View all Masters Programs in Construction 2019 in Bucharest in Romania
A master's degree is a postgraduate academic degree. One must already have an undergraduate degree to apply for a master's program. Most master's degree program would require students to complete a master's thesis or research paper.
Romania is a country located at the intersection of Central and Southeastern Europe, bordering on the Black Sea. Getting to Romania is easy from nearly all parts of the world, due to its position, as well as the fact that it is served by an array of transport types and companies. Romanian universities offer great choice of undergraduate and postgraduate programs in Romanian, English, French and German.
Bucharest is the capital city of Romania and is a cultural, financial, and industrial hub of the country. Bucharest is also the largest city in Romania, having over 3 million inhabitants. It has 34 campuses 16 of these being public universities.
Request Information Master's Degrees in Construction in Bucharest in Romania 2019
Technical University of Civil Engineering Bucharest
After the first cycle of studies (license), the Master "Energy efficiency of building systems," adds EEITB engineers skills, in-depth knowledge in key areas of research d
After the first cycle of studies (license), the Master "Energy efficiency of building systems," adds EEITB engineers skills, in-depth knowledge in key areas of research developed in our Faculty: energy buildings, comfort in indoor environments, the behavior of technical building systems (ventilation, heating, refrigeration, packing unit of the air, electrical, lighting, sanitation, automatic management, acoustics, atmospheric pollution and filtration systems, renewable energy sources). The courses are based on topics such as:
Advanced technical thermodynamics (compressible gas dynamics, irreversible thermodynamics with finite speed, non-conventional energy systems)
fluid mechanics (boundary layer turbulence, CFD)
Electrical Power (theoretical electrical engineering, power systems transient and non-sinusoidal regime)
numerical modeling and simulation of the behavior of equipment and facility systems,
experimental methods of monitoring the operation of facilities systems
complex systems of technical management,
renewable and efficient energy,
materials, "smart" equipment and systems used in buildings with very low energy consumption,
the power-generating performance evaluation methods of installation systems (audit and energy certification of buildings).