Course Details
Architecture of Engineering Constructions
Academic Year 2023/24
NGA008 course is part of 1 study plan
NPC-MI Summer Semester 1st year
Engineering constructions as a part of architectural creativity, typological principles and aesthetic values. Application of theoretical knowledge in notable, carefully selected engineering constructions.
History and development of engineering constructions. Typology and design of engineering constructions – roads, railways, underground tracks, airports, constructions for power engineering, waterways, weirs, dams and reservoirs, bridges, water tanks, gas tanks, towers, open structures, ecological constructions.
History and development of engineering constructions. Typology and design of engineering constructions – roads, railways, underground tracks, airports, constructions for power engineering, waterways, weirs, dams and reservoirs, bridges, water tanks, gas tanks, towers, open structures, ecological constructions.
Course Guarantor
Institute
Objective
Familiarisation with the history and development of engineering constructions,
explanation of typological principles of engineering constructions,
the construction principles of engineering constructions,
principles of the static solution of engineering constructions,
the application of engineering constructions in the creation of the cultural landscape.
explanation of typological principles of engineering constructions,
the construction principles of engineering constructions,
principles of the static solution of engineering constructions,
the application of engineering constructions in the creation of the cultural landscape.
Knowledge
knowledge of the history and development of engineering construction
knowledge of the typology of engineering constructions
knowledge of the constructions involved in engineering construction, including statics
creative applications of engineering constructions in the creation of the cultural landscape
knowledge of the typology of engineering constructions
knowledge of the constructions involved in engineering construction, including statics
creative applications of engineering constructions in the creation of the cultural landscape
Syllabus
1. History and development of engineering constructions.
2. Typology and design of engineering constructions – roads, railways, underground tracks, airports.
3. Typology and design of engineering constructions – constructions for power engineering.
4. Seminar I – assignment of the seminar project, consultation.
5. Typology and design of engineering constructions – waterways, weirs, dams, reservoirs.
6. Typology and design of engineering constructions – bridges I.
7. Typology and design of engineering constructions – bridges II.
8. Seminar II – consultation.
9. Typology and design of engineering constructions – telecommunication and radio towers, mining tower, gas tanks, open structures.
10. Constructions for ecology – waste water treatment plants, incineration plants, water tanks.
11. Application of artistic categories in engineering constructions by contemporary architects.
12. Seminar III – consultation.
13. Seminar IV – presentation of seminar projects.
2. Typology and design of engineering constructions – roads, railways, underground tracks, airports.
3. Typology and design of engineering constructions – constructions for power engineering.
4. Seminar I – assignment of the seminar project, consultation.
5. Typology and design of engineering constructions – waterways, weirs, dams, reservoirs.
6. Typology and design of engineering constructions – bridges I.
7. Typology and design of engineering constructions – bridges II.
8. Seminar II – consultation.
9. Typology and design of engineering constructions – telecommunication and radio towers, mining tower, gas tanks, open structures.
10. Constructions for ecology – waste water treatment plants, incineration plants, water tanks.
11. Application of artistic categories in engineering constructions by contemporary architects.
12. Seminar III – consultation.
13. Seminar IV – presentation of seminar projects.
Prerequisites
General knowledge of the typology of production and utility constructions, knowledge of the constructions of the engineering construction and statics disciplines within the scope of the bachelor’s degree course.
Language of instruction
Czech
Credits
3 credits
Semester
summer
Forms and criteria of assessment
course-unit credit and examination
Specification of controlled instruction, the form of instruction, and the form of compensation of the absences
Extent and forms are specified by guarantor’s regulation updated for every academic year.
Offered to foreign students
Not to offer
Course on BUT site
Lecture
13 weeks, 2 hours/week, elective
Syllabus
1. History and development of engineering constructions.
2. Typology and design of engineering constructions – roads, railways, underground tracks, airports.
3. Typology and design of engineering constructions – constructions for power engineering.
4. Seminar I – assignment of the seminar project, consultation.
5. Typology and design of engineering constructions – waterways, weirs, dams, reservoirs.
6. Typology and design of engineering constructions – bridges I.
7. Typology and design of engineering constructions – bridges II.
8. Seminar II – consultation.
9. Typology and design of engineering constructions – telecommunication and radio towers, mining tower, gas tanks, open structures.
10. Constructions for ecology – waste water treatment plants, incineration plants, water tanks.
11. Application of artistic categories in engineering constructions by contemporary architects.
12. Seminar III – consultation.
13. Seminar IV – presentation of seminar projects.
Exercise
13 weeks, 1 hours/week, compulsory
Syllabus
1. Analysis of engineering constructions – roads, railways.
2. Analysis of engineering constructions – underground tracks, airports.
3. Analysis of engineering constructions – constructions for power engineering.
4. Analysis of engineering constructions – waterways, weirs.
5. Analysis of engineering constructions – dams, reservoirs.
6. Analysis of engineering constructions – bridges I.
7. Analysis of engineering constructions – bridges II.
8. Analysis of engineering constructions – bridges III.
9. Analysis of engineering constructions – telecommunication and radio towers, mining tower.
10. Analysis of engineering constructions – gas tanks, open structures.
11. Analysis of engineering constructions – waste water treatment plants.
12. Analysis of engineering constructions – incineration plants, water tanks.
13. Final evaluation of the results of the work.