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Curriculum of the programin Environmental, Civil

and Energy Engineering

Curriculum of the program in Environmental, Civil and Energy En-gineering

Copyright © 2018 Polytech Annecy-Chambéry

iii

Table of ContentsGlossary ....................................................................................................................................... 1Semester 5 ................................................................................................................................... 2

1. UE501 : Engineering Sciences .............................................................................................. 21.1. EASI501 - Electrical Engineering ............................................................................... 21.2. INFO501 - Number representation and algorithm design ................................................. 21.3. INFO502 - Data base ............................................................................................... 31.4. MATH501 - Mathematics for engineers ...................................................................... 3

2. UE502 : Engineering Sciences .............................................................................................. 32.1. MECA501 - Applied mechanics ................................................................................. 32.2. ENER511 - Heat transfer .......................................................................................... 32.3. GECH511 - Building functions and technologies ........................................................... 42.4. MECA511 - Fluid mechanics .................................................................................... 4

3. UE503 : Human and Social Sciences and foreign language 1 ..................................................... 43.1. SHES502 - Sustainable development .......................................................................... 43.2. LANG501 - English ................................................................................................. 43.3. SHES501 - Sport ..................................................................................................... 53.4. SHES504 - Communication ....................................................................................... 5

Semester 6 ................................................................................................................................... 61. UE601 : Engineering Sciences EBE2 ..................................................................................... 6

1.1. GECH611 - HVAC Systems and Electro-mechanics ...................................................... 61.2. MATE612 - Materials and Sustainable development ...................................................... 71.3. MATH611 - Statistics- Decision making aid ................................................................ 7

2. UE602 : Ingineering Sciences EBE3 ...................................................................................... 72.1. CHIM611 - Chemistry ............................................................................................. 72.2. GECH612 - Technical drawing and CAD (Computer-aided design) .................................. 8

3. UE603 : Engineering Sciences EBE4 ..................................................................................... 83.1. ENER611 - Thermodynamics and heat exchangers ........................................................ 83.2. GECH613 - Structural mechanics ............................................................................... 83.3. ENER612 - Laboratory practical work sessions ............................................................. 8

4. UE604 : Human and Social Sciences and foreign language 2 ..................................................... 94.1. LANG601 - English ................................................................................................. 94.2. SHES601 - Introduction to Accounting and Corporate Finance ........................................ 94.3. SHES602 - Introduction to Law ................................................................................. 9

Semester 7 .................................................................................................................................. 101. UE701 : Environmental Sciences (optional unit) .................................................................... 11

1.1. CHIM711 - Environmental impact of combustion ........................................................ 111.2. ENER711 - Combustion ......................................................................................... 111.3. GEDP711 - Gas treatment Processes ......................................................................... 11

2. UE701 : Building Engineering 1 (optional unit) ..................................................................... 112.1. GECH711 - Structural Mechanics ............................................................................. 112.2. GECH712 - Structural Engineering ........................................................................... 122.3. GECH713 - Building acoustics & Lighting design of buildings ...................................... 12

3. UE702 : Tools for Engineers .............................................................................................. 123.1. GECH715 - Soil mechanisms .................................................................................. 123.2. MATH711 - Numerical Methods for Engineers ........................................................... 123.3. PROJ711 - Project ................................................................................................. 133.4. SHES712 - Sustainable Development ........................................................................ 13

4. UE703 : Applied Energy ................................................................................................... 134.1. ENER713 - Process control ..................................................................................... 134.2. GECH714 - Building Heat Transfer .......................................................................... 134.3. GECH719 - HVAC Systems .................................................................................... 13

5. UE704 : Human and Social Sciences and foreign language 3 .................................................... 145.1. LANG701 - English ............................................................................................... 145.2. LANG702 - Foreign languages (above Toeic level) ...................................................... 145.3. SHES703 - Professional resources and dynamics ......................................................... 14

Curriculum of the program in Environmental, Civil and Energy Engineering

iv

5.4. SHES704 - Creativity and innovation management ...................................................... 14Semester 8 .................................................................................................................................. 15

1. UE801 : Energy (optional unit) ........................................................................................... 161.1. ENER811 - Energetics (advanced thermodynamics and heat transfers) ............................. 161.2. ENER812 - Fluid engineering applied to energy .......................................................... 16

2. UE801 : Biotechnology and Industrial processes (optional unit) ................................................ 162.1. GEDP811 - Kinetics and Reactor Design ................................................................... 172.2. GEDP814 - Energy from Waste and Biomass ............................................................. 17

3. UE801 : Building Ingineering (optional unit) ......................................................................... 173.1. GECH811 - Reinforced Concrete .............................................................................. 173.2. GECH812 - Geotechnics ......................................................................................... 17

4. UE802 : Renewable Energy 1 (optional unit) ........................................................................ 174.1. ENER816 - Innovative energy systems: Fuel Cells and Cogeneration .............................. 174.2. ENER817 - Renewable energy systems : Wood energy - Geothermal and Air heatpumps ........................................................................................................................ 184.3. GECH813 - Energy and buildings ............................................................................ 18

5. UE802 : Problem-based learning (optional unit) ..................................................................... 185.1. GEDP815 - Waste water treatment and Environmental impacts ...................................... 18

6. UE802 : Building System (optional unit) .............................................................................. 186.1. GECH814 - Wood structures and steel structures ......................................................... 186.2. GECH815 - Building's Physics ................................................................................. 18

7. UE803 : Internship ........................................................................................................... 197.1. PROJ801a - Engineering assistant internship .............................................................. 197.2. PROJ811 - Project ................................................................................................. 19

8. UE804 : Human and Social Sciences and foreign language 4 .................................................... 198.1. LANG801 - English ............................................................................................... 198.2. LANG802 - Foreign languages (above Toeic level) ...................................................... 198.3. SHES802 - Integrated Management System QSE (Quality Safety Environment) ................. 208.4. SHES803 - Organization theory ............................................................................... 20

Semester 9 .................................................................................................................................. 211. UE901 : Energy and Environmental Systems Modeling.(optional unit) ....................................... 22

1.1. ENER911 - Modeling of energy systems for buildings .................................................. 221.2. ENER912 - Numerical tools (CFD and System analysis) ............................................... 221.3. ENER917 - Energy economics and sustainable energy policy ......................................... 23

2. UE901 : Water treatment and bioprocesses (optional unit) ....................................................... 232.1. GEDP911 - Production of drinking water ................................................................... 232.2. GEDP913 - Environmental bioprocess engineering ...................................................... 23

3. UE901 : Building Engineering 3 (optional unit) ..................................................................... 233.1. GECH911 - Structural Analysis and Mechanics ........................................................... 233.2. GECH912 - Reinforced and Prestressed Concrete Structures .......................................... 243.3. GECH913 - Structural Dynamics and Earthquake Engineering ....................................... 24

4. UE902 : Renewable Energy 2 (optional unit) ........................................................................ 244.1. ENER914 - Solar Thermal Energy ............................................................................ 244.2. ENER915 - Solar Photovoltaic Energy ...................................................................... 244.3. ENER918 - Energy storage and renewable energy practical class .................................... 24

5. UE902 : Building construction management and real estate (optional unit) .................................. 255.1. GECH914 - Operation management of construction and real estate ................................. 255.2. GECH915 - Site management .................................................................................. 25

6. UE903 : Project ............................................................................................................... 256.1. PROJ911 - Technical Project ................................................................................... 256.2. SHES911 - Construction Law .................................................................................. 25

7. UE904 : Professional organizations ..................................................................................... 267.1. LANG901 - English ............................................................................................... 267.2. LANG902 - Foreign languages (above Toeic level) ...................................................... 267.3. PROJ901 - R et D Project ....................................................................................... 267.4. SHES901 - Management ......................................................................................... 26

Semester 10 ................................................................................................................................ 281. UE001 : Internship ........................................................................................................... 28

Curriculum of the program in Environmental, Civil and Energy Engineering

v

1.1. PROJ002 - Engineering Internship ............................................................................ 28

1

Glossary

Program

EBE Environmental science, Civil engineering, Energy engineering

Special tracks

EN Energy engineering

GE Environmental science

IB Civil engineering

Course codes

CHIM Chimistry

EASI Electrical engineering and signal processing

ENER Energy

GECH Civil engineering

GEDP Process engineering

INFO Computer science

LANG Foreign languages

MATE Materials

MATH Mathematics

MECA Mechanical engineering

PHYS Physics

PROJ Projects and internships

SHES Humanities and social sciences

General terms

CC Continuous examination

ET Final examination

TC Common course

TD Exercices

TP Labs

UE Program unit

2

Semester 5

UE ECTS Module Course name Class (h) Exer. (h) Lab. (h) Weight Examination

UE501 :Engineering

Sciences

10.5 EASI501 ElectricalEngineering

13.5 15 12 3 CI(0,2) + CT(0,5)+ TP(0,3)

INFO501 Number repre-sentation and al-gorithm design

12 10.5 16 3 CT(0,7) + TP(0,3)

INFO502 Data base 6 4.5 12 1.5 CT(0,7) + TP(0,3)

MATH501 Mathematicsfor engineers

21 19.5 3 2-4 CC

UE502 :Engineering

Sciences

12 MECA501 Appliedmechanics

16.5 24 3 CI(0,3) + CT(0,7)

ENER511 Heat transfer 22.5 18 3 CI(0,5) + CT(0,5)

GECH511 Building functionsand technologies

13.5 15 12 3 2-4 CC (Rap-ports écrits +soutenances)

MECA511 Fluid mechanics 12 28.5 3 2-4 CC

UE503 : Hu-man and So-cial Sciencesand foreignlanguage 1

7.5 SHES502 Sustainabledevelopment

11.5 9 1.5 2-4 CC(0,5)+ CT(0,5)

LANG501 English 40.5 3 CC

SHES501 Sport 21 1.5 2-4 CC

SHES504 Communication 1.5 6 12 1.5 TP

1. UE501 : Engineering Sciences1.1. EASI501 - Electrical Engineering

Class (h) Exer. (h) Lab. (h) Weight Examination

13.5 15 12 3 CI(0,2) + CT(0,5)+ TP(0,3)

Language(s) for the course

• French

Course description

Basics of electrical engineering, transient operations, direct and alternative currents.1.2. INFO501 - Number representation and algorithm design


12 10.5 16 3 CT(0,7) + TP(0,3)


• French

Semester 5

3

Course description

This course will introduce you to some of the key features of computer systems. A first part of this course presentsthe numeration and a second part is dedicated to the implementation of algorithms.

1.3. INFO502 - Data base


6 4.5 12 1.5 CT(0,7) + TP(0,3)


• French

Course description This course will introduce you to some of the key features of relational databases. The practical classes will beapplied to both general and professional issues.

• UML Entity Relationship Diagram (ERD)

• Relational Model (RM) and algebra

• SQL

1.4. MATH501 - Mathematics for engineers


21 19.5 3 2-4 CC


• French

Course descriptionThis course aims to give the basic concepts in analysis useful for engineering sciences

2. UE502 : Engineering Sciences2.1. MECA501 - Applied mechanics


16.5 24 3 CI(0,3) + CT(0,7)


• French• English

Course description

The course "Applied mechanics" leads (i) to acquire basic knowledge of continuum mechanics, (ii) to analyze thestate of solicitations (stress, strain, plasticity criterion) of simple structures and (iii) to solve simple problems ofcontinuum mechanics.

It is composed of:

• statics of non-deformable solids: 2D application,

• the states of stress and strain,

• the elastic and isotropic behavior law,

• the general equations of continuous media and the methods of resolution,

• criteria of plasticity and sizing.

2.2. ENER511 - Heat transfer


22.5 18 3 CI(0,5) + CT(0,5)


• French

Semester 5

4

Course descriptionAcquisition of physical principles for the three modes of heat transfer: conduction, radiation and convection.Knowledge of these modes of heat transfer is intended to model and analyze various systems or methods to studytheir thermal behavior and improve their efficiency.

2.3. GECH511 - Building functions and technologies


13.5 15 12 3 2-4 CC (Rapportsécrits + soutenances)


• French

Course description

After introducing the 'actors' approach, the 'functions' approach, the 'performentielle' approach and the phasingof construction operations, this course focuses on building technology: technical choices to consider, justificationof the chosen solutions, phasing choices. Three applications of this course address in draft form the themes ofbuilding, energy and the environment. In a second part, the course is dedicated to the main principles of electricityin buildings.

2.4. MECA511 - Fluid mechanics


12 28.5 3 2-4 CC


• French

Course description

This course covers the basic concepts needed to understand the incompressible fluid mechanics; It provides basictools to design hydraulic circuits. It introduces the local equations of fluid mechanics, the dimensional analysisand free surfaces flows

3. UE503 : Human and Social Sciences and foreign language 13.1. SHES502 - Sustainable development


11.5 9 1.5 2-4 CC(0,5) + CT(0,5)


• French

Course description

This course aims to familiarize students with the issue of sustainable development and its integration in companypolicy and enable them to take control of this aspect in their professional life.

3.2. LANG501 - English


40.5 3 CC


• English

Course description

This course aims at training our engineering students to obtain a minimum score of 785/990 in the TOEIC test(« Test of English for International Communication ») as required by the CTI (the accredited French NationalInstitution supervising the award of engineering degrees. Our students are also trained to improve in all fourlanguage skills (listening, reading, writing and speaking) on a variety of (everyday life and professional) topicsvia the news, videos, oral presentations, mock interviews, debates, writing assignments, etc...

The students are evaluated through continuous assessment.

Semester 5

5

3.3. SHES501 - Sport


21 1.5 2-4 CC


• French

Course descriptionThis course is based on the practice of physical and sports activities and has two axes.

On the one hand, it allows the students to acquire know-how for the sports activities and to put forward theirsocial skills, qualities required for their insertion and their professional success. This axis is based on the valuesconveyed by the various sports activities and their diversified modes of practice.

On the other hand, it allows the students to acquire collective skills in the realization of a project and the manage-ment of a group and also to develop their individual capacities of adaptation and regulation. This axis examinesthe collective organization and the implementation of a sports event on a session.

3.4. SHES504 - Communication


1.5 6 12 1.5 TP


• French

Course descriptionThis course enables students:

• to project themselves into their future career,• to measure the importance of communication in their engineering mission and to acquire bases (both oral and

written).

6

Semester 6


UE601 : En-gineeringSciences

EBE2

9 GECH611 HVAC Sys-tems and Elec-tro-mechanics

13.5 22.5 3 2-4 CC

MATE612 Materials andSustainable

development

12 18 3 2-4 CC

MATH611 Statistics- Deci-sion making aid

22.5 16.5 3 2-4 CC

UE602 :Ingineering

SciencesEBE3

6 CHIM611 Chemistry 19.5 19.5 3 3 CC (0,9) +CC examen

en ligne (0,1)

GECH612 Technical draw-ing and CAD

(Computer-aid-ed design)

7.5 12 20 3 2-4 CC

UE603 : En-gineeringSciences

EBE4

9 ENER611 Thermodynam-ics and heatexchangers

18 21 3 2-4 CC

GECH613 Structuralmechanics

15 13.5 12 3 CI(0,2) + CT(0,5)+ TP (0,3)

ENER612 Laboratory practi-cal work sessions

40 3 CC


6 LANG601 English 40.5 3 CC

SHES601 Introduction toAccounting and

Corporate Finance

10.5 9 1.5 2-4 CC

SHES602 Introduc-tion to Law

15 4.5 1.5 CT

1. UE601 : Engineering Sciences EBE21.1. GECH611 - HVAC Systems and Electro-mechanics


13.5 22.5 3 2-4 CC


• French

Semester 6

7

Course description

The course presents fundamental and different technologies of heating and cooling systems for buildings. Designand sizing of ‘all water’ heaters and duct networks is discussed in detail. The second part of the course introduceselectricity production using mechanical energy. Electrical networks for energy transport and distribution are alsodiscussed.

1.2. MATE612 - Materials and Sustainable development


12 18 3 2-4 CC


• French

Course description

"Materials" part aims to:

• ERROR: UNORDERED LIST (UL) WITHOUT ITEMS (LI)• Define the main classes of materials and their specific properties• ERROR: UNORDERED LIST (UL) WITHOUT ITEMS (LI)• describe the structure of materials (concrete, steel, wood, polymers, composites) and the notions of choice of

materials• ERROR: UNORDERED LIST (UL) WITHOUT ITEMS (LI)

“Sustainable development” part aims to:

• ERROR: UNORDERED LIST (UL) WITHOUT ITEMS (LI)• Understand the major issues in the domain of waste, particularly household,• ERROR: UNORDERED LIST (UL) WITHOUT ITEMS (LI)• Understand regulatory aspects and the financing of the collection and processing.• ERROR: UNORDERED LIST (UL) WITHOUT ITEMS (LI)• Know the principles of general waste treatment, mainly for material recycling.• ERROR: UNORDERED LIST (UL) WITHOUT ITEMS (LI)

1.3. MATH611 - Statistics- Decision making aid


22.5 16.5 3 2-4 CC


• French

Course description

This course is presented in two independent parts:

The first part aims to enable the acquisition and control of basic concepts in probability and in statistics.

The second part gives working tools necessary in building and mastering a decision making aid problem withmultiple criteria.

2. UE602 : Ingineering Sciences EBE32.1. CHIM611 - Chemistry


19.5 19.5 3 3 CC (0,9) + CC ex-amen en ligne (0,1)


• French

Course description This course will introduce students to the fundamentals necessary for the understanding of chemical equilibriumin aqueous solutions and equilibrium phase transfer applied to areas related to environment, building and ener-

Semester 6

8

gy production. A quantitative approach emphasizes the solution of chemical equilibrium and equilibrium phasetransfer. Topics covered include acid-base equilibria and alkalinity, dissolution and precipitation of solids, oxida-tion-reduction processes, and reactions on solid or liquid interfaces. A primary objective of the course is to be ableto formulate and solve chemical equilibrium problems for simple and complex environmental systems.

2.2. GECH612 - Technical drawing and CAD (Computer-aided design)


7.5 12 20 3 2-4 CC


• French

Course description

In this course, students are introduced to basic technical drawing skills and terminology. Models and plans ofsystems will be presented. Students learn to make a functional analysis of the components of these systems. Theyare introduced to computer aided drawing (CAD) software or techniques.

3. UE603 : Engineering Sciences EBE43.1. ENER611 - Thermodynamics and heat exchangers


18 21 3 2-4 CC


• French• French with documents in english

Course description

The course is designed to equip the student with the principles of heat exchanges and to introduce the principaltechnologies and designs of heat exchangers. Its main objective is:

• To acquire the basic concepts of thermodynamics: the study of systems involving exchanges of work, heat andenergy in general, based on practical applications encountered in engineering.

• To acquire knowledge of the various heat exchanger technologies and implement heat balances and sizingmethods.

3.2. GECH613 - Structural mechanics


15 13.5 12 3 CI(0,2) + CT(0,5)+ TP (0,3)



Course description

This "Mechanics of Structures" course aims to:

• ERROR: UNORDERED LIST (UL) WITHOUT ITEMS (LI)• analyze (i) stresses, (ii) diagrams of normal load, shear load and bending moment on isostatic structures• ERROR: UNORDERED LIST (UL) WITHOUT ITEMS (LI)• design isostatic structures• ERROR: UNORDERED LIST (UL) WITHOUT ITEMS (LI)• calculate the deformation of structures subjected to simple loading (as tensile, compression, bending loads)• ERROR: UNORDERED LIST (UL) WITHOUT ITEMS (LI)

3.3. ENER612 - Laboratory practical work sessions


40 3 CC

Semester 6

9


• French

Course descriptionLaboratory practical classes illustrating the basic knowledge seen in the heat transfer, fluid mechanics and ther-modynamics courses.

4. UE604 : Human and Social Sciences and foreign language 24.1. LANG601 - English


40.5 3 CC


• English

Course description

This course aims at training our engineering students to obtain a minimum score of 785/990 in the TOEIC test(« Test of English for International Communication ») as required by the CTI (the accredited French NationalInstitution supervising the award of engineering degrees. Our students are also trained to improve in all fourlanguage skills (listening, reading, writing and speaking) on a variety of (everyday life and professional) topicsvia the news, videos, oral presentations, mock interviews, debates, writing assignments, etc...The students are evaluated through continuous assessment.

4.2. SHES601 - Introduction to Accounting and Corporate Finance


10.5 9 1.5 2-4 CC


• French

Course description

The objective of this course is to acquire the basics of financial management.4.3. SHES602 - Introduction to Law


15 4.5 1.5 CT


• French

Course description

The objective of this course is to obtain a basic understanding of law

10

Semester 7


UE701 : En-vironmental

Sciences(option-al unit)

9 CHIM711 Environmen-tal impact ofcombustion

21 9 8 3 2-4 CC

ENER711 Combustion 13.5 12 2 2-4 CC

GEDP711 Gas treatmentProcesses

25.5 27 4 4 2-4 CC

UE701 :BuildingEngineer-ing 1 (op-tional unit)

9 GECH711 StructuralMechanics

6 18 2 2 CC

GECH712 StructuralEngineering

18 15 20 4 2-4 CC(0,5)+ TP(0,5)

GECH713 Building acoustics& Lighting de-

sign of buildings

18 25.5 3 3-5 CC

UE702 :Tools forEngineers

8 GECH715 Soil mechanisms 7.5 16.5 2 2-4 CC

MATH711 Numerical Meth-ods for Engineers

7.5 16.5 2 CC(0,5)+ CT(0,5)

PROJ711 Project 12 2 Rapport +soutenance

SHES712 SustainableDevelopment

21 12 2 CI(0,3) + CT(0,7)

UE703 : Ap-plied Energy

7 ENER713 Process control 12 12 1.5 2-4 CC

GECH714 BuildingHeat Transfer

13.5 15 2 2-4 CC(0,6)+ CT(0,4)

GECH719 HVAC Systems 7.5 15 24 3.5 2-4 CC



LANG702 Foreign lan-guages (aboveToeic level)

30 3 CC

SHES703 Profession-al resources

and dynamics

10.5 8 1.5 2-4 CC(0,5)+ rapport +soutenance

stage 3A (0,5)

Semester 7

11


SHES704 Creativity andinnovation

management

12 13.5 1.5 CC (0,2) + rapport+ soutenance( 0,8)

1. UE701 : Environmental Sciences (optional unit)1.1. CHIM711 - Environmental impact of combustion


21 9 8 3 2-4 CC


• French

Course description

This course aims to provide scientific information on the generation of pollutants from combustion processesand to know the mechanisms of evolution of pollutants in the atmosphere and their impacts. It also aims to trainstudents with the dispersion model of atmospheric emissions.

1.2. ENER711 - Combustion


13.5 12 2 2-4 CC


• French with documents in english

Course description

The objective of this course is to provide the students with the scientific and technical knowledge of combustionprocesses.

1.3. GEDP711 - Gas treatment Processes


25.5 27 4 4 2-4 CC


• French

Course description

The aim of this course is to provide the knowledge needed to understand and treat gaseous and particulate pollutionencountered in different industries, especially those related to waste incineration.

2. UE701 : Building Engineering 1 (optional unit)2.1. GECH711 - Structural Mechanics


6 18 2 2 CC



Course description

This course develops the knowledge for calculation of (i) strength in structures with combined loads and (ii)strength in homogeneous isotropic indeterminate structures. This course will develop:

• the study of structure with combined loading

• the virtual work principle and energy methods

• the resolution of indeterminate systems

Semester 7

12

2.2. GECH712 - Structural Engineering


18 15 20 4 2-4 CC(0,5) + TP(0,5)


• French

Course description

This course deals with vertical loads (snow, operating loads, dead loads) and horizontal loads (wind, earthquake)and how buildings have to be designed against them.

2.3. GECH713 - Building acoustics & Lighting design of buildings


18 25.5 3 3-5 CC


• French

Course description

The course will give the student experience in two themes:

• Architectural acoustics (or building acoustics) : the science and engineering which analyzes noise transmissionfrom the building's exterior envelope to interior and vice versa ; building codes with requirements of acousticanalysis in order to protect building occupants from exterior noise sources and sound generated within the buildingitself ;

• Light and lighting : the main terms within photometry and lighting techniques, basic photometric laws, the eye'sreaction to light and the most important visual factors for workplace lighting, daylight as a source of light, daylightdata and calculations in accordance with building regulations, the significance of daylight for health and well-being, overview of electric sources of light and their qualities.

3. UE702 : Tools for Engineers3.1. GECH715 - Soil mechanisms


7.5 16.5 2 2-4 CC


• French

Course description

This course covers the basic concepts to understand the mechanical and hydraulic behavior of soil in order tocalculate water flows in soil and to design works.

3.2. MATH711 - Numerical Methods for Engineers


7.5 16.5 2 CC(0,5) + CT(0,5)


• French• French with documents in english• English

Course description

Through various engineering type problems, the main numerical methods (Finite Differences, Finite Volumes,Finite Elements) are introduced. These approaches are extensively used in engineering softwares.

Semester 7

13

3.3. PROJ711 - Project


12 2 Rapport + soutenance


• French

Course descriptionLearn the main principles in the field of project management.

3.4. SHES712 - Sustainable Development


21 12 2 CI(0,3) + CT(0,7)


• French

Course description

The students must become aware that the procurement and private contracts can be a factor in the developmentof the company. It is thus necessary for them to have sufficient knowledge of this legislation to take it accountand integrate it in their engineer's job.

A focus is made on the environmental impact assessment, eco-design and life cycle analysis for assessing theimpacts of a product and/or project on the environment to try to control impacts.

4. UE703 : Applied Energy4.1. ENER713 - Process control


12 12 1.5 2-4 CC


• French

Course description

The aim of this course is to give the notions of system dynamics and process control.4.2. GECH714 - Building Heat Transfer


13.5 15 2 2-4 CC(0,6) + CT(0,4)


• French

Course description

This is the study of thermal behavior and local ventilation in both steady and transient simulations. It helps tounderstand the concept of hygrothermal comfort and is the basis for the design of HVAC systems (calculation ofthermal loads) and calculations related to the French thermal regulations.

4.3. GECH719 - HVAC Systems


7.5 15 24 3.5 2-4 CC


• French with documents in english• English

Course description

Moist air principles, Mollier Diagram and their applications for heating, ventilating and air conditioning of build-ings are studied in this course. In addition students perform some applications on laboratory equipment.

Semester 7

14



40.5 3 CC


• English

Course description

This course aims at training our engineering students to obtain a minimum score of 785/990 in the TOEIC test(« Test of English for International Communication ») as required by the CTI (the accredited French NationalInstitution supervising the award of engineering degrees).

Our students are also trained to improve in all four language skills (listening, reading, writing and speaking) ona variety of (everyday life and professional) topics via the news, videos, oral presentations, mock interviews,debates, writing assignments, etc...

The students are evaluated through continuous assessment.5.2. LANG702 - Foreign languages (above Toeic level)


30 3 CC



Course description

A 15-hour course in English: Culture, civilisation and language.

And a 15-hour course in a second foreign language in:

• Spanish, German et Italian at Chambéry and Annecy (no beginners).• Chinese et Japanese at Annecy (beginners accepted)

5.3. SHES703 - Professional resources and dynamics


10.5 8 1.5 2-4 CC(0,5) + rapport +soutenance stage 3A (0,5)


• French

Course description The objective of the module is to lead the students towards a better self-knowledge in order for them to be ableto present themselves efficiently when they're looking for a job or a trainee .

5.4. SHES704 - Creativity and innovation management


12 13.5 1.5 CC (0,2) + rapport+ soutenance( 0,8)


• French

Course description

This module aims to introduce the students to corporate strategy, and thus enable them to be able to understandthe current major corporate orientations. The emergence of new competitive practices based on externalizationperspectives or cooperation through partnership training in order to share the risks and costs will be studied.

15

Semester 8


UE801 :Energy (op-tional unit)

8 ENER811 Energetics (ad-vanced thermo-dynamics andheat transfers)

27 40.5 4.5 CC

ENER812 Fluid engineeringapplied to energy

34.5 15 4 3.5 2-4 CC

UE801 :Biotechnol-

ogy andIndustri-

al process-es (option-

al unit)

8 GEDP811 Kinetics and Re-actor Design

19.5 22.5 8 3 2-4 CC

GEDP814 Energy fromWaste andBiomass

31.5 35 6 5 2-4 CC

UE801 :BuildingIngineer-ing (op-

tional unit)

8 GECH811 ReinforcedConcrete

27 39 12 5 2-4 CC (0,8)+ TP(0,2)

GECH812 Geotechnics 13.5 16.5 12 3 2-4 CC(0,7)+ TP(0,3)

UE802 : Re-newable En-ergy 1 (op-tional unit)

8 ENER816 Innovative en-ergy systems:Fuel Cells andCogeneration

21 21 2.5 2-4 CC

ENER817 Renewable en-ergy systems :Wood energy -Geothermal andAir heat pumps

21 33 3.5 3-5 CC

GECH813 Energy andbuildings

9 6 16 2 CI(0,5) + CT(0,5)

UE802 :Prob-

lem-basedlearning (op-tional unit)

8 GEDP815 Waste water treat-ment and Envi-

ronmental impacts

51 33 46 8 8-10 CC(0,85) + soute-nances (0,15)

UE802 :Building

System (op-tional unit)

8 GECH814 Wood struc-tures and steel

structures

27 30 3.5 2-4 CC

GECH815 Building's Physics 19.5 10.5 36 4.5 2-4 CC

Semester 8

16


UE803 :Internship

8 PROJ801a Engineering as-sistant internship

6 Rapport écrit etsoutenance orale

PROJ811 Project 12 2 Rapport +soutenance




30 3 CC

SHES802 Integrated Man-agement Sys-

tem QSE (Qual-ity Safety En-

vironment)

9 10.5 1.5 2-4 CC

SHES803 Organiza-tion theory

10.5 9 1.5 CC

1. UE801 : Energy (optional unit)1.1. ENER811 - Energetics (advanced thermodynamics and heat transfers)


27 40.5 4.5 CC


• French

Course description

This advanced course follows the basic courses of thermodynamics and heat transfer of semesters 5 and 6.

The thermodynamics part deals with energy systems and compounds. Energy and entropy balances are explainedand applied to energy systems (engines, gas turbines, vapor cycles, heat pumps...)

The heat transfer explains the physical phenomena governing convective heat transfers and heat transfers withliquid-vapor phase change. It describes and implements the main correlations useful to engineers to quantify suchheat transfer applied to areas related to the environment, building and energy production.

1.2. ENER812 - Fluid engineering applied to energy


34.5 15 4 3.5 2-4 CC


• French

Course description

This course covers the basic concepts needed to understand hydro, wind, and sea renewables energies: the identifi-cation of resources for their operation through the transformation of energy, environmental impact, and challenges.

It consists of three separate parts related to the different energy resources. It includes a common course on advancedfluid mechanics for the acquisition of scientific and technical basis for the understanding of fluid applications.

2. UE801 : Biotechnology and Industrial processes (optional unit)

Semester 8

17

2.1. GEDP811 - Kinetics and Reactor Design


19.5 22.5 8 3 2-4 CC


• French

Course descriptionThe aims of this course:

• to screen the methodologies to identify the kinetics of various chemical reactions in batch reactor,

• to give the fundamental concepts and the methodology from chemical engineering applied to chemical reactionsin order to apply these concepts to the field of the gaseous and liquid processes.

2.2. GEDP814 - Energy from Waste and Biomass


31.5 35 6 5 2-4 CC


• French

Course descriptionTo know and control the various branches of organic waste treatment, irrespective of their forms of recovery, be itenergetic or material, the environmental impacts of these sectors, the basics of a project to valorize these organicwastes, both from a technical, financial or regulatory point of view.

3. UE801 : Building Ingineering (optional unit)3.1. GECH811 - Reinforced Concrete


27 39 12 5 2-4 CC (0,8) + TP(0,2)


• French

Course descriptionDesign reinforced concrete structures following Eurocode 2

3.2. GECH812 - Geotechnics


13.5 16.5 12 3 2-4 CC(0,7) + TP(0,3)


• French

Course description

• Presentation of technical aspects and standards concerning the design of elements such as foundations andretaining walls.

• Practical classes deal with soil characterization tests and soil mechanics tests

4. UE802 : Renewable Energy 1 (optional unit)4.1. ENER816 - Innovative energy systems: Fuel Cells and Cogeneration


21 21 2.5 2-4 CC


• French

Semester 8

18

Course descriptionThis course is an introduction to energy systems based on the "Hydrogen" vector. The energy chain consideredincludes production, storage and use of hydrogen in fuel cells, as well as safety aspects related to this energy vector.

In addition, an introduction to cogeneration systems addresses the technical and economic aspects for the designof such a facility.

4.2. ENER817 - Renewable energy systems : Wood energy - Geothermal andAir heat pumps


21 33 3.5 3-5 CC


• French

Course descriptionScientific and technical basis for the development of professional wood energy projects, and ground source heatpump projects or air source heat pump projects.

4.3. GECH813 - Energy and buildings


9 6 16 2 CI(0,5) + CT(0,5)


• French

Course description

5. UE802 : Problem-based learning (optional unit)5.1. GEDP815 - Waste water treatment and Environmental impacts


51 33 46 8 8-10 CC (0,85) +soutenances (0,15)


• French

Course descriptionThis course allows to understand, choose and size a whole process of wastewater treatment (residual and industrialeffluents) : networks of collection, autonomous purification and collective, pretreatment of industrial waste.

6. UE802 : Building System (optional unit)6.1. GECH814 - Wood structures and steel structures


27 30 3.5 2-4 CC


• French

Course description

Design of elements and building involving wood or steel. Practical classes following the standards.6.2. GECH815 - Building's Physics


19.5 10.5 36 4.5 2-4 CC


• French

Semester 8

19

Course description

This is an advanced course on building energy performance, including regulations and building physics. Moisturetransfers in building components are analyzed, as well as air infiltrations through building envelope. Moreoverbuilding performance simulation tools are applied. Some laboratory experiments in building physics are also in-cluded.

7. UE803 : Internship7.1. PROJ801a - Engineering assistant internship


6 Rapport écrit etsoutenance orale



Course descriptionThe 4th year internship is an application internship in a professional environment such as a technician or assistantengineer. The engineering student will be responsible for a specific study, the development or adaptation of newtechniques or methods. This training period will be carried out in a company or organization whose activity isrepresentative of the chosen specialty.

7.2. PROJ811 - Project


12 2 Rapport + soutenance


• French

Course descriptionAs part of a larger team, the student will participate in the development of a project related to his studies.



40.5 3 CC


• English

Course description

This course aims at training our engineering students to obtain a minimum score of 785/990 in the TOEIC test(« Test of English for International Communication ») as required by the CTI (the accredited French NationalInstitution supervising the award of engineering degrees).

Our students are also trained to improve in all four language skills (listening, reading, writing and speaking) ona variety of (everyday life and professional) topics via the news, videos, oral presentations, mock interviews,debates, writing assignments, etc...

The students are evaluated through continuous assessment.8.2. LANG802 - Foreign languages (above Toeic level)


30 3 CC



Semester 8

20

Course description



• Spanish, German et Italian at Chambéry and Annecy (no beginners).• Chinese et Japanese at Annecy (beginners accepted)

8.3. SHES802 - Integrated Management System QSE (Quality Safety Environ-ment)


9 10.5 1.5 2-4 CC


• French

Course description

The students must be aware that the quality management system, the environmental management system and theoccupational health and safety management system are today inescapable in the company. It is thus necessaryfor them to have sufficient knowledge of these systems to take them into account and integrate them into theirengineer's job.

8.4. SHES803 - Organization theory


10.5 9 1.5 CC


• French

Course description

The content of this course is deliberatley descriptive and follows a very clear chronology. The programme retracesthe beginnnings of organization management from the end of the XIXth century to today. The course thus analyzesthe main theories, reasearch and managerial progress made during the development of companies.

This module is divided into three main themes :

• The foundations of organization management (traditional approach and school of human relations);• The concept of organizational structure using, for example, the works of Mintzberg which highlight the oppor-

tunities and constraints in terms of design, coordination and layout of a company;• Organizational behavior with the notions of performance, diversity, conflict,negotiation, stress...

This is a basic course in the domain of management. Students can obtain a global overview of company manage-ment and thus understand the ins and outs.

21

Semester 9


UE901 :Energy and

Environ-mental Sys-tems Mod-eling.(op-

tional unit)

7,5 ENER911 Modeling of en-ergy systemsfor buildings

21 15 2.5 2-4 CC

ENER912 Numerical tools(CFD and Sys-tem analysis)

36 2.5 2-4 CC

ENER917 Energy econom-ics and sustain-

able energy policy

27 13.5 2.5 CI(0,5) + CT(0,5)

UE901 :Water treat-

ment andbioprocess-es (option-

al unit)

7,5 GEDP911 Production ofdrinking water

10.5 19.5 44 5 2-4 CC (0,4)+ TP (0,6)

GEDP913 Environmen-tal bioprocessengineering

18 21 2.5 2-4 CC

UE901 :BuildingEngineer-ing 3 (op-tional unit)

7,5 GECH911 Structural Analy-sis and Mechanics

12 16.5 8 2.5 2-4 CC

GECH912 Reinforced andPrestressed Con-crete Structures

30 7.5 2.5 2-4 CC

GECH913 Structural Dy-namics andEarthquakeEngineering

18 12 8 2.5 2-4 CC

UE902 : Re-newable En-ergy 2 (op-tional unit)

7,5 ENER914 Solar Ther-mal Energy

19.5 18 2.5 2-4 CC

ENER915 Solar Photo-voltaic Energy

16.5 22.5 2.5 2-4 CC

ENER918 Energy stor-age and renew-

able energypractical class

4.5 6 24 2.5 2-4 CC

UE902 :Building

7,5 GECH914 Operation man-agement of

36 12.5 3.5 2-4 CC

Semester 9

22


constructionmanage-

ment and re-al estate (op-tional unit)

constructionand real estate

GECH915 Site management 34.5 28.5 4 2-4 CC

UE903 :Project

5 PROJ911 Technical Project 72 4 Pratique + rap-port + soutenance

SHES911 Construction Law 15 1 CT

UE904 :Profession-

al orga-nizations

10 LANG901 English 40.5 2.5 CC


30 2.5 CC

PROJ901 R et D Project 40 6 Pratique + Rap-port + Soutenance

SHES901 Management 15 7.5 1.5 2-4 CC

1. UE901 : Energy and Environmental Systems Modeling.(optionalunit)

1.1. ENER911 - Modeling of energy systems for buildings


21 15 2.5 2-4 CC



Course description

The course presents fundamental methods for modeling energy systems in steady-state, and its dynamic behavior.These fundamentals are needed for application cases that are analyzed in ENER912.

1.2. ENER912 - Numerical tools (CFD and System analysis)


36 2.5 2-4 CC



Course description

This course will introduce students to practical Computational Fluid Dynamics, as it is frequently used in industryor in academic research in engineering fields.

The framework of the teaching takes place only through Practical Sessions, using computers and softwares.

The main application topics will focus on heat transfer and fluid flow in academic configurations but related toengineering problems, and on the thermodynamics of energetic systems.

As introductions of each parts, there is

• a presentation of the studied software• the general organisation of a numerical tool devoted to the study of energetic systems

Semester 9

23

• generalities on the evaluation and the optimisation of energetic systems

1.3. ENER917 - Energy economics and sustainable energy policy


27 13.5 2.5 CI(0,5) + CT(0,5)


• French

Course description

The course gives a broad picture of the development of the energy system in the EU and in France. An assessmentof new energy technologies and systems (renewable energy, district heating systems, …), that can be used tomitigate negative environmental impacts is also offered.

The course is based on real problems combining technical, environmental and economic parameters. Aims areto understand how energy policy instruments affect energy system investment decisions, and to understand theinteraction between energy conversion technology, environmental impact and economic performance.

Economic and technical basis (cost-efficiency analysis, and investment analysis) are given for the developmentof energy efficiency projects, and renewable energy projects.

2. UE901 : Water treatment and bioprocesses (optional unit)2.1. GEDP911 - Production of drinking water


10.5 19.5 44 5 2-4 CC (0,4) + TP (0,6)


• French

Course descriptionTheory of physical and chemical water treatments with a special emphasis on drinking water: clarification, soft-ening, mineralization and alkalinity, disinfection, membrane processes.

2.2. GEDP913 - Environmental bioprocess engineering


18 21 2.5 2-4 CC


• French

Course description

This course aims to develop critical understanding and to design intensive bioprocesses (activated sludge andanaerobic digesters) or extensive concepts (biofilters, vegetalized or not) in order to process liquid and gaseouseffluents.

3. UE901 : Building Engineering 3 (optional unit)3.1. GECH911 - Structural Analysis and Mechanics


12 16.5 8 2.5 2-4 CC


• French

Course description

This course is a new approach compared to previous courses. The course is concentrated on thin plate theory anddisplacement theory. An approach with all interested tools used in European standards is also presented.

Semester 9

24

3.2. GECH912 - Reinforced and Prestressed Concrete Structures


30 7.5 2.5 2-4 CC


• French

Course description

Firstly, this course enables students to understand advanced designs of reinforced concrete structures, in particularRC wall's design. Secondly, this course provides knowledge for design of pre-stressed concrete. Lastly, notionsabout structural pathologies and structural strengthening are also presented.

3.3. GECH913 - Structural Dynamics and Earthquake Engineering


18 12 8 2.5 2-4 CC


• French

Course description

This course is composed of two parts:

• Structural Dynamics applied to mechanical systems

• Earthquake Engineering for the building

4. UE902 : Renewable Energy 2 (optional unit)4.1. ENER914 - Solar Thermal Energy


19.5 18 2.5 2-4 CC


• French

Course descriptionScientific and technical basis for the development of professional solar thermal energy projects.

4.2. ENER915 - Solar Photovoltaic Energy


16.5 22.5 2.5 2-4 CC



Course description

Acquisition of scientific and technical skills necessary for professional applications of solar energy in the followingfields:

• On grid photovoltaic generators

• Off grid photovoltaic generators

• Photovoltaic pumping

4.3. ENER918 - Energy storage and renewable energy practical class


4.5 6 24 2.5 2-4 CC


• French

Semester 9

25

Course description

This course is devoted to sustainable energy and its intermittency. It is divided into two parts. The first part allowsstudents to apply theoretical concepts seen during their studies on real systems they are likely to encounter duringtheir professional life. 5 systems are studied during practical classes : solar thermal energy, solar photovoltaic,geothermal heat pump, absorption chillers and cogeneration.

The second part concerns energy storage. It covers the basic concepts of heat storage for buildings, industry andelectricity production. This course explains the energy storage principle for electricity and heat, the interest ofsuch systems and their integration. It mainly focuses on the dimensioning of heat storage in the framework ofbuildings, energy and environmental processes.

5. UE902 : Building construction management and real estate (op-tional unit)

5.1. GECH914 - Operation management of construction and real estate


36 12.5 3.5 2-4 CC


• French

Course description

After introducing a construction operation, stakeholders produce and exchange information and discuss the con-cepts of risk associated. The purpose of this course is to know the basic concepts of management structures thatare built, analyzing two important aspects such as fire safety and accessibility.

5.2. GECH915 - Site management


34.5 28.5 4 2-4 CC


• French

Course description

Basics for the conduct of work: site organization; scheduling and planning; price studies

6. UE903 : Project6.1. PROJ911 - Technical Project


72 4 Pratique + rap-port + soutenance


• French

Course description

Students will apply the knowledge obtained during their studies and will integrate it into one multidisciplinary andmultiparticipant project . They will simulate a real situation at the « study » stage. This project aims also to delvelopthe notions of group work and project management, synthesis and analysis concerning economic, administrativeand statutory aspects etc.

6.2. SHES911 - Construction Law


15 1 CT


• French

Semester 9

26

Course description

The legal context of construction is described.

7. UE904 : Professional organizations7.1. LANG901 - English


40.5 2.5 CC


• English

Course description Our students are trained to enter the professional world where it is essential to be able to work in English. All fourlanguage skills (listening and reading, writing and speaking) are regularly practised. Our students are placed inlearning contexts and situations where they can keep fine tuning their comprehension and communication skills,through role plays and debates, mock interviews, professional projects...,etc.

7.2. LANG902 - Foreign languages (above Toeic level)


30 2.5 CC



Course description



• Spanish, German et Italian at Chambéry and Annecy (no beginners).

• Chinese and Japanese at Annecy (beginners accepted)

7.3. PROJ901 - R et D Project


40 6 Pratique + Rap-port + Soutenance


• French

Course description

This work consists of a detailed study concerning:

• ERROR: UNORDERED LIST (UL) WITHOUT ITEMS (LI)

• a technological or industrial project on a topic given by an industrialist, allowing to analyze the activities ofresearch departments that are experimental, or using technology transfer ;


• a project based on research, proposed by an industrialist or a public/private laboratory, allowing for the initiationto a research process on a joint university-industriy topic ;


• a project based on the knowledge of industry which completes the specific courses on the subject.


7.4. SHES901 - Management


15 7.5 1.5 2-4 CC

Semester 9

27


• French

Course description

Course description: This SHES course is made up of 2 independent modules : Management and Ethics. Theobjective of this module is to grasp the human and communication aspects of management and to develop thestudents' managerial assertion

28

Semester 10


UE001 :Internship

30 PROJ002 EngineeringInternship

5 30 Soutenance, rap-port écrit, évalu-ation entreprise

1. UE001 : Internship1.1. PROJ002 - Engineering Internship


5 30 Soutenance, rapport écrit,évaluation entreprise


• French

Course description

This course takes place in a company in which engineering students have one (or more) task (s) to achieve, close(s) to his future engineering function, integrating a project approach with technical, economic and social aspects.These aspects should be highlighted in the written and oral presentation of the course even if the engineeringstudent has not been the direct actor.

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