Plant production

Explore the programs and courses offered by Plant production

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Program Overview

The doctoral program in plant production offers:  

  • To train researchers specializing in plant production sciences capable of developing efficient and sustainable agricultural systems.  
  • To improve crop productivity and quality through scientific research and the application of advanced technologies.  
  • Promote the use of modern technologies (such as precision agriculture, sensors and artificial intelligence) in the management of agricultural systems.  
  • Develop new plant varieties resistant to biotic and abiotic stresses (drought, salinity, diseases, pests, etc.).  
  • Rationalize the use of natural resources (water, soil, fertilizers) and achieve environmental sustainability.  
  • Understand the interaction between plants and the environment and analyze the impact of climate change on production.  
  • Spread the culture of sustainable agriculture and provide smart solutions to food security challenges.  
  • Prepare applied research projects that meet the needs of the national and international agricultural sector.  
  • Transfer knowledge and technologies to farmers and agricultural professionals through training and support.  
  • Contribute to the development of agricultural policies by providing recommendations based on scientific research.  



Teaching Language : English - French

Curriculum Highlights

Core Courses

  • Physiology of plant growth and production  
  • Genetics and plant breeding  
  • Soil management and plant nutrition  
  • Sustainable agriculture and resource management  
  • Precision and smart agriculture  
  • Experimental design and data analysis  
  • Interaction of plants with climate and environment  
  • Hydroponics and protected systems  
  • Plant diseases and integrated pest management  
  • Scientific writing and academic communication

Advanced Topics

The PhD program in Plant Production allows students to improve their skills in the following advanced subjects:  

  • Artificial intelligence and digital agriculture  
  • Metagenomic analysis and the plant microbiome  
  • The impact of climate change on production  
  • Advanced soilless agriculture  
  • Use of aircraft and sensors in agriculture  
  • Nanotechnology in agriculture  
  • Integrated and sustainable agricultural systems
  • Economics of plant production and value chains  
  • Modern legislation and biotechnology


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Admissions Information

The candidate must meet the following conditions and present the following documents:  

  • Master's degree (or equivalent) in agricultural sciences or life sciences  
  • the biography  
  • Transcripts and graduation certificates
  • Two letters of academic recommendation
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