Water Resources Engineering - Homepage Usask

More documents

Recommendations

Info

3 THE COURSE SYLLABI OF THE STUDY CURRICULUM FOR THE DEGREE OF MASTER OF SCIENCE (GGS) IN WATER RESOURCES ENGINEERING The total load of the study curriculum for the degree of Master of Science in Water Resources Engineering is 60 units * , spread over 2 semesters, or 30 units per semester (13 effective weeks). The first semester lasts from September to January, the second semester from February to May. There are 2-week holidays at Christmas/New Year and at Easter. One lecture hour per week per semester represents approximately 1.75 units. Exercises, practicals and workshops have a value of approximately 0.75 units per hour per week. The figure below gives a list of the subjects taught, the volume of each subject expressed in number of contact hours for theory and practicals, and the equivalent load of the course in credit units. The seminars have a value of 3 units, the integrated project design of 5 units, and the thesis research project is equivalent to 17 units. Programme structure of the GGS ‘MSc programme in Water Resources Engineering’ 2 nd year G.G.S. Total of ECTS Advanced Studies Credits: 60 Common core GIS & remote sensing in WRE 5 Engineering hydraulics 5 Water quality modelling 5 Systems approach to water management 5 Management of water use and re-use 5 Seminar 3 Integrated project design 5 Thesis research 17 OPTIONAL COURSES (choose 2 courses): Surface water modelling 5 Groundwater modelling 5 Irrigation engineering and technology 5 Planning, operation and management 5 of irrigation systems Hydraulic modelling 5 Water and waste-water treatment 5 Monitoring of water quality 5 Advanced aquatic ecology 5 * ECTS : European Community Course Credit Transfer System 22 / Course syllabi
3.1 COMMON CORE COURSES MASTER OF SCIENCE (GGS) IN WATER RESOURCES ENGINEERING The following contains a description of the content of the common courses taught: - GIS & remote sensing in WRE - Engineering hydraulics - Water quality modelling - Systems approach to water management - Management of water use and re-use - Integrated project design - Seminars - Thesis research Advanced studies in Water Resources Engineering / 23
Page 1 and 2: Interuniversity Programme in Water
Page 3: 1 INTRODUCTION The main objective o
Page 6 and 7: 2.1 COURSES C1: CALCULUS (KUL-code:
Page 8 and 9: - Exercises on functions and vector
Page 10 and 11: - histogram, frequency distribution
Page 12 and 13: C5. HYDRAULICS (KUL-code: H518 (Th)
Page 14 and 15: C7. GROUNDWATER HYDROLOGY (KUL-code
Page 16 and 17: - BUDGET: a soil water and salt bal
Page 18 and 19: C10. WATER QUALITY AND TREATMENT (K
Page 20 and 21: W2. HYDROMETRY (KUL-code: I789) Lec
Page 22 and 23: W4. ENVIRONMENTAL IMPACT ASSESSMENT
Page 26 and 27: G1. GIS & REMOTE SENSING IN WATER R
Page 28 and 29: G2. ENGINEERING HYDRAULICS (KUL-cod
Page 30 and 31: 1. Introduction to the basic proble
Page 32 and 33: G4. SYSTEMS APPROACH TO WATER MANAG
Page 34 and 35: B) Water suitability - water qualit
Page 36 and 37: SEMINARS (KUL-code: I876) Lecturer:
Page 38 and 39: 3.2 OPTIONAL COURSES G7. SURFACE WA
Page 40 and 41: G9. IRRIGATION ENGINEERING & TECHNO
Page 42 and 43: 40 / Course syllabi
Page 44 and 45: Course description: 1. Water supply
Page 46 and 47: G13. MONITORING OF WATER QUALITY (K
Page 48 and 49: G14. ADVANCED AQUATIC ECOLOGY (KUL-
Page 50: K.U.Leuven VUB Advanced Academic Ed

Water Resources Engineering - Homepage Usask

Create successful ePaper yourself

Delete template?

Save as template?