the future.
This course aims to highlight the strong links between chemistry and physiological processes. It builds on the fundamentals of chemical thermodynamics and kinetics and demonstrates that these principles regulate all primary and secondary biochemical reactions within all living organisms and explain the physiology of nutrition, reproduction, self-defense, and more.
This course unit will present the basics of chemical kinetics and thermochemistry in close connection with the major biochemical metabolisms, the enzymology that regulates them, and some elements of general physiology.
Targeted skills
- Know and understand: the fundamental and essential aspects of the properties of bioresources, agro-resources, and food, their food and non-food uses, and ecosystems, enabling the implementation and development of production systems and processing methods, combining analytical and synthesis skills at different scales and/or in different contexts, particularly international contexts
- Master tools and methods: sampling, collection, measurement, management, analysis, evaluation, representation, and valorization of data in the context of agronomy and agro-industry
- Identify and diagnose systems to design, implement, test, validate, and evaluate innovative solutions, methods, products, and services in the agronomy and agro-industry sectors
- Ability to carry out fundamental or applied research, implement experimental designs, and be open to collaborative work
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
Data in a complex world: finding, thinking, processing, producing TU - 5 ECTS credits
Program
- Databases: SQL
- Inferential statistics
- Linear algebra
- Population genetic
Objectives
This teaching unit has multiple objectives. The first is to train students in information organization, and the second is to teach them
the first steps in information processing, mainly focused on the field of population genetics.
By the end of this unit, students will have a basic knowledge of linear algebra covering basic operations, determinants, and the objectives and applications of diagonalization. In addition, they will be able to make the connection between matrices and linear applications. They will learn how to structure data and put their knowledge into practice in a database management system. They will be able to estimate the main indicators of a population from a sample taken from that population. Finally, they will have a basic understanding of population genetics.
SPECIFIC SKILLS
- Master a database management system;
- Provide students with basic knowledge of linear algebra;
- Enable students to estimate the parameters of a population from information contained in a sample;
- Provide students with the basics of statistical testing;
- Know the fundamental basics of population genetics;
- Apply certain mathematical and statistical tools to population genetics;
- Understand the genetic functioning of populations in relation to their environment.
SOFT SKILLS
- Argumentation
- Discipline/rigor;
- Observation/analysis;
- Scientific reasoning
- Time management
- Autonomy, teamwork, communication
- Dynamism/motivation, relevance, curiosity
CTargeted skills
- Identify and diagnose systems to design, implement, test, validate, and evaluate innovative solutions, methods, products, and services in the agronomy and agro-industry sectors
- Ability to monitor regulatory, scientific and/or technical developments, find relevant information, evaluate it, share it and promote it
- Understand sustainability criteria in all analyses and actions and be able to anticipate environmental, economic and societal changes in sectors and regions (national and international)
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
- Ability to take into account the challenges and needs of society and be able to compare the impact of these challenges according to the needs of sectors and regions at the national and international level
- Commit and take responsibility. Ability to lead cross-functional/inter-company projects, be a good team player and lead teams, in particular by encouraging employee buy-in and enabling everyone to understand each other's challenges and constraints. Be a mediator and demonstrate diplomacy
International engineer TU - 4 ECTS credits
Program
- Language 1 (French as a Foreign Language, German, Spanish)
- Language 2 (French as a Foreign Language, Portuguese)
- Study trip
Objectives
Specific skills
- Communicate competently (at different levels) in the selected languages
- Give an oral presentation on a given topic
- Write a short document based on a visit or experience
- Analyze and summarize
General skills
- Communication (written and oral), active listening
- Management of different communication styles
- Autonomy/teamwork
- Dynamism/motivation
Targeted skills
- Ability to take into account the complexity and challenges of workplace relations, ethics, responsibility, safety, and health
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
- Be committed and take responsibility. Ability to lead cross-functional/inter-company projects, be a good team player and lead teams, in particular by encouraging employee buy-in and enabling everyone to understand each other's challenges and constraints. Be a mediator and demonstrate diplomacy
- Ability to work in an international context
UniLaSalle engineer in the world TU - 7 ECTS credits
Program
- Common Agricultural Policy
- Accounting
- Internship Feedback
- Normandy for Peace
- Sustainable Innovation Management
Objectives
Specific skills
During this training course, you will learn to:
- use the main concepts and terminology of innovation management
- explain the adoption life cycle and the adoption of innovation at the individual level
- define creativity and explain how to stimulate it
- explain what an innovation strategy is and why it is important
- explain how innovation projects should be selected and managed
- explain the importance of teams, team structures, and networks for innovation
- become familiar with basic accounting terms
- interpret business transactions through accounting figures
- evaluate the financial structure of the company
Soft skills
Intercultural competence consists of five skills:
- Intercultural attitudes: curiosity and open-mindedness, willingness to suspend disbelief about other cultures and belief in one's own.
- Knowledge: of social groups and their products and practices in one's own country and in the country of one's interlocutor, as well as of
- general processes of societal and individual interaction.
- Interpretation and interrelation skills: ability to interpret a document or event from another culture, explain it, and relate it to documents or events from one's own culture.
- Discovery and interaction skills: ability to acquire new knowledge about a culture and cultural practices and ability to use knowledge, attitudes, and skills under the constraints of real-time communication and interaction.
- Critical cultural awareness: ability to critically evaluate, on the basis of explicit criteria, perspectives, practices, and products in one's own culture and in other cultures and countries.
Targeted skills
- Understand the challenges facing the company: economic factors, quality standards, competitiveness and productivity, commercial requirements, economic intelligence. Integrate these factors and contribute to the company's development and evolution
- Ability to take into account the complexity and challenges of workplace relationships, ethics, responsibility, safety, and health
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
- Be committed and take responsibility. Ability to lead cross-functional/inter-company projects, be a good team player and motivate teams, in particular by encouraging employee buy-in and enabling everyone to understand each other's challenges and constraints. Be a mediator and demonstrate diplomacy
- Ability to work in an international context
Building and projecting for a sustainable world TU - 3 ECTS credits
Program
- Service and solidarity commitments
- Sport
- Weekly seminar
Objectives
The objective of this course unit is to promote students' personal development by enabling them to develop their thinking, get involved, and learn more about themselves. It will also allow them to practice managing group work independently.
Focused on the acquisition of cross-disciplinary engineering skills referenced by the French engineering degree commission, this course unit aims to promote students' personal development.
Professional project building:
This course aims to help students build their professional project.
The main objectives are as follows:
- Know how to consult and use documentary research to create a job description.
- Identify the choices to be made throughout the program for the desired career opportunities
- Plan their path through the program to their desired job
Sport
At the end of this module, students will be able to:
- Act with respect for themselves, others, and the environment by following rules.
- Organize and assume social roles and responsibilities by managing and organizing practices and learning: setting up, using, and storing equipment, gathering information, working in a team, and helping others.
- equipment, gathering information, working in a team, and helping others.
- Plan individually and collectively to develop and implement an action plan, think logically and rigorously, assess the effectiveness of their actions, and develop their skills.
- Assess the effectiveness of their actions and develop perseverance in victory and defeat.
- Know themselves, prepare themselves, and protect themselves by regulating and managing their resources and commitment. Learn to warm up, recover from exertion, identify risk factors, take your potential into account, make appropriate decisions, control your emotions, appreciate the effects of physical activity on the human body, and adopt healthy lifestyle principles.
Targeted skills
- Ability to carry out fundamental or applied research, implement experimental designs, and be open to collaborative work
- Understand sustainability criteria in all analyses and actions and be able to anticipate environmental, economic, and societal changes in sectors and territories (national and international)
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
- Have a spirit of initiative, entrepreneurship, and intrapreneurship: be an advisor to companies; develop new products, processes, and methods
- Know yourself and know how to evaluate yourself. Ability to identify your professional and personal expectations
Semester 2
Responsible engineer: understanding life sciences to act sustainably 1 TU - 5 ECTS credits
Program
- Agro-industrial Biochemistry
- Epistemology
- Fluid mechanics
- Molecular Biology
Objectives
Optimization is a major principle in science. This teaching unit (TU) will explain this concept through plant biology, botany and ecology, solution chemistry, and mathematics.
We can think of plants as using and regulating different chemical reactions in aqueous solution to optimize and minimize energy consumption throughout their lives in their environment.
Mathematics could highlight these regulations.
Based on various original teaching methods and tools, this course unit includes workshops, visits, practical work, reports, team projects, and flipped classroom activities—pair work is possible. Students explain the content to each other, and online courses can be used.
Skills acquired
- Knowledge and understanding: fundamental and essential aspects relating to the properties of bioresources, agro-resources and food, their food and non-food uses, and ecosystems, enabling the implementation and development of production systems and processing methods, combining analytical and synthesis skills at different scales and/or in different contexts, particularly international contexts
- Master tools and methods: sampling, collection, measurement, management, analysis, evaluation, representation, and valorization of data in the context of agronomy and agro-industry
- Identify and diagnose systems to design, implement, test, validate, and evaluate innovative solutions, methods, products, and services in the agronomy and agro-industry sectors
- Ability to carry out fundamental or applied research, implement experimental designs, and be open to collaborative work
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
Responsible engineer: understanding life sciences to act sustainably 2 TU - 6 ECTS credits
Program
- Agronomy 2
- Animal feeding: an introduction
- Applied animal physiology 2
- Ecosystem: how does it work?
- Microbiology: mycology and virology
- Physical thermodynamics
Data in a complex world: finding, thinking, processing, producing TU - 6 ECTS credits
Program
- Account management
- GIS & Ecology
- Practical tests (R Software)
- Statistical Test practices
International engineer TU - 5 ECTS credits
Program
- Language 1 (French as a Foreign Language, Portuguese)
- Language 2 (French as a Foreign Language, German, Spanish)
- International Agriculture
Targeted skills
- Understand sustainability criteria in all analyses and actions and be able to anticipate environmental, economic, and societal changes in sectors and regions (national and international)
- Ability to take into account the complexity and challenges of workplace relations, ethics, responsibility, and occupational health and safety
- Ability to think globally while acting locally. Take into account the challenges of sustainable development
- Ability to take into account the challenges and needs of society and be able to compare the impact of these challenges according to the needs of sectors and regions at the national and international level
- Commit and take responsibility. Ability to lead cross-departmental/inter-company projects, be a good team player and lead teams, in particular by encouraging employee buy-in and enabling everyone to understand each other's challenges and constraints. Be a mediator and demonstrate diplomacy
- Ability to work in an international context
UniLaSalle engineer in the world TU - 4 ECTS credits
Program
- Agricultural Policy
- Cross-cultural studies
- Law and political sciences
- Rural sociology
Building and projecting for a sustainable world TU - 4 ECTS credits
Program
- Engagements de service et de solidarité
- Sport
- Study trip
- Weekly seminar
Objectives
The objective of this course is to promote students' personal development by enabling them to develop their thinking, get involved, and get to know themselves better. It will also allow them to practice managing group work independently.
Targeted skills
- Understand sustainability criteria in all analyses and actions and be able to anticipate environmental, economic, and societal changes in sectors and regions (national and international)
- Demonstrate initiative, entrepreneurship, and intrapreneurship: act as an advisor to companies; develop new products, processes, and methods
- Know yourself and be able to evaluate yourself. Ability to identify your professional and personal expectations