At the heart of the lab are various testing machines such as triaxial testing apparatuses for determining shear strength, direct shear devices for assessing shear resistance under different normal stresses, consolidation apparatuses to study settlement behavior under load, and permeability testers to evaluate how easily water flows through different types of soil. Hands-on training sessions are integral components where students learn procedures under supervision—ranging from performing index property tests like visual identification or grain-size distribution analysis—to developing written communication skills through detailed reporting on experiments conducted within the lab environment.

Our irrigation drainage and hydraulics workshop is a comprehensive educational facility that offers hands-on training in water management for agriculture. The workshop features an FPT system for irrigation, donated from Italy, which serves as a valuable resource for teaching advanced irrigation techniques. This system includes components such as pumps and control units that demonstrate efficient water distribution methods. Additionally, the workshop includes a channel dedicated to teaching hydraulics. This interactive environment allows students to experiment with fluid dynamics principles relevant to agricultural engineering, studying flow rates and pressure differences essential for designing efficient irrigation networks.

The workshops in SoBEE feature an impressive display of agricultural machinery including cultivators, ploughs, harrows, and rotating tillers. These machines serve as teaching tools to demonstrate different techniques for soil preparation and crop management. Participants can explore how each piece of equipment contributes to effective land use and resource management. Case study sessions are also integral components of the workshop experience. During these sessions, participants analyze real-world examples of successful agricultural engineering practices to understand how theoretical knowledge is applied in actual field conditions. This approach helps bridge the gap between classroom learning and practical implementation.

Our IROC tractor, which was donated from the USA, is a valuable educational resource that enhances the learning experience for our students. This versatile machine features double hitching points, allowing for the attachment of various implements such as ploughs and cultivators. The tractor provides hands-on training in agricultural engineering and machinery operation, enabling students to gain practical experience in safely attaching and operating different types of farm equipment. The affordability of this tractor makes it an accessible tool for farmers. By working with this equipment, our students develop essential skills necessary for careers involving agricultural machinery operation and maintenance.

This facility is equipped with a range of instruments designed to collect data on various atmospheric conditions, including temperature, wind speed, wind direction and precipitation amounts. The station features a thermometer for temperature measurement, an anemometer for wind speed and direction analysis and a rain gauge for precipitation monitoring. This setup not only aids in predicting local weather patterns but also provides students with hands-on experience in understanding meteorological principles. By analyzing real-time data from these instruments, students can gain insights into how different environmental factors interact and influence weather conditions.