Engineering course

Info

Planning their five-year integrated course enables PURPAN students to learn progressively about the various aspects that make up the complex professional world.

Engineers are required to solve multifaceted problems: technical, human, economic, social, commercial and legal. Learning to manage this complexity means gradually learning how to integrate them in personal or group projects, based on concrete cases from the professional world.

Internships are intended to help future engineers discover and develop their sense of observation, gradually enabling them to put their analytical skills to use and synthesize information in order to propose solutions in line with the professional situations they will encounter.

One of PURPAN’s strengths comes from its multiple teaching methods, including the most innovative ones.
While lectures always feature on the program, as they require rigorous listening and develop the intellectual capacity to integrate information, teaching is offered in a number of traditional formats such as tutorials, practical work, field visits, etc., as well as through numerous practical situations in individual or group projects.

RNCP file number : RNPC35720

Become an engineer-manager in the agricultural and agri-food sectors and invent the world of tomorrow.

Engineering course

Five years of higher education (equivalent to a master’s degree)

PURPAN’s
level 7 engineering degree is recognized by the French government and accredited by the CTI, the accreditation authority for French engineering programs.

RNCP (French national directory of professional certifications) file number: RNCP35720

Duration

five years, or ten semesters.

three years of common core (First cycle)
two years of specialization (second cycle)

 

Admission

Admission possible in the first, second or third year.
By application and interview

See admission requirements

 

Work-study

Opportunities for work-study courses:

– In three years from the third year (apprenticeship contract)
– Two years from the fourth year (apprenticeship contract)
– One year from the fifth year (professionalization contract)

Life sciences: at the heart of tomorrow’s challenges

The first three years of the course (three years of core courses) introduce students to science subjects and technical training. During this time, students learn to make diagnoses and master the techniques and analyses necessary for complex situations. Significant contact with the professional world provides insight into real-life situations.

The last two years broaden their understanding of the issues facing the agricultural and agri-food sectors. Students acquire project management and business leadership skills. This is when they will spend a long period of time abroad gaining experience (a semester abroad, international solidarity missions, research) and corporate experience (six-month internship).
In the fifth year, students choose a specific area of interest to study (their “Domaine d’Approfondissement” or DA) which offers them in-depth expertise in their chosen field. They can choose their DA from among those offered by the three schools in the France Agro³ consortium.

NB: it is possible to start the apprenticeship program in the third year.

The areas of expertise covered by the course

•  Agriculture, sectors and markets
•  Territories, planning and sustainable development
•  Biodiversity, environment and agricultural resource management
•  Agri-food and industrial management
•  Marketing and business in agricultural supplies and agri-food
•  Agricultural economics, management, Food and nutrition management

Year 1

The first year marks entry into the first cycle of the course, comprising the first three years.
This first cycle initially serves to learn about engineering and biological sciences. These sciences are necessary to develop conceptual skills and are essential for understanding production and processing techniques for agricultural products.
The year ends with a three-and-a-half-month internship on a farm.

Reasoning skills, observation skills and self-reliance are just some of the qualities an engineer needs.
– Exposure to scientific subjects such as mathematics, physics and chemistry helps develop reasoning skills.
– The study of biological sciences, the accompanying practical work, field trips and internships are all exercises that help to develop observation skills.
– A sustained, demanding pace of work, the wide variety of subjects taught and their assessment help students acquire self-reliance and greater self-knowledge.
– Learning about human and social sciences (law, languages, etc.) gives students the opportunity to play an active part in society. 

The first year consists of two semesters, each comprising five course units and several course unit components (ECUE).

Semester 1:
Mathematics and digital tools (6 ECTS)
– Application of mathematics and digital simulation (6 ECTS)
– From atoms to biomolecules (6 ECTS) 
– Life sciences for agricultural techniques (6 ECTS)
– Humans: communicating beings (6 ECTS) 

Semester 2
– Soil science and physical interactions (6 ECTS)
– Cell structure and function (6 ECTS)       
– Life sciences for agricultural techniques (6 ECTS)
– Countries, landscapes, environment and ecology (6 ECTS)
– Humans: at the center of the debate (6 ECTS)

At the end of the first year, students complete an internship of at least 13 weeks on a farm in France.
They will be asked to express their overall understanding of the farm.

NB: PURPAN has an extensive network of farms and partner companies throughout France and abroad. The internship team uses this network to offer students their future destinations.

Year 2

The second year follows on from the first year, consolidating the students’ technical and scientific foundations.

The year ends with the first period of time spent abroad with a three-month internship in an English-speaking country.

The content and spirit of the second-year training program are structured around four complementary topics:
– Developing a sense of analysis and consolidating it through scientific teaching and tools dedicated to diagnosis
– Understanding the notion of system through specific teaching: thermodynamics, metabolic biochemistry, animal and plant physiology, ecology, food science, farm management
– Underpinning technical knowledge through in-depth study of the agronomic sciences
– Broadening open-mindedness through questioning of current events and interest in cultural differences

The second year is composed of two semesters, each comprising five teaching units and several course unit components (ECUE).

Semester 3

– Data modeling and data processing (6 ECTS)
– Animal physiology and nutrition (6 ECTS)
– Soil-plant interface (6 ECTS)
– Farm business management (9 ECTS)
– Self-knowledge and communication (6 ECTS)

Semester 4 

– Biomathematics and energetics (6 ECTS)
– Plant physiology and health (6 ECTS)  
– Food science and human nutrition (6 ECTS)
– Management of agricultural production workshops (9 ECTS)
– Alterity and communication (6 ECTS)        

At the end of the second year, students must complete a 12-week internship on a farm or in a company, in an English-speaking country. This is a great opportunity for them to significantly improve their English. They deepen their understanding of production techniques and analyze agricultural realities.

The end-of-year internship abroad is an opportunity to put into practice their openness, communication skills and self-reliance.

NB: PURPAN has an extensive network of farms and partner companies throughout France and abroad. The internship team uses this network to offer students their future destinations.

Year 3

Personal development training continues with a focus on business and decision-making.

Students complete numerous projects to bring together everything they have learned, teaching them to take into account the various human, technical and economic constraints involved to study a problem in its entirety (bibliographic dissertation, concrete case study).

NB: From this year onwards, students can choose to follow an apprenticeship program. 

The third year is composed of two semesters, each comprising five teaching units and several course unit components (ECUE).

Semester 5 
– Management of plant and animal production systems (9 ECTS)
– Genetics, plant and animal selection (6 ECTS)
– The company, its organization and operation (6 ECTS)
– Interculturality (9 ECTS)
– The basic concepts of agronomy and the agri-food sector (6 ECTS)

Semester 6 
– Information management (6 ECTS)
– Agri-food and quality (6 ECTS)
– Agricultural policies and evolution of the agricultural and rural worlds (6 ECTS)
– Technical, economic and environmental diagnostics for farms (6 ECTS)
– Creativity and communication (6 ECTS)

At the end of the third year, students complete a ten-week internship in a company upstream or downstream of production. This is an opportunity to understand its organization and its issues.

The internship at the end of the third year enables students to participate in the work and life of a company in France or abroad, and to learn about organizational problems and study decision-making processes.

 

Year 4

Students on the engineering course learn to go beyond the purely technical dimension of the company and take its environment into account.
The fourth year enables them to link the technical and economic constraints of businesses in the agricultural sector with national and international socio-economic influences.

The year is split into two distinct semesters:
– The first is devoted to a long period of time abroad at a foreign university or in a developing country (international solidarity mission). It also offers the possibility of research training.
– The second semester provides both the insights needed to understand the challenges facing the agricultural and agri-food sectors, and the tools needed to manage projects and businesses.

NB: from the fourth year onwards, students can also choose to complete a double diploma (in France or abroad), a specialized master’s degree, or to continue their studies as an apprentice

The fourth year is split into two distinct semesters: one semester at school and one semester of specialization.

Semester 7
– Personal development and professional experience (3 ECTS)
– Agriculture – Ecology (3 ECTS)
– Management (21 ECTS)
– Life sciences (3 ECTS)
– Engineering sciences (3 ECTS)

Semester 8 
– Personal development and professional experience (24 ECTS)

  • Semester at a university abroad
  • Semester carrying out an international solidarity mission
  • Research semester

Nearly 70% of PURPAN students spend a long period of time abroad at one of the school’s 176 partner universities in nearly 50 different countries.

Students can choose to get involved in humanitarian action within a structure committed to long-term projects in Latin America, Africa or Asia.

Students may decide to go into research. 

A specific and original program involving immersion in a research team at PURPAN and then abroad.

Students can spend an additional semester at an internationally renowned partner university in the European Union, Latin America or North America. To this end, nine agreements have been specially signed with universities such as Wageningen University in the Netherlands (MSc Agroecology), NMBU in Norway (MSc Agroecology), ESALQ and PUCPR in Brazil, PUC in Chile, Tecnológico de Monterrey in Mexico, as well as Purdue University, Kansas State University and the University of Illinois Urbana-Champaign in the USA.
These courses open the doors to professional careers on the international stage.

Double diplomas available in the fourth year: 

With TBS
Marketing & International Business / Business Analytics, Big Data, AI and the Digital Transformation / Audit and Inspection / Finance and Banking / Consultancy, Strategy, HR and Entrepreneurship / Supply chain, aeronautics / Engineering / Arts, Humanities & Political Science.

With the ENSFEA
– Master’s in Teaching, Education and Training professions.

With the Université Toulouse – Jean Jaurès and the ENSFEA
– Master’s in Territory Management and Local Development Course: Rural life in the Northern and Southern Hemispheres.

Master’s in Agroecology – MSc CGE European Management of Agrosystems (supported by AGROECO for France Agro³ schools)

Master’s in Sustainable Food Systems – MSc CGE European Management of Sustainable Food Systems (supported by Toulouse Agri Campus).

Year 5

The fifth year begins in the first semester with a period of core courses, followed by a period of optional courses in which students choose a specific area of interest to study (their “Domaine d’Approfondissement” or DA) from those offered by the school or by another school in the France Agro³ consortium.

Each “DA” combines classes, case studies, testimonials from professionals, visits and meetings with leading decision-makers and consultants in the field. The teaching method puts students in the active situation of carrying out a project commissioned by professionals and directly linked to the specific area of interest.

The second semester includes the final internship. 

The dissertation is the final step in the PURPAN training program. Students who have met all the training requirements are awarded their diploma at a ceremony attended by a representative of the school’s supervisory ministry.

 

This program provides the knowledge needed to correctly analyze the major functions of the forest. Drawing on the agricultural knowledge acquired, forests can be better integrated as an alternative to certain forms of land use, helping to understand the technical, ecological and economic issues involved.
Forests are a comprehensive example of knowledge integration. This DA highlights how, based on the specific case of the forest, we can consider integrated management of an area by bringing together all the technical, environmental, social and economic requirements that can be difficult to reconcile.

The aim of this DA is to train students in the real steps involved in setting up or taking over a business, while supplementing and updating their knowledge of marketing strategy and management. This approach enables them to have a global vision of the different aspects of a project (strategic decisions, marketing approach, production, financing, management, tax and legal impact, etc.)
During this DA, students learn to bring together an entire project in the form of a comprehensive, convincing business plan.

Designed with professionalization in mind, this DA is aimed at students wishing to pursue and develop their skills as future wine industry executives.

DA objectives:

– Develop the future engineer’s ability to diagnose and draw up proposals for action in real-life situations, with cognitive and methodological support from professionals.

– Train executives for companies in the wine and spirits industry, capable of interacting and integrating into all sectors of the business: R&D, production, logistics, purchasing, marketing, sales, relevant proposals, etc.

The aim of this DA is to give students the skills they need to set up an export project. More generally, it is aimed at anyone wishing to one day work for a company, professional organization or institution involved in international business.
An audit is first necessary to analyze the company’s ability to manage a project of this scale, and adapt it to its characteristics and resources. This then leads to strategic thinking and implementing an action plan to reach the target market.
Finally, interculturality remains one of the key success factors of exporting. To make an international business project a success, students need to learn to find their place in different frames of reference and adapt their management to the cultural realities of the destination country.

DA objectives:
– Know the factors and tools for quality control in food manufacturing processes
– Know the tools for optimizing production
– Participate in the development of a HACCP approach in a company
– Know the quality management standards and carry out an audit in a company, leading to the external auditor certificate
– Raise awareness of the project management approach for innovation and product development
– Be able to manage a project involving innovation and product development in the food industry

The aim of this DA is to familiarize students with the organization of mass retailing and alternative distribution methods, and to help them understand the appropriate marketing strategy.
Learners should be able to:
– Recognize the professions involved in food retailing and distribution
– Understand the technical and strategic challenges facing the sector
– Understand the different modes of marketing (supermarket distribution and alternative modes)
– Identify the different elements of marketing strategy.

Every year in France: 
12,100,000 tons of co-products generated by the agri-food industry
– 280,000 tons of co-products generated by agricultural activities (livestock and crops)
These co-products have useful properties, including nutritional, agronomic, material, energy and chemical values.

DA objectives:

– Be aware of the co-product volumes generated by agriculture and the food industry in France
– Know the different ways of putting these co-products to profitable use
– Know how to identify the characteristics of interest of a co-product
– Learn more about energy recovery
– Understand the recovery processes
– Be able to carry out environmental impact analyses (EIA)
– Be aware of the economic stakes of co-product recovery

DA objectives: 

– Make future engineers aware of current issues in the world of agriculture.
– Understand professional and government policies at regional, national and European Union level, and grasp their long-term consequences.
– Have a clear vision of the stakeholders in the agricultural world of today, their actions within a sector and a region, and be able to identify their interactions with other local stakeholders in the region.
– Be capable of developing innovative, new or improved projects, and above all of implementing them with those involved in agricultural production.

The aim of PURPAN’s Livestock Farming of Tomorrow DA program is to train engineering students and give them the keys to understanding the main issues facing the livestock industry. They will also be able to propose innovative solutions and be involved in complex systems on several scales (geographical, temporal, etc.), taking into account multifactorial contexts (sustainable development, political governance, production, competitiveness, etc.).

The aim is to professionalize our students, preparing them to become managers in sectors of excellence. They need to acquire a global vision of the value chain in order to develop companies’ economic, environmental and social performance, and build sustainable supply chains and resilient brands.

DA studied in the fourth and fifth years.

The aim of this course is to train agricultural students in the agroecological transition of the food system. This includes the different spatial scales, from the cropping system to the territorial system.
At the end of their course, these agriculture professionals will be experts in environmental issues, and must be able to meet the technical and socio-economic challenges of the agroecological transition of agricultural production systems. Skills and aptitudes will be developed to enable them to carry out a rigorous analysis of how the company operates in its territory.

In the fifth year, students must complete a six-month internship with a company. 
This final internship encourages total, long-term immersion in a company, enabling students to experience the complex day-to-day workings of an economic and social entity.

At the end of the internship, students must submit their final dissertation and defend it before a jury. 

• Gather first-hand experience of the theoretical and practical training acquired over the previous four years. This is the purpose of the internship, followed by the final dissertation.
• Understand the complexity of the company in its human, social, historical, cultural and international environment.
• Prepare to enter professional life and deepen personal reflection to better identify one’s rightful place.
• Acquire a specific skill in one of the fields of activity offered by the areas of interest (DA)

Admissions through applications and interviews

To enroll in the first year:

Registration on the ParcourSup online platform

General or technological Baccalauréat (STAV, STL, STI2D) or equivalent high school diploma and one year of higher education (PACES (First year of common core subjects for medical and health study programs)), L1, BCPST 1 or 2 (preparatory class for Biology, Chemistry, Physics and Earth Sciences)

To enroll in the second or third year:

Request an application form from the admissions department

• Second year: Agricultural BTS or BTS with scientific and biological content, BCPST 2 or 3 (preparatory class for Biology, Chemistry, Physics and Earth Sciences), DUT in Biological engineering – agronomy, Professional Bachelor’s Degree, first or second year of Bachelor’s Degree in Biology, second or third year of PASS (specific health access course), BTS (Advanced Technician Certificate), DUT (University Technical Diploma)
• Third year: Licence Pro (Professional Bachelor’s Degree), validated BTS (Advanced Technician Certificate), validated DUT (University Technical Diploma), Licence Bio 2 (second or third year of Bachelor’s Degree in Biology), Master 1.
Admission to second or third year is possible if you have respectively 60 ECTS or 120 ECTS from a course with scientific, biological, agronomic and/or agricultural content (BTS (Advanced Technician Certificate), Preparatory course, BUT (Bachelor of Technical Studies), PASS (specific health access course), Licence (Bachelor’s Degree), Licence professionnelle (Professional Bachelor’s Degree), Master’s Degree, etc.).

Note that the “Prépa T²” in Toulouse (formerly known as “Prépa de Toulouse INP”) allows you to apply directly for the third year of the engineering course. Find out more here.  

WHAT COMES AFTER GRADUATING AS AN ENGINEER?

Following the engineering course, almost 50% of our students already have jobs before graduation, and 95% six months afterwards. This diploma gives you access to more than 300 professions (plus those yet to be invented…)

25%%
MARKETING / BUSINESS
20%%
AGRI-FOOD PROCESSING
20%%
TECHNICAL AND PROFESSIONAL ORGANIZATIONS
15%%
BANKING / INSURANCE / IT
7%%
LOGISTICS / DISTRIBUTION
5%%
AGRICULTURAL PRODUCTION
3%%
STUDIES / CONSULTING
5%%
RESEARCH / TEACHING

For more information on possible professions, consult the professions guide:

Personal development and support

Personal development

Personal development is the school’s number one teaching activity in terms of the number of hours devoted to it over the five-year course. Stemming from Ignatian roots, it is the foundation of our educational and personal development project. It takes the form of five key points:

• Welcoming students of all backgrounds.
• Giving priority to real-life situations: internships, international experience, company projects, team projects, dissertations, etc.
• Organizing reviews of experiences to identify areas for improvement.
• Stimulating the motivation and autonomy required in the world of work.
• Revealing students’ full potential by working on the soft skills that make all the difference.

Individual and group projects form part of the program, in partnership with teachers and professionals.
Group work is fundamental in developing a taste for communication, discovering complementarity, autonomy, responsibility, management and ethics.

Accompaniment & review

Each internship or course is prepared and tutored by a research professor.The individual or group review helps students take stock of their experiences. The research professors are there to listen, answer questions and provide guidance.

INTERESTED IN AN APPRENTICESHIP?

You’re interested in this course, but you’d like to get professional experience… PURPAN Engineering School has been offering its Engineering apprenticeship program since the start of the 2022 academic year. You benefit from an employment contract, a salary, training and a diploma, so why hesitate?

One campus, two locations

PURPAN students work on two campuses in the Toulouse region.
THE TOULOUSE SITE: The very heart of the school, where several thousand students have already been trained.
THE LAMOTHE SITE:  The school’s farm where students benefit from training in the field.

Take a virtual tour of the Toulouse campus

Student life

Student life at the very heart of the school’s educational and human project.
Personal development at the school is heavily focused on student life and getting each student involved in serving others through a strong commitment to associations.
The Student Union coordinates the various committees (sports, evening events, in-house events, conferences, etc.) and the many clubs and associations.

Any questions?

Do you have any questions about the course?

We can put you in touch with Céline Peltier, Director of Education and Head of Engineering Training 
Click on “Contact us” below!