Energy-saving technologies in civil engineering

Energy-saving

Specialty

First Cycle

Energy-saving technologies in civil engineering specialty at UEM in Warsaw – why is it worth it?

Why is it worth it?

FOR WHOM WAS THE SPECIALTY OF ENERGY-SAVING TECHNOLOGIES IN CIVIL ENGINEERING CREATED?
If you are a person who looks to the future and wants to create buildings that meet the challenges of energy efficiency and environmental protection, this specialty has been created for you.

The practical aspect of the profession
Under the Energy-saving technologies in civil engineering specialty you will gain knowledge and skills of:

  • choice of design, planning, marketing, and legal solutions related to the need to save energy and protect the environment according to the laws and regulations in force in the EU,
  • principles of modern energy-efficient construction, including passive and active systems,
  • new technologies such as lightweight aluminum enclosures, solar architecture, photovoltaic module enclosures, ventilated air recuperation buildings, buildings with active PS energy cooling support.

MODERN EDUCATION
You will also gain knowledge of:

  • basics of thermography techniques in thermal diagnosis of objects including supporting computer programs, energy certification of the building, principles of energy certificate preparation,
  • physics of buildings, functional and technological issues, in order to ensure appropriate comfort of use indoors and protection against external weather conditions.

Courses

Courses

Courses of the specialty (obligatory)

Thermal and acoustic insulation materials

Basics of urban planning

Energy-efficient construction – auditing and thermal modernisation

Organisation and control of production

Communication

Workplace safety and ergonomics

Transitional work

Corporate logistics

Physics of structures

Corporate planning and business plan

Basics of bridge-building

Efficiency of construction investments

Unconventional energy sources

Heating, ventilation and air conditioning

Basics of underground construction

Consultation and writing the diploma thesis

Vocational training

Elective and basic courses of the specialty

Polish architecture

Corporate finance

Environmental sociology

History of art

Copyright

Urban planning

English

Physical education

History of architecture

Economic law

Information technology

Building law

Ecology

Mathematics

Chemistry

General mechanics

Statistics

Physics

Geology

Calculation methods

Building materials

Descriptive geometry

Engineering graphics

General construction

Geodesy

Strength of materials

Construction mechanics

Hydraulics and hydrology

Construction economics

Concrete structures

Physics of structures

Land mechanics and foundation

Metal structures

Communication construction

Technology and organisation of construction

Managing the investment process