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Short university programs
Introduction to Smart Manufacturing
The program provides participants with a comprehensive understanding of the fundamentals and evolution of smart manufacturing, and its clear impact on raising productivity and efficiency across various industrial sectors. This is reinforced by real-world application cases that demonstrate how these technologies transform from theoretical concepts into actual practice within the work environment.
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Energy Efficiency Basics
The program covers energy efficiency concepts and their applications in buildings, industry, and transportation, with a focus on practical methods that reduce energy consumption and mitigate environmental impact. These themes align with the directions of Vision 2030 towards enhancing reliance on sustainable energy sources.
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Solar cell manufacturing
The program provides participants with the knowledge and skills necessary to design and manufacture high-efficiency, low-cost solar cells, while reviewing the latest industry advancements in thin-film technologies and advanced materials. It also covers how to integrate solar systems into industrial facilities and commercial buildings, and discusses practical challenges for scaling up their application and integration with electricity grids, using real-world cases to solidify understanding.
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Greenhouse harvesting techniques
The program qualifies agricultural cadres to efficiently apply harvesting techniques within protected cultivation, by focusing on reducing waste and improving product quality through harvesting practices and post-harvest management. It also enhances agricultural marketing skills and the use of digital solutions to support decision-making.
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Fertilization and Irrigation Management in Greenhouses
This advanced program aims to qualify professionals to manage fertilization and irrigation systems with high proficiency through modern digital technologies to promote smart agriculture and sustainability. The program includes four specialized courses: environmental basics, irrigation network design, preparation of nutrient solutions, and digital transformation and agricultural governance. The program seeks to achieve efficiency in water and fertilizer resource consumption and enhance production quality in greenhouses.
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Horticultural crop production inside greenhouses
This program aims to qualify and develop specialized agricultural cadres in the field of horticultural crop production within greenhouses. The program focuses on equipping participants with the knowledge and skills necessary to use the latest technologies and sustainable systems, including hydroponics and vertical farming systems, to ensure increased production efficiency, improved crop quality, and sustainable management of natural resources.
Program Partners