Syllabus

Environmental Impact Assortment

The identification methods of the atmospheric air, water sources, soil and subsoil, biological ecosystems, socio-economical and health impact will be studied. The course ends with the measurements analysis of the environment impact reduction.

Energy and Environment Policies and Economics

The major discipline aim is the knowledge spreading concerning energy policies and environment, nevertheless economical aspects of the problems in these areas.

English

The aim of course is establish a working knowledge of the international language of communication in science and technology: reading and understanding, explaining and defining, verbalizing scientific symbols, interpreting tables and graphs, the beginnings of simple report writing.

Clean technologies

The course aim is to explain and to accustom to “a more clean production” concept, which assumes a rational energy and raw material utilisation, expelling toxic raw materials utilisation, reducing toxic offal volume and gas evacuations – the strategy which directs to the interdependence between interactions during the products life cycle.

Environment Modelling

The course is directed to the mathematics description, modelling and prediction of the environment, using modern software systems. The Hydrosphere, Geosphere, Atmosphere, Natural and Human resources process are done in the global climate changes context.

Sustainable Development

“Sustainable Development” course for master students and specialists, graduated in the technical universities, provides some world wide use major economical, social and legal, elements, concerning the environment and sustainable development.
The sustainable development offers a framework through that the communities can use resources with efficiency, can create infrastructures, protect and improve life quality, create new commercial activities for economic consolidation. It can help to create a healthy community, which will be able to sustain the new generation and the following ones.

Sustainable Power Generation

The courses aim is to generate more profound knowledge in the thermal and electric energy generation domain in order to analyse different power plant and installations from the technological, economical, ecological and competitiveness point of view.

At the end of the course the students will be able:
• To know different method principles of energy production from traditional and as well as renewable energy sources;
• To effectuate thermodynamic analysis of different traditional methods of energy production;
• To estimate economic efficiency of different power and thermal plants and select the optimal solutions for concrete conditions;
• To estimate environment state, proposing monitoring emission measurements.

Sustainable Energy Utilisation

The courses aim is to spread knowledge in energy and resources efficient utilization domain. The students should learn theoretical and practical courses and to be able:
• To effectuate the energetic and exergetic balance of an industrial technological installation and to determine the energy losses places;
• To effectuate the thermal calculation of frigorific installation;
• To effectuate the heat pumps calculations;
• To effectuate the calculation and to analyse the functional regimes of distributed power networks.
Three tasks are to be followed: to make the student to understand, to be able, and to know.

Renewable energy sources

The course presents efficient methods of conversion of SRE utilisation in Moldova: solar, wind, hydraulic, biomass energy, nevertheless the advantages offered by hydrogen and cells combustion in electrical and thermo energy production.

Water management

The course aim is to offer knowledge about requirements, technical solutions and management mechanisms concerning water and residual water systems. This knowledge are necessary for an efficient assimilation of the water source notion, rational water use, water utilizations, the balance and survey activity, quantitative and qualitative characteristics for residual water, methods and plants for water cleaning and cleaning grade, conditions applied to the overflow into emissary; application and utilization of the hydraulic, chemical, microbiological, informational and control technologies science in clean water and residual water management.

Waste management

The course provides knowledge about the aim and objectives of the waste management, strategic planning elements, waste classification, EU stipulations concerning waste management domain; waste recovering and elimination methods; inhumation and sanitary waste concept; design, construction, operation and liquidation of the domestic solid waste stocks; producers and consumers responsibilities concerning waste generation.

Applied Hydrology and Hydrogeology

The course aim is to provide sufficiency knowledge concerning water resources administration or contamination problems. The course is focusing on the quantitative and qualitative underground flow assessment and transportation of the dissolved substance in geological environment. The course is based on a high conceptual level physical and mathematical modelling, with a modern computerised tools utilisation, such as Groundwater Modelling System (GMS), which includes the parameters estimations (geostatistics and vice versa modelling), hydrochemistry, geophysics, also risks elements analysis, soil remission, site tests and its interpretation, water resources management and decisions analysis.