Master in Energy efficiency of technical building installations
Bucharest, Romania
DURATION
2 Years
LANGUAGES
French
PACE
Full time
APPLICATION DEADLINE
Request application deadline
EARLIEST START DATE
Sep 2025
TUITION FEES
EUR 2,700 / per year *
STUDY FORMAT
On-Campus
* Free for the EU, Moldova and Romania
Introduction
After the first cycle of studies (Bachelor's degree), the Master's degree "Energy Efficiency of Technical Building Installations", EEITB, adds to the skills of engineers, in-depth knowledge in the main areas of research developed in our Faculty: building energetics, comfort in indoor environments, behavior of technical building systems (ventilation, heating, cooling, air conditioning, electrical installations, lighting, sanitary installations, automatic management, acoustics, atmospheric pollution and filtration systems, renewable sources of energy)
The Diploma
The diploma of the Romanian Public Higher Education obtained in the field "Construction Installations (Civil Engineering)" is officially recognized in all the EU member countries. In addition, the master's degree 'Energy Efficiency of Technical Building Facilities (EEIC)' is, from the academic year 2016-2017, subject of a Double-Diploma Program carried out with the University of La Rochelle (ULR), Master's degree mention Building Engineering, course IB-GI3ER. The agreement between the two Universities (UTCB and ULR) foresees the harmonization of the two study programs and, also, exchanges of teachers and students. Students (ULR+UTCB) benefiting from the exchange program will be able to obtain the Double-Diploma (the master's degrees of each university).
Admissions
Curriculum
Classes are based on topics such as:
- advanced technical thermodynamics (compressible gas dynamics, irreversible thermodynamics with finite velocity, unconventional energy systems),
- fluid mechanics (boundary layer, turbulence, CFD),
- advanced electrical engineering (theoretical electrical engineering, transient and non-sinusoidal electrical networks),
- numerical modeling and simulation of the behavior of equipment and installation systems,
- experimental methods for monitoring the operation of installation systems,
- complex technical management systems,
- renewable and efficient sources of energy,
- “intelligent” materials, equipment and systems used in buildings with very low energy consumption,
- methods for evaluating the energy performance of installation systems (auditing and energy certification of buildings).
Most master's courses include tutorials or practical work. The last semester is allocated to the development of the dissertation thesis and practical internships in companies.
Program Outcome
Skills and Professional Career
At the end of the master's degree, students can easily develop a career in fundamental research (modeling and numerical simulation) or in experimental research - field of civil engineering, activities that have become in great demand, well also for project engineers, inspection engineers and experts. The practical skills obtained also make it possible to work better in installation assembly, in design (for systems of all degrees of complexity) or in the operation of modern installation systems and in technical expertise activities.
In-depth knowledge of the operation of installation systems offers the possibility of evaluating existing systems (by technical inspection, by audit and energy certification and by functional diagnosis), to anticipate the behavior of buildings and their systems and also to carry out their effective use. The digital simulation carried out with high-performance computer tools and also the experimental research developed in particular around high-quality non-invasive mobile laboratories ensures the learning of these point study techniques.
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Program Admission Requirements
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