Agronomic Sciences (Engineering Degree)

Explore the programs and courses offered by Agronomic Sciences (Engineering Degree)

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Program Overview

Engineering Training in Agricultural Sciences is a multidisciplinary program aimed at training specialists capable of addressing challenges related to agriculture, the environment, and agri-food systems. It combines scientific, technical, and economic knowledge to develop innovative and sustainable solutions in the field of agriculture.

Training Objectives

The main goal of this training is to provide students with:

  • An in-depth understanding of life sciences as applied to agriculture.
  • Skills in natural resource management and sustainable development.
  • Mastery of modern agricultural and food production techniques.
  • The ability to manage innovation and improvement projects in agricultural systems.

The training generally lasts five years (three years of preparatory courses and two years of specialization) and covers several disciplines, including:

  • Basic sciences: biology, chemistry, physics, applied mathematics.
  • Agricultural engineering and plant production: crop improvement, plant protection, tropical and Mediterranean agriculture.
  • Animal breeding and production: animal breeding, nutrition, reproduction, and health.
  • Natural resource management: agroecology, biology, water and soil management, biodiversity.
  • Agri-food technologies: processing of agricultural products, food quality and safety.
  • Agricultural economics and management: agricultural policy, rural entrepreneurship, farm management.

Agricultural engineers can work in various sectors:

  • Agricultural production: managing agricultural operations, improving productivity.
  • Agri-food industry: processing industry, quality control.
  • Research and development: innovation in agriculture and biotechnologies.
  • Environment and rural development: natural resource management, sustainable development consulting.
  • Public sector and international organizations: agricultural policies, NGOs, development institutions.

Engineering training in agricultural sciences offers a wide range of skills and opportunities. It addresses current challenges related to food security, sustainable resource management, and innovation in the agricultural sector.

Teaching Language : French

Curriculum Highlights

Core Courses

  • Soil and Environmental Chemistry
  • Applied Physics in Agriculture
  • Applied Mathematics and Statistics
  • Computer Science and Agricultural Data Management
  • Plant Production Techniques
  • Genetic Improvement of Plants
  • Crop Protection (Integrated Pest and Disease Management)
  • Agroecology and Sustainable Agriculture
  • Soil Management and Fertilization
  • Animal Physiology and Nutrition
  • Breeding and Reproduction Techniques
  • Animal Health and Welfare
  • Livestock Farm Management
  • Feeding Systems and Valorization of Animal Products
  • Water Management and Irrigation
  • Agricultural Ecology and Biodiversity
  • Climate Change and Agriculture
  • Agroforestry and Ecosystem Management
  • Environmental Policies and Regulations
  • Processing Technology in Agri-Food Industries
  • Food Safety and Quality
  • Conservation and Storage of Agricultural Products
  • Standards and Certification of Agri-Food Products
  • Agri-Food Business Economics and Management
  • Agricultural Farm Management
  • Agricultural Policies and International Trade
  • Rural Development and Family Farming
  • Marketing of Agricultural Products
  • Entrepreneurship and Innovation in Agriculture
  • Agricultural Research Methodology
  • Analysis and Modeling of Agricultural Systems
  • Agricultural Project Design and Management
  • New Technologies in Agriculture (Precision Agriculture, Biotechnologies)


Advanced Topics

  1. Innovations and Technologies in Agriculture
  • Precision Agriculture: Use of drones, smart sensors, GIS (Geographic Information Systems), and digital modeling to optimize agricultural production.
  • Plant and Animal Biotechnologies: Genetic engineering, marker-assisted selection, genetically modified organisms (GMOs).
  • Robotics and Automation in Agriculture: Autonomous machines, agricultural robotics, automated guidance systems for farming equipment.
  • Big Data and Artificial Intelligence in Agriculture: Analysis of climatic and agronomic data to improve yields and crop management.
  1. Sustainable Approaches and Agroecology
  2. Food Production and Security
  3. Natural Resource and Environmental Management
  4. Agricultural Economics and Entrepreneurship
  5. Research and Development in Agronomy
  6. Case Studies and Final Year Projects


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Admissions Information

Baccalaureate or an equivalent diploma recognized in Algeria

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