Training of Trainers (TOT) Workshop at ElSewedy University of Technology – POLYTECHNIC OF EGYPT – in Collaboration with Politecnico di Milano
Cairo, November 2024 – ElSewedy University of Technology – POLYTECHNIC OF EGYPT – hosted a landmark Training of Trainers (TOT) workshop in collaboration with Italy’s prestigious Politecnico di Milano. The event focused on the development and enhancement of the university’s Energy Engineering Technology program and brought together distinguished experts from both institutions to share knowledge, methodologies, and tools in energy systems and engineering education.
The workshop was led by prominent professors from Politecnico di Milano, including Prof. R. Mereu, Prof. C. Del Pero, Prof. F. Leonforte, and Eng. Khaled Gad from SUT. The aim was to advance SUT’s Energy Engineering curriculum by providing faculty members with new pedagogical techniques and technical insights to better prepare students for the evolving energy sector.
- Development of the Energy Engineering Program
SUT’s Energy Engineering program is designed to address the growing demand for highly skilled engineers capable of tackling global energy challenges. As part of the university’s commitment to delivering world-class education, the TOT workshop plays a key role in continuously updating and refining the curriculum. The focus was on integrating cutting-edge knowledge and international best practices from Politecnico di Milano.
- Key Areas Covered in the Workshop
Energy Systems and Modeling Tools: The training explored advanced tools for energy systems modeling, essential for designing and optimizing energy production and distribution systems. Professors R. Mereu and F. Leonforte provided insights into simulation tools used to assess and improve system efficiency and sustainability.
Building Modeling and Energy Efficiency: A key component of the workshop focused on building energy modeling and sustainable design. Prof. C. Del Pero highlighted how energy efficiency measures can be integrated into building design and optimized through simulation to reduce consumption and environmental impact.
Energy Efficiency Measures: The workshop addressed modern strategies and technologies aimed at reducing energy usage across sectors, including practical solutions for industrial and residential applications, as well as the use of renewable energy sources.
Teaching Methodologies and Tools: The workshop introduced innovative teaching approaches and digital tools designed to enhance both theoretical and practical learning. These methodologies aim to create more engaging and effective educational experiences in complex engineering fields.
Project Work Execution: The training also covered best practices for structuring and managing student projects, integrating industry collaboration, and ensuring real-world applicability. This approach supports the development of both theoretical knowledge and practical skills essential for students’ future careers.