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Profile of the programme
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The course aims to train students and professionals in the development and characterization of alternative cements made from industrial waste, fostering technical and scientific skills in formulation, activation, and evaluation of physical-chemical and microstructural performance. It aligns with the sustainability and innovation values of the University of Beira Interior, promoting critical thinking and the practical application of scientific knowledge.
Through an integrated approach combining theoretical lectures, laboratory activities, and experimental projects, the course offers solid and applied training. It targets PhD students, graduates, master’s holders, and professionals in civil, chemical, or materials engineering, supporting both professional advancement and further studies in sustainable materials and circular economy. |
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Key learning outcomes
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Upon completion of the continuing education course in Processing and Characterization of Industrial Waste-Based Cements, participants will have developed a set of technical, scientific, and analytical competencies that will enable them to:
1. Understand the chemical, physical, and environmental fundamentals of alternative cements made from industrial waste, including alkali activation and accelerated carbonation processes.
2. Identify and characterize types of industrial waste with potential for use in cementitious binder formulations, assessing technical feasibility and environmental impact.
3. Apply laboratory methodologies to prepare, mold, and cure cementitious mixtures with different compositions, adjusting variables such as pH, temperature, reagent ratios, and reaction time.
4. Perform physical-chemical and microstructural characterization tests, using techniques such as X-ray diffraction (XRD), Fourier-transform infrared spectroscopy (FTIR), thermogravimetric analysis (TG-DTG), and scanning electron microscopy (SEM-EDX).
5. Evaluate the mechanical performance of alternative cements through compressive and flexural strength tests, correlating results with composition and processing methods.
6. Critically analyze experimental data, interpret results, and identify trends to guide the optimization of formulations and processes.
7. Design and carry out a complete experimental project, integrating acquired knowledge to formulate and characterize an industrial waste-based cement, with structured presentation and discussion of the results.
8. Communicate clearly and effectively the procedures, results, and conclusions of the work developed, both in written form (technical report) and orally (project presentation).
9. Reflect on the environmental and social impacts of the traditional cement industry and sustainable alternatives, recognizing the role of scientific innovation in driving ecological transitions in the construction sector.
10. Collaborate effectively in laboratory and multidisciplinary environments, complying with safety standards, scientific methodologies, and ethical principles of applied research.
These competencies strengthen the participant’s ability to work in professional and academic contexts related to civil engineering, materials engineering, technological innovation, and environmental sustainability, preparing them to address the current challenges of the construction industry with a critical, technical, and sustainable perspective. |
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Occupational profiles of graduates
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Participants will be equipped to join or enhance technical and research teams in areas related to civil engineering, materials science, and sustainable construction. The skills acquired enable work in contexts involving innovation in cementitious materials, reuse of industrial waste, and the development of sustainable construction solutions.
Key career opportunities include:
• Research and development (R&D) laboratories in construction materials;
• Companies producing alternative cements and binders;
• Engineering and environmental consultancy firms;
• Regulatory bodies and agencies linked to waste management and circular economy;
• Academic institutions and research centers supporting experimental projects;
• Technological innovation initiatives in the construction sector.
The course is also a valuable asset for professionals aiming to specialize in eco-efficient solutions or pursue further academic studies in sustainable materials. |
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Learning facilities
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The course will be held at the Faculty of Engineering of the University of Beira Interior, which offers excellent facilities for both theoretical and practical training in construction materials.
Participants will have access to:
• Specialized laboratories for the preparation, molding, and curing of alternative cements;
• Advanced equipment for physical-chemical and microstructural characterization, including X-ray diffraction (XRD), FTIR spectroscopy, thermogravimetric analysis (TG-DTG), and scanning electron microscopy (SEM-EDX);
• Fully equipped classrooms with audiovisual tools for theoretical lectures and project presentations;
• Technical support from qualified researchers and technicians with experience in applied research on cementitious materials and industrial waste.
These facilities provide a suitable environment for developing practical skills and carrying out experimental projects with high scientific rigor. |