School of Agricultural and Food Sciences

Agricultural Engineering

Program Overview

The modernisation of agriculture requires advanced engineering principles to increase yield, conserve resources, and streamline production. The Agricultural Engineering program at ISEST blends mechanical, civil, and environmental engineering with biological and agricultural sciences. Students learn to design, build, and maintain farm machinery, optimise irrigation networks, and construct modern post-harvest storage systems.

This highly technical program transitions students from traditional farming methodologies to high-tech, mechanised agricultural systems. Enrolling at the HND level and progressing to a B.Tech, graduates build the technical capability needed to manage large-scale farm infrastructure, reduce post-harvest losses, and implement sustainable soil and water engineering practices.

Main Objectives

  • To teach the engineering principles behind advanced farm mechanization and heavy machinery design.
  • To build technical proficiency in designing and implementing efficient irrigation, drainage, and water-management networks.
  • To train students in the construction and management of modern post-harvest storage facilities (silos, cold chains, and greenhouses).
  • To equip students with the skills to address soil erosion and environmental degradation using sustainable engineering solutions.
  • To prepare students for technical leadership roles in commercial agricultural enterprises, machinery manufacturing, and development agencies.

Program Duration

2 Years

HND in Agricultural Engineering

1 Year

BTech in Agricultural Engineering

Internship

Included at both levels

Study Options

Day and Evening Sessions

Skills Acquired

Graduates of the program will be proficient in:

  • Farm Mechanization & Maintenance: Operating, calibrating, and repairing tractors, harvesters, and specialized processing equipment.
  • Computer-Aided Design (CAD): Utilizing software like AutoCAD and SolidWorks to design mechanical farm components and structural layouts.
  • Irrigation System Design: Designing drip, sprinkler, and surface irrigation systems based on crop water requirements and soil hydraulics.
  • Post-Harvest Infrastructure Engineering: Structuring temperature-controlled storage environments, grain silos, and processing facilities.
  • Soil and Water Conservation: Mapping watersheds and executing land-grading, terracing, and drainage structures to prevent land degradation.
  • Precision Agriculture Integration: Deploying sensors, automated systems, and data analytics tools to optimize resource allocation on modern farms.

Target Audience

  • Baccalauréat/A-Level graduates with a strong foundation in physics, mathematics, and a passion for engineering and technology.
  • Technicians working in mechanics or civil construction who wish to specialize in the agricultural sector.
  • Farm operators seeking to upgrade their operations through advanced mechanization and modern infrastructure.
  • Aspiring environmental and structural designers interested in rural development and sustainable resource management.

Career Opportunities

Graduates can pursue roles such as:

  • Agricultural Engineer
  • Farm Machinery & Mechanization Consultant
  • Irrigation and Drainage System Designer
  • Post-Harvest Infrastructure Supervisor
  • Precision Agriculture Technician
  • Project Manager in Rural Engineering NGOs
  • Technical Sales Engineer for Agricultural Equipment

Opportunities for Further Studies

  • Master’s degrees in Agricultural Engineering, Mechanized Systems, Water Resource Management, or Biosystems Engineering.
  • Professional Certifications in:
    • Certified Crop Adviser (CCA) – Agricultural Systems
    • CAD/CAM Professional Certifications
    • Project Management Professional (PMP)
    • Geographic Information Systems (GIS) Certifications

Mechanize. Optimize. Transform.
Bridge the gap between engineering and nature. Build the machinery and infrastructure that secures food production for generations to come with the Agricultural Engineering program.