This module is designed to provide students with the essential
knowledge and skills necessary for managing mechanized post-harvest
operations. It comprehensively addresses to prepare mechanized post
harvest operations, to conduct mechanized post-harvest handling
practices and to establish mechanized post-harvest infrastructures.
Managing mechanized post-harvest operations involves a series of technical processes and strategic decisions to minimize food loss, preserve quality, and add value to agricultural products. This management approach improves efficiency and profitability by integrating modern machinery for handling, sorting, processing, storage, and packaging.
By the end of this module, students will be well-equipped to manage
mechanized post-harvest operations and apply their learning to real
world of agriculture.
- Teacher: Eng.Aphrodis HAVUGIMANA
This module is designed to provide undergraduate trainees with the essential knowledge and skills necessary for management of mechanized farming operations. It comprehensively addresses the field assessment, supervision mechanized farming operations and post activities of mechanized farming operations. By the end of this module, trainees will be able to optimize the use of mechanical equipment and technology in agricultural farming operations.
- Teacher: Remy UWIHANGANYE
This module is designed to provide undergraduate students with the essential knowledge and skills necessary for applying heat transfer technologies in agricultural mechanization systems. It comprehensively addresses the entire heat transfer technologies, from thermodynamic properties, thermodynamic principles, thermodynamic cycles used in tractors and other agricultural machinery, description of fluid mechanics, refrigeration principles, and Applications of refrigeration and air conditioning in agricultural systems. By the end of this module, the students will be able to optimize energy efficiency, fluid flow, and solve real-world problems in agricultural mechanization systems.
- Teacher: Venuste NSHIMIYIMANA
This module is designed to provide undergraduate students with the essential knowledge and skills necessary for performing mechanized irrigation. It comprehensively addresses Prepare for irrigation, operate irrigation system and Maintain irrigation system. By the end of this module, students will be well-equipped to Perform mechanized irrigation and apply their learning to real-world of agriculture.
- Teacher: Jean Nepomuscene Nsengiyumva
This module describes the skills, knowledge, and attitude required to manage mechanization, irrigation, and drainage projects. At the end of this module, the trainee will be able to develop a Mechanization, irrigation, and drainage project plan, manage the scope of Mechanization, irrigation, and drainage projects, schedule Mechanization, irrigation, and drainage projects, and manage risks associated with Mechanization, irrigation, and drainage projects.
- Teacher: Remy UWIHANGANYE
The purpose of this module is to employ quantitative methodologies and statistical analysis techniques to extract meaningful insights from agricultural data. Through the application of statistical models, experimental design, and data analysis, this module aims to enhance decision-making processes, optimize experimental protocols, and contribute to the advancement of scientific knowledge in areas of agriculture engineering.
- Teacher: Venuste NSHIMIYIMANA
This module is designed to provide undergraduate trainees with the essential knowledge and skills necessary for management of mechanized farming operations.
It comprehensively addresses the field assessment, supervision mechanized farming operations and post activities of mechanized farming operations.
By the end of this module, trainees will be able to optimize the use of mechanical equipment and technology in agricultural farming operations.
- Teacher: Samuel HITIMANA
The purpose of learning about personal work priorities and professional development is to help individuals manage their time and tasks effectively, aligning their efforts with both personal and organizational goals. It encourages continuous learning and self-improvement, supporting career growth and adaptability in a changing work environment. Ultimately, the course empowers professionals to become more productive, focused, and resilient in their roles.
The purpose of this module is to employ quantitative methodologies
and statistical analysis techniques to extract meaningful insights from
agricultural data. Through the application of statistical models,
experimental design, and data analysis, this module aims to enhance
decision-making processes, optimize experimental protocols, and
contribute to the advancement of scientific knowledge in areas of
agriculture engineering.
- Teacher: EMMANUEL TWAGIZIMANA