1.	Stavební materiál

2.	Historie staveb

3.	Průběh stavby v dnešní době krok za krokem

4.	Typy staveb, na čem závisí cena stavby

5.	Budoucnost stavebnictví

"The future – new trends
The interactions between traditional and new disciplines tend to be very productive. Research centres from different disciplines learn that the notion of materials science requires interactions with many fields. This way, materials science can turn into a very successful concept generating new materials (essential for advancing energy, transportation and information technology). The synergistic effects of the close interactions become then quite apparent: for example, many of the advances in technology, such as rapid information exchange, rapid transportation and fuel efficient aircraft, will be the result of strong multi-disciplinary interactions.
Materials science departments will include different groups representing the basic disciplines in science such as chemistry, physics, physical chemistry and engineering. In this technological path, materials science includes new disciplines. In other words, the success of solid state physics and chemistry open up opportunities to build various bridges between materials engineering and the natural sciences.
The future of materials science depends on the integration of other disciplines such as medicine, biology or computing. Promising outputs of materials science include:
 - Surface and interface science,
 - Smart materials,
 - Nanomaterials,
 - Biomimetics and self-assembly materials,
 - Computer modelling."

Esej a prezentace v angličtine na téma stavební materiály.