unistra.frengees.unistra.fr/fileadmin/user_upload/pdf/international/… · Web viewWord (6 h) –...

Directorate of Studies

ENGINEERING SCHOOL

ACADEMIC YEAR

2008 - 2009

Presentation document

/tt/file_convert/5f109b597e708231d449efb5/document.doc – chch p. 1 - 20/05/2023 à 22:41

TABLE DES MATIERES

Semester 5..............................................................................................................3

Semester 6..............................................................................................................7

Semester 7............................................................................................................10

Semester 8............................................................................................................13

Semester 9 GEDET..............................................................................................16

Semester 9 GEDEMU...........................................................................................19


SEMESTER 5SEMESTER 530 ECTS30 ECTS

This semester is essentially devoted to basic sciences.

A strong emphasis is placed on international awareness, on languages and techniques of oral expression.This semester also gives students the opportunity to make contact with the professional world (job forums and professional open days).

English tutorials42 h – 2 assessmentsThe first semester is dedicated to traditional English language tuition, centred on oral and written comprehension and expression.

2nd language (German or Spanish)23 h tutorials – 1 assessmentThe study of a 2nd language is compulsory from the start of the 1st year .Students choose between German and Spanish. NB : Students can choose between German and Spanish (Monday morning).

Employment Forum6 h visitA day is reserved for the job forum “le Carrefour du manager” organised by the POLYTECHNICUM and with help of some students).

Techniques for oral expression 8 h tutorialsInformation on how to conduct a speech in public on a technical project is given during the 1 st semester and applied to the project on energy engineering in December. Several similar presentations are scheduled during the academic year.

Public speaking (powerpoint)4 h tutorials Expression tutorials, students are required to put the new techniques into pratice as soon as possible.

Introduction to information technology14 h tutorialsApplied information technology. WINWORD, EXCEL. These tools will be indispensable when working on the projects and the training period reports.

Word (6 h) – Excel (8 h)

Shop floor placement2 weeks – 1 assessmentThe students will join a team of construction workers dealing with drinking water and wastewater treatment.

The sociology of work3 h lecture - 2 h tutorialsIntroduction to the organization of work at the end of the shop floor placement. In the tutorials students will discuss their training experiences.

Conference (3 h) safety on the construction sites


PERSONAL DEVELOPMENT MODULE 8 ECTS

The teachings of the module aim at giving to the students basic knowledge and concepts enabling them to apprehend the stakes actors and details of implementation of the local policies of the environment, more particularly in the fields of water and waste

Public Utilities Management18 h lecture – conference 4 h - 4 h tutorials - 1 assessment (written exam with Waste)Local public utilities and intermunicipal authorities. The functioning of local public utilities.The notion of public utility delegation.

Waste9 h lecture – 16 h project - 2 assessments (written exam with GSP)The legal context. The modernization of waste management and its tools. The main technical stages of waste management.

Directive “Cadre Européen sur l’Eau (DCE)3 h lectureThis directive is very instructive in the management of water in the future. It requires reaching “le bon état des eaux » by 2015.

Sustainable development engineering9 h lecture – 8 h tutorials – 1 assessmentWater resources and their usage. Management tools. The principles of water law. The public utility’s handling of drinking water and sanitation.

Field trip sustainable development32 h visit – 2 assessmentsThis one week trip starting in October will introduce the students to the multiple planning arrangements along a waterway in Alsace (environmental implications and local authorities perception). A good occasion for team-building.


LAW, ECONOMICS, MANAGEMENT MODULE 6 ECTS

This module must allow a levelling of the students (coming from various horizons, MP, PC, PSI, TGR, BCPST, others routes) in maths, biology, geology, drawing, statistics and data-processing network of the establishment.In addition, the course of scientific computation is an initiation with the numerical methods of discretization with a presentation of the various problems of modeling (truncation error, stability, convergence).

Subjects for a leveling of knowledge according to the students’origins.Subjects for a leveling of knowledge according to the students’origins.

Mathematics (admitted on title and TGR)15 h tutorialsA levelling for students not having followed preparatory classes.

Geology (Option for preparatory classes MP-PC-PSI)12 h lectures - 8 h visits – 1 assessmentIntroduction at an elementary level for students having studied mathematics & physics. Magmatic formations and notions of tectonic geology. Metamorphic deformations. Sedimentary formations. Reading of geological charts.

Biology (Option MP-PC-PSI) 9 h lecture - 3h tutorials – 8 h visits -1 assessmentIntroduction at a basic level for students having studied mathematics & physics. Origin, evolution, diversity of the living world. Vegetative organization. Elements of plant physiology. Plant reproduction.

Mathematics (Option BPCST, “admis sur titres” TGR) 24 h lecture - 12 h tutorials - 2 assessmentsIntroduction at a basic level for students having studied biology. Linear algebra (determinant, dual space, dyadic product). Vector, differential and integral calculus. Functions of several variables.

Compulsory Subjects Common to all StudentsCompulsory Subjects Common to all Students

Civil engineering design16 h tutorials – 1 assessmentIntroduction at an elementary level. Elements of descriptive geometry (projections, characteristic views, cuts, sections, intersections). Conventional representations. Perspectives. Dimensioning and graphics.

Scientific calculation9 h lecture - 12 h tutorials – 1 assessmentIntroduction to scientific calculation and digital methods, with the help of simple mathematical tools. Introduction to algorithms and programming in Visual Basic.

Statistics12 h lecture - 16 h tutorials – 2 assessmentsDescriptive statistics. Probabilities (probabilistic model. Statistical conditioning and independence. Normal random variable. Standard laws. Jointly distributed random variable). Statistical sampling and estimation. Statistical tests.

Computer networks4 h tutorialsInformation systems. Network facilities.


BASIC SCIENCES MODULE 8 ECTS

The objective of this module is to provide the bases necessary to the comprehension and the calculation of the phenomena present in hydraulics applied to water and environment. Hydraulics has a determining place in comprehension, analysis and diagnosis of the networks of drinking water supply, sewage treatment works, networks and rivers.

Mechanics (Technicians are admitted according to title)9 h tutorialsThis module continues the theoretical instruction in hydraulics, surely the most important field of application for ENGEES engineers..Continuum mechanics12 h lecture - 16 h tutorials – 2 assessmentsCase history. Mathematics revision. Physical sizes occurring in mechanics. Kinematics of changing environments. Degradation. Stress. Mass and momentum conservation.

Fluid mechanics12 h lecture - 16 h tutorials – 2 assessments (1 of them with hydraulics)Hydrostatics. Kinematics of liquids. Incompressible perfect fluid dynamics Incompressible real fluid Dynamics. Dimensional analysis elements.

Pipe hydraulics12 h lecture - 12 h tutorials – 2 assessments (written exam with fluid mechanics)General expression of pressure loss. Singular and linear pressure losses. Drainages through openings. Centrifugal pumps. Water hammer.

Open channel hydraulics12 h lecture - 12 h tutorials –2 assessmentsFlow regime. Study of various drainages: uniform and permanent, non uniform and permanent (hydraulic jump), non uniform and non permanent (“Barré de St Venant”).


HYDRODYNAMICS MODULE 8 ECTS

SEMESTER 6SEMESTER 630 ECTS30 ECTS

This semester covers engineering and the natural environment.

As well as continuing the language classes, this module includes additional instruction in sociology and communication techniques.

English language workshops24 h tutorials – 1 assessmentThe 2nd semester is essentially dedicated to the active practice of the language .Teaching is carried out in small groups and is based on workshops to develop free oral expression (theatre, discussion, video).

Sanitation and drinking water in developing countries3 h conference in englishThis semester concentrates on active practice of English in small groups (workshops and theatre, discussion, video).

Living language23 h tutorials – 1 assessmentA continuation of the 5th semester program (German-Spanish-Chinese-Japanese-Russian

The sociology of organizations3 h lecturePreparation for the internship “Discovering professions.”

The objective of this module is to provide a culture of the economic stakes and management of both company and local authorithies.The acquisition of this teaching should allow the students, in their professional life, as well to dialogue with financial services (skill in countable and financial informations, profit analyzes, costs minimization) as to apply some principles of financial mathematics and investment choice within the framework of project management.

Applied economics15 h lecture - 8 h tutorials – 2 assessments (One of them along with business accounting)This course looks at the general theories of microeconomics, financial mathematics, economic calculation and finally the application of economic principles to the environment.

Firms accounting 12 h lecture – 6 h tutorials – 1 assessment (one of them along with applied economics)Accounting mechanisms. Book keeping and financial analysis. Financial plan and budget.

Public finance 6 h lecture – 4 h tutorials – 1 assessment Local administrations, prime contractors. Financial organization and budgets. Budget decision.


PERSONAL DEVELOPMENT MODULE 5 ECTSLAW, ECONOMICS, MANAGEMENT MODULE 4 ECTS

This module aims at applying the theoretical bases of hydraulics in the main disciplines in the field of water namely hydraulics on free face, hydrology and hydrogeology.This module aims to qualify and quantifiy the processes concerned, to provide orders of magnitude of the studied variables and to develop this knowledge in terms of development, of dimensioning of works and management of the hydrosystems.

Once the theoretical bases of the hydrodynamics and energy module have been acquired, the 2nd semester deals with the applications in open channel hydraulics, in pipe hydraulics and in hydrology. This semester is also dedicated to the regional approach and the natural environment.

Hydraulics and stream dynamics21 h lecture - 8 h tutorials - 1 assessmentRiver hydraulics (Metrology, numerical models, physical models, applications fields). Transport of solids. River geomorphology. Flood management. Mountain risk management.

Hydrogeology15 h lecture – 8 h tutorials – 1 assessmentHydrodynamics of porous media (Darcy’s law). Diffusivity equation. Development and management of aquifer resources (modelling of water beds).Mass transport in porous media. Research techniques for subterranean waters.

Hydrology18 h lecture - 8 h tutorials – 1 assessmentThe water cycle. Catchment areas and drainage. Precipitation. Statistical tools. Floods and flooding model. Introduction to water management.

Hydrogeology / hydrology mini-project24 h project – 2 assessmentsA mini-project on hydrology or hydrogeology is offered to students to enable them to understand better the applications and practical difficulties of the engineering sciences taught at ENGEES.

Advanced hydraulics 16 h tutorials – 1 assessmentThese three days will prepare the students for projects they will have at the end of first year (river project) and second year (sanitation, drinking water). Featuring the following themes : calculation of river sills, overflow, etc.)

Practical works in hydraulics16 h tutorials – 1 assessmentThe ENGEES has material for practical hydraulics work, based at the Agricultural Secondary School of Obernai, and also has access to the resources of the Strasbourg Institute of Fluid Mechanics. This practical work gives a good understanding of the fundamental notions of hydraulics.

Sustainable land development is essentially looked at using the basic concepts of eco-geography, whereas the mastery of the planning tools is seen at the end of the programme. The students are made aware of the logic of development whilst taking into account the interaction of the sociological players.

Geographic aspects6 h lecture - 8 h tutorials – 1 assessmentPerception of geographic space. In-space location system. Maps, aerial and satellite views. Ground location (triangulation, levelling, topography, GPS). Geographic information system.

Sustainable land development and energies/tt/file_convert/5f109b597e708231d449efb5/document.doc – chch p. 8 - 20/05/2023 à 22:41

APPLIED HYDRAULICS MODULE 9 ECTSSUSTAINABLE LAND DEVELOPMENT MODULE 5 ECTS

3 h lecture - 4 h tutorials

Land development12 h lecture - 4 h tutorials – 8 h visits – 2 assessmentsPerception of the landscape and its development. Understanding various restrictions. Consideration of the geographic, economic, historic and social contextAn approach to the idea of landscape through a case study. Perception and analysis of a landscape with a visit to a real site. Landscape constraints in a development project.

Internship on discovery of professions 35 h – project – 1 evaluationThis one week internship in job awareness aims at sharing the daily activities of rural works engineers.The welcoming bodies (DDAF-DIREN.DDE.DRIRE) are services decentralized by the state in which or with which the future engineers will work.

Agronomy 12 h lecture - 4 h visits – 1 assessmentThe development cycle of 2 cultivated plants. Physiology of plant stand. Soil and pedology. The yield of a cultivated plot of land. Techniques of agricultural production. Environmental risks of production systems.

General ecology3 h lecture – 1 assessment (One of them along with Vegetal hydro ecology).Notion of ecological balances and ecosystems. Functioning of ecosystems.

Vegetal hydro ecology12 h lecture – 6 h tutorials – 8 h visits -2 assessments (One of them along with general ecology).

The foundations of phytosociology. Study methods of vegetal communities. Phytoecological diagnosis and regional development. A practical study of a fresh water ecosystem of a river either in a plain or a mountain (free choice).

Animal hydro ecology12 h lecture – 1 assessmentStructure and functioning of fresh water ecosystems. Disturbances of aquatic systems. Normalized biologic indications. Hydro ecology and management of streams. The role of plant formation. Plant engineering in river development.

Project rivers development30 h project – 5 h tutorial - 8 h visits –2 assessmentsA project at the end of 1st year which allows students to combine their knowledge of the main modules (hydraulics, regions, natural environment).The objective is to structure the approach and to enable students to identify practical problems.


NATURAL ENVIRONMENT & ECOLOGY MODULE 7 ECTS

SEMESTER 7SEMESTER 730 30 ECTSECTS

This semester focuses on the engineering sciences, and is mainly dedicated to hydraulic water facilities.

This module follows the 5th and 6th semesters in regards to the teaching of languages and the emphasis on cultural, humanitarian and community awareness. Thursday afternoons are kept for sport. Emphasis is put on the development of a personal professional project.

English language - workshops 27 h tutorials – 1 assessmentThis semester allows students to choose freely between various thematic workshops (theatre, discussion, video, preparation for the TOEIC) centred on the active practice of the language.

2nd language (German or Spanish)27 h tutorials – 1 assessmentContinuation of the second language begun in 5th semester.

Preparation for employment + forum companies2 h lecture - 1 hour conference 1 interview- 6 h forumEvery student has to develop a professional project and a final year personalized accordingly. Conferences with professionals (organized by the students), and interviews are offered. One day is reserved for employment forum (organized by the students).

Roles and missions of the engineer3h lecture

Theoretical teaching is given on general law basis and the legal framework of the administrative action, in its kingly activities of police forces (in particular water and urban planning) or in its actions implying the realization of public works.Tutorials allow the students to learn analysis methodology and legal problems resolution confronting their theoretical knowledge with the reality of the law application.

Environmental law15 h lecture-10 h tutorials–2 assessments (written exam with town planning)General introduction to law. The basis of environmental law, its background and its current appraisal. Environmental authority and facilities listed for the environmental protection. The water law and the legal instruments. Water authority.

Town planning and public works law12 h lecture - 8 h tutorials 2 assessments (written exam with environmental law)Regulations and the main town planning documents. Principles of civil engineering law, focused on the concepts of public property, public work and expropriation for public purposes.


PERSONAL DEVELOPMENT 5 ECTSLAW, ECONOMICS, MANAGEMENT MODULE 6 ECTS

Seminar on sustainable development3 hour conference - 28h visits – 4 h TD – 1 assessment – Personal with tutorialThis is a partly supervised work which students carry out in groups, on a freely chosen topic, related either to the environment or to social science. They draft a report and present their work to the rest of the group (semester 8). A lecture on how to write a presentation is offered for that purpose. Another tutorial will help complete the work on this seminar : a workshop on surveying methods.

Drinking Water Systems Module aims at training the students with the problems of the drinking water supply. Design of drinking water systems (Pumping stations, head loss storage reservoirs) presentation of the water supply stakes, with a particular accent on needs and resources assessments.

Drinking water systems33 h lecture- 20 h tutorials – 8 h visits - 2 assessmentsThe drinking water systems issue. Demand and requirements. Resources. Water transportation. Water distribution facilities. Reservoirs. Network calculation. Pumps and pumping stations. Pumping on demand. Water hammer. Protection devices. Air compression machines. Tour of Saint-Gobain plant (Pont-à-Mousson) for Drinking Water and Sanitation modules).

Drinking water systems project8 h lecture - 30 h project – 8 h visits – 2 assessmentsStudents chose between a sanitation and a drinking water project. The aim is to identify the problems (if need be by visiting a site), to establish a diagnosis and an operation program before undertaking the preliminary draft report.

Network instrumation - Automatic 3 h lectureThree phase current summary and network running principles. Rivers flow dangers. Asynchronus engine visit of an electrical equipment in situ.

Following the drinking water systems module, the sanitation lectures focus on the teachings of hydraulics in 5 th

semester and favour a practical approach to water facilities.

Sanitation24 h lecture - 12 h tutorials –4 h practical work – 2 assessmentsRules and regulations. Nature of effluents. Structure and dimensioning of sewer system. Rain waters. Storm tanks and overflow weirs. Pumping station. Pressure system. Drawdown. Metrology.A practical study of a scale model of water facilities will illustrate the course.

Sewer system project8 h tutorials- 30 h project - 8 h visits – 2 assessmentsThe same educational objective as the project on drinking water supply. The students have the choice between these two projects.

Water and Health, Parasitology16 h lecture – 2 h practical work – 1 assessmentWater and health : Epidemiology of the infectious diseases transmitted by water. Bacterial diseases. Cholera et leptospirosis. Viral diseases. Virus of gastro-enteritises, entérovirus, viral hepatites. Bacteriology and virology of water. Parasitology : General information on parasitism. Wounding arthropods. Mosquitos and paludism (malaria). Hookworms and strongyliasis. Schistosomiasis. Onchocerciasis. Run supplemented by TP of observation of parasites.

Network instrumation – Automatic3 h lecture


DRINKING WATER SYSTEMS MODULE 7 ECTS

SANITATION MODULE 8 ECTS

CIVIL ENGINEERING 4 ECTS

This module deals with the fundamental engineering sciences for the construction of hydraulic works and public facilities. The conception of the construction site is completed in final year (GEDEMU).

Strength of materials18 h lecture - 16 h tutorials - 2 assessmentsA review of continuum mechanics. The theory of isostatic beams. Concept of hyperstatic systems.

Soil mechanics12 h lecture - 8 h tutorials – 2 assessmentsSoil characterization. Experimental testing and their interpretation. Water and soil. The mechanical strength of soils. Active and passive hearth pressures. Spread foundations.



This semester maintains the engineering orientation and focuses on water treatment and purification.

English language – One-week training course 27 h tutorials One week intensive training. No other courses during this time.The students’ level will be tested by the TOEIC exam (end of the 8th semester).

German – Spanish – Chinese – Japanese - Russian20 h tutorials – 1 assessmentFurther instruction in the second language.

Sociology of organizations3 h tutorialsPreparation for the practical placement in engineering

Team work11 h tutorials – 1 assessmentThe one day and a half seminar will concentrate on group dynamics ; techniques of leading a group, learning to work in a team is the aim of this workshop. Continuing in the same mindset throughout the school year with application during projects

European regulation6 h conferenceDrinking water European regulation (conference in english)

Sustainable development6 h lecture – 8 h tutorialsSustanaible development introduction. Standard. ACV and carbon assessment

European seminar6 h lecture – 3 h tutorials – 1 assessmentThis seminar (1,5) day is focuses on the European Union discovery (institutions, politic, social and cultural dimensions). One part takes place in Kehl (Germany) with Euro-Institut contribution

Engineering Study tour30 hours visitThis is a traditional study trip in the regional sponsor of the class. During the trip, technical visits are followed by meetings with professionals and local councillors. There are also opportunities for sightseeing.

After knowledge of the sanitary law and context and controlled the meaning of most important parameters characterizing drinking or consumption water, studentswill get used to basic knowledge of water treatment and distribution the processes.


PERSONAL DEVELOPMENT MODULE 4 ECTSLAW, ECONOMICS, MANAGEMENT MODULE 1 ECTSDRINKING WATER MODULE 5 ECTS

The objective is to get a first approach of design and dimensioning of procedure of treatment, which will be implemented within the framework of a project inspired of a real case brought by a professional of the field.

Treatment of drinking water21 h lecture - 10 h tutorials - 1 assessmentCharacterization of natural waters. Coagulation, flocculation, settling. Filtration. Oxidation. Specific treatments related to calco-carbonic balance. Iron and magnesium. Ammonia and nitrates. Activated carbon. Disinfection. Membranes.

Nitrates6 h lectureThe course includes a lecture on nitrates in English

Water treatment practical works6 h conference - 4 h tutorials – 8 h practical works – 1 assessmentCharacterization of waters (12 parameters measured on real samples). Physico-chemical treatment of water (flocculation in Jar-test). Concept of sampling and of the interpretation of a water analysis bulletin.

Water treatment mini-project28 h project - 4 h visits -1 assessmentDesign and dimensioning of the main elements of a drinking water treatment plant. Use of CAD for the plotting of the treatment synoptic.


Closely related to the course on sanitation, the module develops sanitary and normative features and waste water treatment technology. An important part is given over to practical aspects (tutorials, practical works, projects)

Wastewater Treatment24 h lecture- 12 h tutorials -1 assessmentComposition of wastewater. Selection of processes. Suspended and attached growths, treatment of nitrogen and phosphorus, lagooning, physico-chemical processes, sludge treatment, tertiary treatments. Autonomous sanitation. Instrumentation. Safety. Costs.

Sanitation & drinking water in developing countries3 h lecture in EnglishWater issues including sanitation and drinking water in developing countries. A good chance for students to develop their technical English vocabulary in this field.

Wastewater practical works6 h conference - 12 h practical works - 1 assessmentPollution evaluation (9 measured elements). Study of wastewater treatment plant sludge. Biological treatment (observations under microscope).

CAD (practical work)10 h tutorialsCAD tutorials using the Autocad software. Implementation during the treatment plant mini-project.

Networks instrumentation – Automatic3 h lecture

Treatment plant mini-project28 h project – 4 h visit – 1 assessmentDesign and dimensioning of the main elements of a wastewater treatment plant.

3 months – 2 assessmentsAn placement carried out in France or abroad, in companies or in consultancies. This is an immersion placement during which the student has to work in a team on a technical project.


WASTEWATER MODULE 5 ECTSPRACTICAL PLACEMENT IN ENGINEERING 15 ECTS


Deepening semester with various contents focused on active teaching skills. Each module will be put back in sustainable development context.

Areas Environmental Engineering Option (GEDET)

The 3rd year offers further extension in human sciences and expression techniques .These notions are put into practice at the time of the end of study assignment in a professional environment.

Communication and human relation 21 h tutorials – 1 assessmentThe program focuses on self-knowledge, on professional relations at work, on communication and the acquisition of management tools.

Engineering and society3 h lectureThis lecture hinges on the collective sharing of the practical engineering training experiences.

Internship and the drafting of a scientific report1 hour tutorialA session on documentary research, the presentation of a bibliography and a scientific report.

Engineering and works18 h lecture - 4 h tutorials –1 assessmentA follow-up to the former year’s classes, this subject deals realistically and descriptively with the programming of investment operations and the privileged position of the head of operations as advisor to the project owner.

Environmental quality and security9 h lecture –8 h tutorials – 8 h visitsDefinition of quality. Tools for quality control. Systems of reference, norms, audits. Sustainable development

Financial engineering3 h lecture - 2 h tutorials - 1assessment – 16 h projectThis lecture, which is based on economic and management foundations, constitutes a global approach to project financing. Working on a case study, students will use decision-making economic tools and financial instruments. At the same time taxation principles will be introduced.

The 3rd year is the opportunity for students to review notions of digital calculation, data analysis and data management (in particular geographic) which will be of direct value for the end of studies assignment.

Data treatment2 h lecture


PERSONAL DEVELOPMENT MODULE 3 ECTS ECONOMICS MODULE 4 ECTSSCIENCES & ENGINEERING TOOLS MODULE 7 ECTS

Data processing and introduction course to tool skills

Data analysis9 h lecture - 12 h tutorialsRaw data and tracking process. Data analysis. Dispersion. Interpretation of dispersion measurement. ACP, AFC, AFCM, AFD, AC. Classification. Ascending hierarchy and dynamic cluster. Application of STATITCF.

SGBD9 h lecture - 12 h tutorialsGeneral concepts of data basis. Relational SGBD. Data structuring. Application of ACCESS. Data handling languages.

Geographic information systems6 h lecture – 14 h tutorialsGeneral concepts on geographical information systems. Vector types and image.Data structuring and quality. Information processing and spatial analysis. Remote detection. Mapping and information restoration. Examples processed by the software Mapinfo.

Topography4 h lecture - 12 h tutorials – 1 assessmentThe lecture content is centred on the presentation and the use of modern ground survey tools. Introduction to geometrical levelling, to tachometry and GPS functioning.

Remote sensing3 h lecture – 4 h tutorialsGeneral presentation of techniques, methods and tools used in remote sensing.

Data treatment project20 h tutorials – 1 assessmentProject regrouping module content

Quantitative and tool resources in risk assessment. Excess (floods). Shortage (low water).

Hydraulic risks management3h lecture – 12 h TD - 1 assessmentLand development : real case study. Technical choices. Outline of a politically, sociologically and financially acceptable solution.

Hydraulic flow3h lecture - 7h TD Supercritical flow characterization. Illustrations and practice from concrete cases

Flood risk and overflowing6h lecture –2 h tutorialsUnderstanding the physical phenomena linked to the overflowing of natural streams outside the low flow channel. Discovering the specific methods of calculation of water lines, curves of tarage and drainage capacity in a geometry of compound flow. Identification of flood zones with known flow.

Flooding vulnerability3h lecture - 4h TDFlooding risk decrease must integrate reduction vulnerability


QUANTITATIVE MANAGEMENT RESSOURCES MODULE 7 ECTS

Management of the scarce resource9h lecture - 8h TD - 1 assessmentManagement of the scarce resource : drought (description, reminders), consequences for the natural environment and the needs, role of the planning tools (SDAGE, SAGE, partnerships), multi-use conflicts, actors' games, case study, technical solutions (supports of low-water mark, irrigation).

Dams and embankments6 h lecture – 14 h projet – 4h visits – 2 assessments

Becoming sensitive to the aspects related to safety of works and resource, legal framework, outside contributors role, inspection approach.

Risk assessment and qualitative resource management tools with operational applications in stakes, diagnosis and water pollution control. tools

Environmental diagnosis12h lecture – 3 h tutorials - 4h visit - 1 assessmentMethodology for assessing environmental risks in the choice of land development and production sectors. Various thematic approaches, including case studies: agricultural waste development, controlling pollution risks and remedial networks (sites and polluted grounds), an introduction to operational bio-indicationCleaning up Benfeld site visit

Agricultural catchment resource protection12h lecture - 16h TD - 1 assessmentHydrologic process. Risks linked to ground absorption. Unidentified pollution and remedial devices. Drainage techniques and impact on the natural environment.

Ecotoxicology and environmental chemistry4h lecture – 2 h TDEnglish lecture concerning the impact of chemical products (phytosanitary). Risk assessment and solutions. Case study.

Land development tools skills. Players, risks and controls.

Politics development and energetics6 h lectureRegulations and operational town planning

Land development project20h project – 4 h visit – 2 assessmentsThematic study in groups of an authentic project. How to treat and reconcile the different aspects : urban, constructed, economic, landscape, network, flooding. Presentation in front of local councillors.


QUALITATIVE RESOURCE MANAGEMENT 5 ECTSLAND DEVELOPMENT MODULE 4 ECTS


URBAN Engineering Option

Deepening semester with various contents focused on active teaching skills. Each module will be put back in sustainable development context.

Water sustainable management in urban area Option (GEDEMU)

The 3rd year offers further extension in human sciences and expression techniques .These notions are put into practice at the time of the end of study assignment in a professional environment.

Communication and human relation 21 h tutorials – 2 assessments3 days seminary. The program focuses on self-knowledge, on professional relations at work, on communication and the acquisition of management tools.

Engineering and society3 h lectureThis lecture hinges on the collective sharing of the practical engineering training experiences.

Bibliography and engineering thesis presentation1 hour TP

Engineering and works18 h lecture - 4 h tutorials –1 assessmentA follow-up to the former year’s classes, this subject deals realistically and descriptively with the programming of investment operations and the privileged position of the head of operations as advisor to the project owner.

Economic intelligence and firm strategy9 h lecture – 8 h tutorials – 2 assessments

Sustainable development tools9 h lecture – 8 h tutorials – 8 h visitsDefinition of quality. Tools for quality control. Systems of reference, norms, audits. Sustainable development

Financial engineering3 h lecture - 2 h tutorials - 1assessment – 16 h projectThis lecture, which is based on economic and management foundations, constitutes a global approach to project financing. Working on a case study, students will use decision-making economic tools and financial instruments. At the same time taxation principles will be introduced.

Management of public utilities6 h lecture – 11 tutorialsSupplementary approach (public utilities authority agreements)


PERSONAL DEVELOPMENT MODULE 3 ECTS ECONOMICS, MANAGEMENT AND MODULE 4 ECTS

The 3rd year is the opportunity for students to review notions of digital calculation, data analysis and data management (in particular geographic) which will be of direct value for the end of studies assignment.

Data treatment2 h lectureData processing and introduction course to tool skills

Data analysis9 h lecture - 12 h tutorialsRaw data and tracking process. Data analysis. Dispersion. Interpretation of dispersion measurement. ACP, AFC, AFCM, AFD, AC. Classification. Ascending hierarchy and dynamic cluster. Application of STATITCF.

SGBD9 h lecture - 12 h tutorialsGeneral concepts of data basis. Relational SGBD. Data structuring. Application of ACCESS. Data handling languages.

Geographic information systems6 h lecture – 14 h tutorialsGeneral concepts on geographical information systems. Vector types and image.Data structuring and quality. Information processing and spatial analysis. Remote detection. Mapping and information restoration. Examples processed by the software Mapinfo.

Topography4 h lecture - 12 h tutorials – 1 assessmentThe lecture content is centred on the presentation and the use of modern ground survey tools. Introduction to geometrical levelling, to tachometry and GPS functioning.

Remote sensing3 h lecture – 4 h tutorialsGeneral presentation of techniques, methods and tools used in remote sensing.

Data treatment project20 h tutorials – 1 assessmentProject regrouping module content

Water facilities modelling3 h lecture - 14 h tutorials - 1assessmentClarification of the notion of modelling by clearly distinguishing the various stages : real system, physical or mathematical means of conceptual schema representation, numerical analysis and resolution algorithms, computer programming.

3D Computer modelling3h lecture - 16 h TD – 1 assessmentTraining of 3D modelling techniques as complement of the previous teaching

Instrumentation 2h lecture - 4 h TDApplication on pilot site

Water facilities construction15 hours lecture - 4 hour visits


SCIENCES & ENGINEERING TOOLS MODULE 7 ECTSNETWORKS MODULE 4 ECTS

The construction of water facilities is treated from a practical point of view, from the organization of the construction site to the choice of materials and setting up techniques.

Civil engineering12 h lecture Works design fondamental

Works design project20 h project – 4 h visits – 2 assessmentsHydraulic works construction will be studied during courses geotechnic and concrete). Conference and site visit (organization and management)

This module goes deeper into treatment process and gives a concrete experience (at the and of this semester the students have to restore technological projects)

Drinking water treatment 6 h lecture – 14 h project– 1 assessmentUsing a case study, students follow the approach of a project manager having to define and to validate fit and proper execution criteria in the case of a call for tender.

Water treatment - advanced technology6 hours lecture – 4 h tutorialsMembrane technologies, bio filtration, odour control technologies.

Technological project24 h practical work – 2 assessmentsTutorial projects, held in groups of 3 students. Experimental testing of hydraulic laws and phenomenon in the laboratory and on test benches, using the ENGEES and its partners’ facilities.


WORKS DESIGN 4 ECTSTECHNOLOGICAL PROCESS MODULE 5 ECTS

unistra.frengees.unistra.fr/fileadmin/user_upload/pdf/international/… · Web viewWord (6 h) –...

Documents

Transcript of unistra.frengees.unistra.fr/fileadmin/user_upload/pdf/international/… · Web viewWord (6 h) –...