Faculty of Water and Land Management Bachelor degree study programme Hydraulic Engineering

Transcription

1 Faculty of Water L Management Bachelor degree study programme Hydraulic Engineering Code of the programme 612H23002 Language of instruction Lithuanian, English, Russian Study area, study field (branch of the study field) Technological Sciences, Civil Engineering (Water Engineering) Stage of studies Bachelor degree (First cycle) Qualification degree awarded Bachelor of Water Engineering Forms duration of studies Full-time studies (4 years), Part-time studies (up to 6 years) Credit value of the programme 240 Study programme implementation start date From 1946 Engineering studies of Hydraulic Engineering, from 1993 Bachelor degree studies of Hydraulic Engineering The latest approval of this study programme at the University Senate 28 June 2011, Minutes No. 506 Study programme committee (approved on 14 February 2012, by the decision of the Council of Faculty of Water L Management (minutes No.7)) No. Academic title (research degree), name, surname Position 1 Prof. dr. Petras Punys (chairperson) Head of Department of Water Management, Faculty of Water L Management (FWLM), Aleksras Stulginskis University (ASU) 2 Vytautas Byla Head of Reclamation Biofuel Division, Resource Quality Policy Department, The Ministry of Agriculture of the Republic of Lithuania 3 Juozas Černevičius Student of Hydraulic Engineering study programme, FWLM, ASU 4 Assoc. prof. dr. Antanas Dumbrauskas Department of Water Management, Vice Dean of FWLM, ASU 5 Assoc. prof. dr. Vincas Gurskis Department of Building Construction, FWLM, ASU 6 Assoc. prof. dr. Algis Kvaraciejus Department of Water Management, Vice Dean of FWLM, ASU 7 Dr. Rytis Skominas Department of Building Construction, FWLM, ASU 8 Assoc. prof. dr. Laima Taparauskienė Department of L Management, FWLM, Vice Rector of ASU 9 Assoc. prof. dr. Gražina Žibienė Department of Hydraulic Engineering, FWLM, ASU

2 Need for the programme Management of water resources is a complex task, the scope importance of which continue to grow. For centuries, hydraulic engineering has made the water resources available for domestic, industrial agricultural purposes, for recreation many other human uses. Hydraulic engineering is the branch of civil engineering that covers planning, design, management operation of water supply distribution systems, flood drought control, hydraulic hydrologic aspects of environmental issues, application of remote sensing data to hydrologic environmental problems. Hydraulic engineering has always been a leader in the use of the latest technology. Technological innovation is of great importance in the practice of hydraulic engineering. Innovations include modern simulation models that make detailed flow processes their complex interactions with other environmental processes easily understable, use of modern electronics for data gathering in the laboratory the field many other tools such as satellite photography, global-positioning satellites, geographic information systems, data transmission, lasers for laboratory field measurement, etc. Hydraulic engineering is related to the science of water in motion, the interactions between the flowing water the surrounding environment. Many man-made systems deal with the complexities of nature. Those applications include river engineering, sediment transport, groundwater movement, rainfall runoff, lake reservoir dynamics, waves, surface flows, the alteration of natural flows by man including pollution. The quality quantity of water in natural man made reservoirs are significantly affected by such human activity as domestic, agricultural industrial pollution, l reclamation, river regulation or damming for power generation or even flood protection. This can result in habitat degradation, changes in components functions of ecosystem. Bachelors of water engineering underst the complex interactions between man-made water environment. These specialists apply state of the art environmental technologies to solve the problems related to degradation of aquatic ecosystem, deterioration of water quality, reliability of water supply, flood drought risk management at different temporal spatial scales. Hydraulic engineering is clearly the field for those, who are interested in making the water resources available for human uses love nature. General Admission Requirements Secondary school graduation certificate or diploma with good results, especially in mathematics, physics, chemistry English. Applications must be accompanied by legalized notarized English translations of all transcripts. Unofficial copies are not accepted. English language proficiency is necessary. No entrance inations for foreigners. Career Prospects Graduates are offered careers in: - water engineering design institutions, - civil engineering construction companies,

3 - companies dealing with environmental monitoring pollution mitigation issues, - consulting firms related with areas of water conservation engineering, - municipalities, ministries their technical bodies, - education research in water engineering, or - as freelance project managers, project experts, etc. Access to Further Studies The programme offers graduates opportunity to further studies in the second (Master studies) cycle. Aim of study programme To prepare competent/highly qualified specialists in water engineering with profound erudition, who know modern scientific theories advanced technologies of civil construction are capable to creatively apply the modern methods techniques in planning, design, management operation of water engineering structures systems. Links of the sub-aims, outcomes subjects of the study programme: Sub-aims of the study programme First sub-aim of the programme: to develop open-minded, socially active, critically thinking, public-spirited humanistically oriented graduates, responsible capable of easy communication selection of values Types of outcomes Knowledge application Social personal abilities Outcomes of the study programme Knowledge essential for the development of a person s profound erudition world outlook based on philosophical, ethical humanist principles Critical thinking, analysis participation in discussions as well as preparation of special texts in the Lithuanian foreign languages Subjects Philosophy, Professional Ethics, Psychology Philosophy, Professional Ethics, Psychology, Lithuanian for Beginners, English for Specific Purposes Communication work independently or in a group Philosophy, Professional Ethics, Psychology, Lithuanian for Beginners, English for Specific Purposes Second sub-aim of the Knowledge Knowledge application of mathematical, physical Mathematics, Probability Theory Mathematical

4 programme: to provide students with fundamental knowledge of civil engineering, which form theoretical basics of engineering competence application chemical methods, scientific achievements technologies, general environmental human safety principles in order to solve the problems of water engineering Understing the processes taking place in interactions between the water the surrounding environment, knowing impact of water engineering structures systems on natural processes of water ecosystems Statistics, Applied Mathematics, Applied Informatics, General Applied Physics, General Chemistry, Electrotechnics Electronics, Theoretical Mechanics, Environment Protection Human Safety, Hydraulics, Introduction to Water Engineering Studies Soil Science, Engineering Hydrology Hydrogeology, Hydrometry Hydrogeology Fieldwork, Exposed Ls Lfills Management Technologies, Environmental Impact Assessment Pollution Prevention Knowing the materials structural elements used in water engineering, their properties fields of use, understing the principles of building design Geotechnics, Strength of Materials, Building Materials Building Design, Structural Mechanics, Engineering Structures, Water Supply, Automobile Roads Engineering, Technology of Civil Engineering Construction Knowing parameters of economic-financial activity, managerial-legal aspects of water management companies Environmental Building Law, Water Economics, Water Business Management Research abilities Use of modern laboratory equipment, special computer programs in order to analyze interpret result of scientific investigation General Chemistry, General Applied Physics, Hydraulics, Soil Science, Engineering Hydrology Hydrogeology, Strength of Materials Special abilities skills Use of engineering design computing skills to the specific tasks of water engineering Engineering Graphics, Geodesy, Geographic Information System, Spatial Planning, Geotechnics, Strength of Materials, Structural Materials Building Design, Building Mechanics, Engineering Structures, Water Supply Understing evaluation of the processes taking place in water environment, us of qualitative quantitative parameters Soil Science, Engineering Hydrology Hydrogeology, Hydrometry Hydrogeology Fieldwork, Exposed Ls Lfills Management Technologies, Environmental Impact Assessment Pollution Prevention

5 Third sub-aim of the programme: to develop specific skills, required for planning, design, management operation of water engineering structures systems, allowing identifying solving engineering problems in the water engineering Values attitudes Social personal abilities Special abilities skills Application of theoretical knowledge in practical situations, identication solution of problems, provision of scientific information in clear convincing way Application of civil engineering methods technologies in planning, design, management operation of water engineering structures systems Hydrometry Hydrogeology Fieldwork, Practice of Professional Activity, Final Work of Bachelor Studies Drainage Irrigation, Hydraulic Structures, Hydraulic Machines Hydropower Plants, Maritime Engineering, Sewerage Application of modern technologies, sustainable management of l water resources in hydraulic engineering Observance of the highest professional integrity, ethical values attitudes Plan of Bachelor degree (First Cycle) study programme Hydraulic engineering No. Subjects Volume Term Credits Contact Hours Full-time studies Part-time studies GENERAL UNIVERSITY STUDY SUBJECTS (18 CR.) 1 Philosophy Lithuanian for Beginners English for Specific Purposes Professional Ethics Psychology English for Specific Purposes Total x x SUBJECTS OF THE MAJOR FIELD/BRANCH (CIVIL ENGINEERING/WATER ENGINEERING) AND RELATE SUBJECTS, PRACTICES (181 CR.) 1 General Chemistry

6 2 General Physics Engineering Graphics Introduction to Water Engineering Studies Mathematics Geodesy Engineering Graphics Mathematics Applied Physics Environmental Building Law Environment Protection Human Safety Hydraulics Applied Informatics Probability Theory Mathematical Statistics Soil Science Electrotechnics Electronics Hydrometry Hydrogeology Fieldwork Engineering Hydrology Hydrogeology Applied Mathematics Theoretical Mechanics Geotechnics Strength of Materials Building Materials Building Design Water Economics Geographic Information System Practice of Professional Activity Structural Mechanics Water Business Management Engineering Structures Automobile Roads Engineering Exposed Ls Lfills Management Technologies Environmental Impact Assessment Pollution Prevention Spatial Planning Technology of Civil Engineering Construction Water Supply Final Work of Bachelor Studies Total x x DEEPER SPECIALISATION (WATER ENGINEERING) SUBJECTS (29 CR.) 1 Drainage Irrigation Hydraulic Structures Hydraulic Machines Hydropower Plants

7 4 Maritime Engineering Sewerage Total x x FREE ELECTIVE SUBJECTS (12 CR.) 1 Free elective subject Free elective subject Free elective subject Free elective subject Total x x Total volume of practices in the study programme x x Total volume of final thesis in the study programme x x Total volume of the study programme x x Code Subject Credits Term Contact Hours (acad. hours) Extended plan of Bachelor degree (First Cycle) study programme Hydraulic engineering Including Independent L LW S P TP C E work, hrs. CPW T Forms of independent work, hrs PL (PP) PS IN IT PE PO Form of knowledge checks GENERAL UNIVERSITY STUDY SUBJECTS (18 CR.) KEFPB012 Philosophy /6-5/ /16 - Written KEKAB049 KEKAB Lithuanian for Beginners English for Specific Purposes Professional Ethics /6 10/4-2/8 3/8 1/6 - Written oral /6 10/4-2/8 3/8 1/6 - Written oral KEFPB /6-5/ /16 - Written KEFPB030 Psychology / /16 - Written KEKAB English for /6 10/4-2/8 3/8 1/6 - Written Specific oral Purposes Coordinating teacher A.Steikūnienė N.Račkauskaitė R. Lazauskienė A.Steikūnienė A.Palujanskienė R. Lazauskienė Total 18 x /30 38/28 10/20 9/24 6/24 6/50 - x x SUBJECTS OF THE MAJOR FIELD/BRANCH (CIVIL ENGINEERING/WATER ENGINEERING) AND RELATE SUBJECTS, PRACTICES (181 CR.) Study subjects MEAEB045 General /21 15/ /37 - Written Prof. V.Paulauskas MFITB070 Chemistry General Physics /10 7/14-1/12-1/27 - Written A.Užupis

8 VŽHSB007 Engineering Graphics /10 2/ /16 - Written VŽVIB001 Introduction to /16 1/16 - Written Water Engineering Studies MFITB011 Mathematics / /12-1/32 - Written VŽŽGB027 Geodesy /16 6/ /27 1/21 Written VŽHSB008 Engineering /20 7/ /21 - Written Graphics 2 MFITB012 Mathematics / /12-1/32 - Written VŽHSB018 Applied / /16 - Written Physics VŽHSB015 Environmental / /16 - Written Construction Law MEAEB016 Environment Protection Human Safety /16 9/ /32 - Written VŽHSB019 Hydraulics /30-7/ /32 - Written MFITB035 Applied /15-1/15-1/21 - Written Informatics MFITB014 Probability / /18-1/27 - Written Theory Mathematical Statistics AFADB020 Soil Science / /16 - Written IFEBB084 Electrotechnics / /16 - Written Electronics VŽVIB002 Engineering Hydrology Hydrogeology /35 1/10 7/ /43 - Written MFITB015 Applied Mathematics / /15-1/21 - Written IFISB059 Theoretical /5-1/11-1/16 - Written Mechanics VŽHSB009 Geotechnics /8-1/22-1/21 - Written VŽHSB010 Strength of /10 7/14-2/20-1/32 - Written Materials VŽHSB011 Building /10 5/10-1/25-1/27 - Written Materials Building Design A.Vansevičius A.Kvaraciejus E.Laurinavičius G.Balevičius A.Vansevičius E.Laurinavičius M.Dapkienė V.Gurskis Dr. A.Stiklienė M.Dapkienė A.Čiūtienė E.Laurinavičius R.Vaisvalavičius K.Navickas Prof. P.Punys E.Laurinavičius E.Jotautienė Doc. dr. R. Šadzevičius Dr. R.Skominas Dr. R.Skominas

9 VŽVIB004 Water /10-2/ /21 - Written V.Kardokaitė Economics VŽVIB005 Geographic Information / /27 - Written A.Dumbrauskas System VŽHSB012 Structural /11 6/ /21 - Written Doc. dr. Mechanics R.Šadzevičius VŽVIB006 Water Business / /21 - Written. J.Žukovskis Management VŽHSB013 Engineering /41 1/10 4/ /43 - Written Dr. R.Skominas Structures VŽVIB010 Automobile Roads / /16 - Written Doc. dr. R.Šadzevičius Engineering VŽVIB011 Exposed Ls /16-1/16 - Written Dr.V.Grybauskienė Lfills Management Technologies VŽVIB016 Environmental Impact / /16 1/32 - Written. L.Taparauskienė Assessment Pollution Prevention VŽŽGB028 Spatial Planning /10 5/ /16 - Written Prof. A.Aleknavičius VŽVIB012 Technology of /41 1/ /37 - Written V.Vaičiukynas Civil Engineering Construction VŽHSB024 Water Supply /14 10/ /27 - Written G.Žibienė Total 181 x x x Practices (training practices outside the subjects professional practices) VŽVIB003 Hydrometry Hydrogeology Fieldwork /40 Report Prof. P.Punys VŽHSB014 Practice of Professional /160 Report. V.Gurskis Activity Total 12 4, /200 x x VŽBDB001 Final Work of Bachelor Degree Final Thesis /296 Public defence Chair of the Final Works Assessment Board Total /296 x x Total volume of the major field/branch x x x x x x x x x x x x x x x x x x x DEEPER SPECIALISATION (WATER ENGINEERING) SUBJECTS (29 CR.)

10 Study subjects VŽVIB007 Drainage Irrigation /45-7/ /43 - Written VŽHSB020 Hydraulic /31-14/ /43 - Written Structures VŽHSB021 Hydraulic /32-6/ /32 - Written A.Žibas Machines Hydropower Plants VŽHSB022 Maritime /9-1/20-1/21 - Written A.Žibas Engineering VŽHSB023 Sewerage / /16 - Written Total /108-37/79-1/20-5/155 - x x FREE ELECTIVE SUBJECTS (12 CR.) Total x x x x x x x x x x x x x x x x x x. L.Taparauskienė V.Damulevičius. A.Radzevičius Total volume of practices in the study programme Total volume of final work in the study programme Total volume of the study programme 15 2, 4, /221 x x /296 x x x x x x x x x x x x x x x x x x x x Legend: L lectures; LW laboratory work; S seminars, P practicums; TP training practice; C consultation, E ination; CPW course project work; T test; PL (PP) preparation for laboratory work (practicums); PS preparation for seminar; IN individual task; IT team/group task; PE preparation for inations; PO preparation for training practice other forms of independent work.