科目ジュークボックスに登録された「ボルドー大学」科目一覧(生物資源学類における卒業に係る認定区分）
NO

科⽬名（post_title）

course_numb
er

学科

卒業認定区分
（生物資源学類）

degree学部

The Cell within the Body

Bachelor

Science and Technology

Life Science

In this course, students learn the basics of cell biology._

Introduction to Biological
Systems

Bachelor

Science and Technology

Life Science

In this course, students learn about plant biology and microbiology._

overview(概要）- Partially online courses._

専門科目

1

2

- Partially online courses._ 専門基礎科目

Cell Physiology

4TBG304U

Bachelor

Science and Technology

Life Science

Course objective:_ - Study the two main long distance communication systems ofvertebrates :the nervous and endocrine systems. - Analysing experimental data. - Using experimental
setups. - Using analysis software.

専門科目

Molecular Biology

4TBG303U

Bachelor

Science and Technology

Life Science

In this course, students learn the basics of molecular biology._ - Molecular basis of gene
expression_ - Knowledge of genome mechanisms : transcription, traduction,replication andregulations.

専門科目

Cell Biology and Development 4TBG306U

Bachelor

Science and Technology

Life Science

In this course, students learn the basics of cell biology anddevelopment. - Work on
hypothesis,_ - Analyse experimental data, - Prepare and observe different cell types.

専門科目

Microbiology

Bachelor

Science and Technology

Life Science

In this course, students will learn the basics of microbiology._

専門科目

Bachelor

Science and Technology

Life Science3

4

5
4TBG302U

6
Genetrics

専門科目

7
Enzymology/Biochemistry

4TBG403U

Bachelor

Science and Technology

Life Science

In this course, students learn the: - Main metabolic pathways of glucids and lipids,_ - Basics
of enzymatic reactions. - Analysing experimental data,_ - Working on hypotheses,_ Learning the basics of mathematical tools,_ - Learning the basics of physical tools._

専門科目

Ecology

4TBG402U

Bachelor

Science and Technology

Life Science

In this course, students learn the basics in ecology._

専門科目

Integrated Plant Physiology

4TBG401U

Bachelor

Science and Technology

Life Science

In this course, students learn nutrition mechanisms, relations withplant structures andorganizations (organs, tissus)._

専門科目

Experimental Methodology

4TBG407U

Bachelor

Science and Technology

Life Science

In this course, students make links between theoretical courses andbiology methodology.__

専門科目

Intergrating Biology

4TBG409U

Bachelor

Science and Technology

Life Science

Integrative Plant Biology

4TSV521U

Bachelor

Science and Technology

Life Science

In this course students learn about plant biology._ - Teamwork, - Information collection,_
Communication, - Usual methods in biochemistry, microscopy,
cellbiology,immunohistochemistry,_ - Databases,_ - Statistical approaches._

Regulation of Cell Processes 4TSV606U

Bachelor

Science and Technology

Life Science

In this course, students will gain skills in the analysis of simplecell processes._- Communication_ - Developing experimental approaches

Biology in English

Bachelor

Science and Technology

Life Science

専門科目
In this course, students learn how to: - Develop skills in bibliography research,_ - Work inteams, - Develop the capacity to understand, organize and prepare ascientific talk in English._

The Cell Unity within Diversity

Bachelor

Science and Technology

Life Science

In this course, students learn the basics of cell biology._

Genetics of Physiological andPathological Processes

Bachelor

Science and Technology

Life Science

専門科目

Biology and Interdisciplinarity

Bachelor

Science and Technology

Life Science

専門科目

8

9

10

11
専門科目

12

13

14
4TSV602U

15

-

専門科目

- Group work_

専門科目- Partially online courses._

専門科目

16

17

18
Database Management andProgramming

M2106

Bachelor

Science and Technology

Computer Science

19

System Architecture andProgramming

M2101

Bachelor

Science and Technology

Computer Science

20

Genetics of Physiological andPathological Processes

Bachelor

Science and Technology

Life Science

21

Continuous Time Linear
System Control Theory

UE31-M.3106C Bachelor

Science and Technology

22

UE32-M.3203

Science and Technology

23

Study and Design of
Polytechnical Projects

ElectricalEngineering andIndustrial
C
ti
Electrical

Science and Technology

Engineering andIndustrial
C
ti
Electrical

Science and Technology

Engineering andIndustrial
C
ti
Electrical- Identify the mechanical, electrical, and temporal features of awired or wireless network. Implement ssynchronous and synchronous serial communication on amicrocontroller
architecture. - Set a host on an IP network. - Develop a client application implementing al completingt
l f thisli course,
ti l studentsl d areGUIableb to:d - Writet d i a simple programi in
i assembly
i d ti l>i After

Science and Technology

Engineering andIndustrial
C
ti
Electricallanguage implementing theinternal registers of the Central Process Unit, the memory and
Input/Output ports, - _Identify and name the Input / Output ports, - Set up Input / Output
t i processing
d t i t f- From lowt toi highk frequencies
d d LCD dild classes
dj t thand exercises:d f di24 t- Signal- Theoreticalhours. - Lab sessions: 15_hours.
might be in French)

This class CSC3 is the second part of Organic Chemistry 5 (CO5)._CO5 is an advanced course on 専門科目
mechanism and methods to determine themin organic chemistry.CSC3 is an overview of the
backgrounds in biology, required for thenext courses concerning societal challenges of chemistryi t classf is divided
di ii practicalt Lcourses:
t
(19
1h20)
専門基礎科目This
in threeAnalyticalchemistry,
inorganic chemistry and

Networks

Bachelor

Bachelor

24

25

Architecture of a
Microcontroller

26

Electronics of Devices andCircuits

Bachelor

Science and Technology

27

Inorganic Chemistry (CI5) and 4TCH403U
Physical Chemistry (CP2)Engineering andIndustrial
Cti
Chemistry

Scientific Complement for
Chemistry (CSC3) and
Organic Chemistry (CO5)4TCH404U

Bachelor

Science and Technology

ChemistryExperimental Chemistry 3

4TCH401U

Bachelor

Science and Technology

Chemistry

28

Bachelor

UE31-M.3104

Bachelor

専門科目
The student will acquire the following skills: - Implementing functionalities within databaseservers, - Accessing database servers with any kind of programming language, - Ensuringcoherency when updating operations on a database asregards transactions.Lectures, seminars,
id of thej t course is to acquire the fundamentals aboutsystem architecture and low
専門科目
The objective
level programming.Lectures, practical training.
- Partially online courses._

専門科目

専門科目
> After completion, the student should be able to:_ - Model a system based on differential
equations and transform itinto a transfer function in the Laplace formalism. - Use frequency
analysis to be able to determine particularproperties (stability, gain and phase margins) in open
l ad minilt robot._bd - Labth B
dd Bl hours
k Ni h(20l sessionsdi
D hours).
it ll i
専門科目
Designsumo
sessions:_50
of 2.5- Estimatedself-study time: 10 hours.

- Estimated self-study time: 60 hours.

専門科目

専門科目

専門科目

- * (some sessions
専門科目

physical chemistry.Practical sessions (12 x 4 hours).

29
Theoretical (CTh_o2) andAnalytical Chemistry (CA1)

4TCH402U

Bachelor

Science and Technology

Chemistry

30

Probability Theory &Statictics

4TTV310U

Bachelor

Science and Technology

Mathematics

31

Integration & Differential
Equations

4TTV410U

Bachelor

Science and Technology

Mathematics

32

The first part, theoretical chemistry (CTh_o2), introduces the basesof quantum theory evoked in 専門科目
semester 2 and applies it to thedescription of the hydrogen atom, hydrogen-like ions andpolyelectronic atoms. Molecular orbitals model (MO) for diatomicmolecules associated with theti
l i spaces,i l (li discrete
i ti
)
i t d
dreal-valueddd trandomvariablesdib th h - Classicali l
専門基礎科目-iProbability
randomsvariables,
limit theorems - Descriptive statistics: summary statistics, graphs - Statistical inference:statistical estimation, confidence interval - Principal component analysis - Practical sessionst- Geometrical
study of ordinary differential equations. - Resolution of first and second order 専門基礎科目
differential equations. - Qualitative study of differential equations: Kepler's laws,epidemiology,
Lotka-Volterra system. - Numerical schemes for differential equations. - Practical sessions ont
ith S il bcourse_numberdegree学部

Resource Management andRenewable Resources

4TPM114U

Bachelor

Science and Technology

Biosourcing

専門科目

Introduction to Biological
Systems

4TPM220U

Bachelor

Science and Technology

Biosourcing

専門科目

Methods and Tools for Biosyntheses/Innovation and
Project Management

4TPM308U

Bachelor

Science and Technology

Biosourcing

専門科目

Design of Bio-based
Compounds and Materials

4TTV502U

Bachelor

Science and Technology

Biosourcing

専門科目

Functional Programming

4TINA01U

Bachelor

Science and Technology

Computer Science

専門科目

Elementary Data Structures
and Algorithms

4TIN302U

Bachelor

Science and Technology

Computer Science

専⾨科⽬

Introduction to Graph Theory M2201

Bachelor

Science and Technology

Computer Science

Object-Oriented Design

Bachelor

Science and Technology

Computer Science

専門科目
Learning objectives: - Become familiar with basic concepts of Graph Theory - Detect whenand how to use them in a programSkills and abilities: - Modeling of basic problems Manipulation of graphs in algorithms - Computational complexityIn-class: lectures and tutorials(22h)Hk (22h)
専門科目- Core knowledge
and skills: communicating object-oriented designsusing the Unified

NO

科⽬名（post_title）

33

34

35

36

学科

卒業認定区分
（生物資源学類）

overview(概要）

37

38

39
M2104

Introduction to Formal
Language Theory

M2201

Bachelor

41

4TBA702U

Bachelor,D Science and Technology
octor,MasterBiology

42

Agronomy of Plants with
Health Benefits

Modelling Language, links to object-orientedprogramming. - Introduction to UML: class, object,
use-case and communicationdiagrams. Support for and from the M2103 (Object-Oriented
Pi ) d l - iBecomel di familiar with basic
j t concepts
ith d i of Formaldi Theoryt 基礎科目
Learning objectives:
Language
Explain and manipulate the different concepts in automata theoryand formal languagesSkills
and abilities: - Design automata or regular expressions for simple languages - Determine if aidhas
b lbeen tcreatedl essentially
D for healthib th practitionerslt db
t fromt
専門科目
Thist course
andprofessionals

Bachelor

Science and Technology

Computer Science

43

Introduction to Simulation of
Dynamic Processcompanies interested in Food Supplements based onplants. It delivers a Post Graduate Diploma(DU) from the Universityof Bordeaux. The training mixes students from different originsl H lth APh
ti l I d t
dF dI d t
L
i
bj ti
専門科目

40
Science and Technology

Computer Science

Linear Algebra

4TPM119U

Bachelor

Science and Technology

Mathematics- Vector spaces - Matrix calculation - Inverse matrices and determinants
and gaussian elimination - Applications - Practical sessions on computers

Euclidian Spaces

4TPM222U

Bachelor

Science and Technology

Mathematics- Euclidean spaces - Orthogonal group - Eigenvectors, eigen values - Diagonalization
Applications in biology, physics, chemistry - Practical sessions on computers

Environmental Impact andResource Efficiency

4TTV406U

Bachelor

Science and Technology

Biosourcing

専門科目

46

Introduction to Image
Processing

Bachelor

Science and Technology

Computer Science

専門科目

47

4TPM215U

Bachelor

Science and Technology

ChemistryExperimental Chemistry (CE- 4TPM216U
S2)

Bachelor

Science and Technology

Chemistry

49

Experimental Chemistry (CE- 4TPCH304U
S3)

Bachelor

Science and Technology

Chemistry

50

Physical Chemistry

Bachelor

Science and Technology

Chemistry

専門基礎科目This course is a first experimental approach of the various domains oforganic, inorganic
chemistry and physical chemistry. It is_ dividedinto 4 practical sessions of organic chemistry and2 practicalsessions of inorganic chemistry and 6 practical sessions of physicalchemistry.
P THISti COURSEli IS COMPOSED
12 4 h>
OF TWO DIFFERENT AND INDEPENDENT CLASSES: - _Physical 専門科目
Chemistry 1 (PC1_) is dedicated to a general introductionof the basic principles ofThermodynamics whose primary goal is todescribe the equilibrium state of a macroscopic
t
d f l
b
f
ti l (
l
l i
l t
t )I

44

45

48

Theoretical Chemistry andTheoretical Tools for
Chemists

4TCH303U- Linear systems 専門基礎科目-> This course is divided in two courses:_ __ -_ CT1 (Theoretical Chemistry 1) and CSC1
(Theoretical Toolsfor Chemists 1) which aims to: - Address general aspects related to theconcept of cohesion inmatter from nuclear to molecular level, - Recall some key concepts ofl classi l is ahfirsti experimental
dt d
ib th fi oft thedvarious
l f thdomainstli it thinorganictThe
approachoforganic
and専門基礎科目

専門基礎科目

専門基礎科目

chemistry. It is devided into 6 practicalsessions of organic chemistry and 6 practical session of
inorganicchemistry. Practical sessions: 16 x 4 hours.

51
Basic Algorithms &Programming

4TPM118U

Bachelor

Science and Technology

Computer Science

52

Data Management & Web
Design4TPM235U

Bachelor

Science and Technology

Computer Science

基礎科目 情報53

Production System
Management

Bachelor

Science and Technology

Applied Science

基礎科目 総合

54

Enterprise, Manufacturing
and Service

Bachelor

Science and Technology

Applied Science

基礎科目 総合55

Product Design andInnovation

Bachelor

Science and Technology

Applied Science

専門科目

56

Analysis 3

Bachelor

Science and Technology

Mathematics

専門基礎科目基礎科目 情報57
Thermodynamics

4TBG302U

Bachelor

Science and Technology

Life Science

In this course, students learn the basics of thermodynamics, kinetics,solution chemistry, andalso about inorganic chemistry in biologicalsystems._

History of Science

4TPM116U

Bachelor

Science and Technology

General Science

Genetics of physiological andpathological processes

Bachelor

Science and Technology

Biology

基礎科目
The course aims at understanding the origins of present day researchand higher learning
institutions as well as to answer the followingquestion:_ How and When science became aprofession?_> Lectures, readings, homework (summary): - 18 contact hours (15 lectures, 3)60
lf t dstudentsh(45
15 iti knowledge oft) genetics - understanding of 専門科目
This course
will equip
with: - fundamental

Biology and Interdisciplinarity

Bachelor

Science and Technology

Life Science

how traits are passed from one generation to thenext - basic comprehension of the role ofgenes in biological functions - methods for mapping genes to chromosomes and for predictingth - Partiallyi k f t online
i courses._ifith l ith d f
h
t i i
d/
ti
専門基礎科目

Methods in Experimental
Biology

Bachelor

Science and Technology

Life Science

専門基礎科目

62

Fundamental Notions inMathematics

Bachelor

Science and Technology

Mathematics

専門基礎科目63

How to Model Physics

Bachelor

Science and Technology

Physics

専門基礎科目

Theoretical Chemistry 1

Bachelor

Science and Technology

Chemistry

専門基礎科目

58

59

60

専門科目

61

64

65

科⽬名（post_title）

course_numb
er

学科

卒業認定区分
（生物資源学類）

degree

学部

Theoretical Chemistry 2

Bachelor

Science and Technology

Chemistry

専門基礎科目

Theoretical Chemistry 3

Bachelor

Science and Technology

Chemistry

専門基礎科目Array Algorithms

Bachelor

Science and Technology

Computer Science

専門基礎科目

Probability, Statistics andCombinatorics

Bachelor

Science and Technology

Computer Science

専門基礎科目

69

Tree Data Structures andAlgorithms

Bachelor

Science and Technology

Computer Science

専門基礎科目70

Introduction to Quantum of
Science

Bachelor

Science and Technology

General Science

専門基礎科目71NO

overview(概要）

66

67

68

Philosophy of Science

4TTV306U

Bachelor

Science and Technology

General Science

Science Communication 1

4TPM221U

Bachelor

Science and Technology

General Science72> The course is divided in two parts: - First, how disciplines and knowledge were thaught, from 基礎科目
medievaluniversities to the current system? - Second, does science evolve gradually or throughrevolutions?> Lectures, readings, homework (summary): - 18 contact hours (15 lectures, 3)60
lf t dtheh main(45t)
The course
introduces
discussions15
aboutitiscience (expert,popular,etc.) as well as their 基礎科目
techniques.> Lectures in the classroom, group work (at home):
2 exam), - _50 self-study hours (50 group work).

73
Science Communication 2

4TTV407U

Bachelor

Science and Technology

General Science74- 12 contact hours (10 lectures,

The course exposes the foundations of science communication (mainlypopularization) andteaches its techniques.> Lectures (in the classroom), group work (at home): - 8 hours in class(75%). - About 50 hours at home (25%).

基礎科目

Cell Biology: The Cell, Unity
Within Diversity

Bachelor

Science and Technology

Life Science

専門科目

75

Cell Biology: The Cell, Unity
Within The Body

Bachelor

Science and Technology

Life Science

専門科目

76

Mathematics for Chemistry 2

Bachelor

Science and Technology

Chemistry

専門科目

Mathematics for Chemistry 3

Bachelor

Science and Technology

Chemistry

専門科目

Physical Chemistry 1

Bachelor

Science and Technology

Chemistry

専門科目

Physical Chemistry 2

Bachelor

Science and Technology

Chemistry

専門科目

Physical Chemistry 3

Bachelor

Science and Technology

Chemistry

専門科目

Practical Chemistry 1

Bachelor

Science and Technology

Chemistry

専門科目

Practical Chemistry 2

Bachelor

Science and Technology

Chemistry

専門科目

Practical Chemistry 3

Bachelor

Science and Technology

Chemistry

専門科目

Practical Chemistry 4

Bachelor

Science and Technology

Chemistry

専門科目

Practical Chemistry in Lab

Bachelor

Science and Technology

Chemistry

専門科目

Thematic Chemistry A

Bachelor

Science and Technology

Chemistry

専門科目

Thematic Chemistry B

Bachelor

Science and Technology

Chemistry

専門科目

Thematic Chemistry C

Bachelor

Science and Technology

Chemistry

専門科目

Thematic Chemistry D

Bachelor

Science and Technology

Chemistry

専門科目

Thematic Chemistry E

Bachelor

Science and Technology

Chemistry

専門科目

Thematic Chemistry F

Bachelor

Science and Technology

Chemistry

専門科目

Inorganic Chemistry 6

Bachelor

Science and Technology

Chemistry

専門科目

77

78

79

80

81

82

83

84

85

86

87

88

89

90

91

92

93
Organic Chemistry 1 and 2

4TPM213U

Bachelor

Science and Technology

Chemistry

Organic Chemistry 3 and 4

4TCH301U

Bachelor

Science and Technology

Chemistry> This course is is divided in two courses CO1 (Organic Chemistry 1)and CO2 (Organic Chemistry 専門科目2): - CO1 is the first course in the three years undergraduate organicchemistry lecture
sequence CO1 to CO6. Students will learn the basicprinciple to understand the structure andti itCOURSEfll IN 2:( ___f I. _OrganictitChemistry
h 3i t(CO3)_:isl t a continuationi ff t> THISISi DIVIDED
of CO1 )and 専門科目

94

Organic Chemistry 5

Bachelor

Science and Technology

Chemistry

CO2(see the 4TPM213U course). Students will understand the reactivity oforganic halogenatedcompounds (nucleophilic substitutions andeliminations), oxygen- (alcohols, phenols, ethers),lf (thi llfid ) d it
t i i
d ( i
)
II O
i Ch i t 4 専門科目

Organic Chemistry 6 and 7

Bachelor

Science and Technology

Chemistry

専門科目

Organic Chemistry 8

Bachelor

Science and Technology

Chemistry

専門科目

95

96

97

98

NO

科⽬名（post_title）

course_numb
erBiochemistry 1

degree学部

学科

Bachelor

Science and Technology

Chemistry

overview(概要）

卒業認定区分
（生物資源学類）
専門科目

99

100

Inorganic 3 and Polymer 1
Chemistry

4TCH302U

Bachelor

Science and Technology

Chemistry

Inorganic Chemistry 1 and 2

4TPM214U

Bachelor

Science and Technology

Chemistry> This course is divided in two courses: - _Inorganic Chemistry 3 (CI3), and - Polymers:__1.
INORGANICCHEMSITRY 3_ is devoted tothe study of crystallinesolids. Recalling some key
concepts (chemical bondingversuselectronegativity; phase diagram ; X-ray
diff) is divided
t ll
d courses:i tit d(Inorganict th h Chemistry
i l b 1),d iandi - CI2
2 POLYMER>This ticourseinhitwo- lCI1(Inorganic
Chemistry 2).1._ CI1 is the first course in the three years undergraduateinorganic chemistry
lecture sequence. Students will learn the basicprinciple to understand the structuralt f t
dit b ildt lli h t l tti M t lli i i
d

101

専門科目

専門科目

Inorganic Chemistry 4

Bachelor

Science and Technology

Chemistry

Inorganic Chemistry 5

Bachelor

Science and Technology

Chemistry

専門科目

Mathematics for Chemistry 1

Bachelor

Science and Technology

Chemistry

専門科目

Analytical Chemistry 1

Bachelor

Science and Technology

Chemistry

専門科目

Analytical Chemistry 2

Bachelor

Science and Technology

Chemistry

専門科目

Analytical Chemistry 3

Bachelor

Science and Technology

Chemistry

専門科目

Project Management

Bachelor

Science and Technology

Applied Science

Techniques for Material
Characterization

Bachelor
V2DP3063,
UE3-3 M.4203
CM

Science and Technology

Applied Science

Vibrations and Acoustics

Bachelor
V2DP3063,
UE3-3 M.3204
CT, UE3-3
M 4202 CT
Bachelor
V2DP1026,
UE1-3 M.1302(part of)

Science and Technology

Applied Science

Science and Technology

Applied Science

Bachelor

Science and Technology

Life Science> After completion, students should be able to: - Calculate the mass defect and the binding
energy of a nucleus. - Interpret and calculate the release of energy in a nuclear
reaction(radioactive decay or induced reaction). - Explain why the alpha spectrum is discreteth b objectives
t i
ti and outcomes:
C l l t- Athki knowledgetid l h andtidifferent
l
d
> hil
Learning
broad
off thgeneticittprinciples
methods ofgenetic analysis. - An appreciation of how genetic principles and experimentation
maybe used to understand the biology of diverse organisms (examples aretaken among
i l l t to the maint t )methods
C
t
l
t
th
d i and tiabsorptiontl> Introduction
ofit spectroscopy:- iAtomic
emission

専門科目

102

103

104

105

106

107

108

109

110
Nuclear Physics (PHYNU)
111
Genetics
112

Inroduction to the characterization of materials. From structural(X-ray diffraction) to
microstructural (Thermal analysis,Metallography, Energy Dispersive spectroscopy and ScanningElectronMicroscope imaging).Practical classes: 24 hours.

専門科目

専門科目

専門科目

専門科目

Atomic and Molecular
Spectroscopy

V2DP3062,
Bachelor
UE3-2 M.3303

Science and Technology

Applied Science

113

Electroanalytical Methods(ELCHIM)

Bachelor
V2DP3062,
UE3-2 M.4104(part of)

Science and Technology

Applied Science

114

Bachelor
V2DP3063,
UE3-3 M.3305
CT

Science and Technology

Applied Science

115

Electronics for
Instrumentation

専門科目
spectrometries, - Molecular absorption_ spectroscopy in the UV-visible and infraredranges, Fluorescence, - Raman and Rayleigh scattering. - Lab time: 3 sessions of 4 hours each (12h) completion,
E ti t dthe lfstudentt d tishould
10beh able to: - Carry out conductivity calculations and専門科目> After
measurements, - Analyze voltammograms and polarogramms, - Perform a titration using the"calibration curve" method orstandard additions. - Seminars: 10 hours. - Labs: 12 hours. E ti t d lf t d ti
20 h
専門科目

Electronics of Devices andCircuits

V2DP1025,
Bachelor
UE1-2 M.2202

Science and Technology

Applied Science

専門科目

116

Geometrical Optics andPhotometry

V2DP2027
Bachelor
UE2-3 M.2303

Science and Technology

Applied Science

専門科目

117

Mathematics-Analysis

V2DP1024,
Bachelor
UE1-1 M.1105

Science and Technology

Applied Science

Structure and Properties ofMaterials

Bachelor
V2DP3063,
UE3-3 M.3304
CM

Science and Technology

Applied Science

Additional English Course 1

V2DP1024
UE1-1M.1101(part of)Bachelor

Science and Technology

Applied Science

A focus on language, gestures and cultural differences andmisunderstandings. Stereotypes in
Europe and worldwide are studied inorder to undermine them. - In classe time: seminars &pairwork (12 hours). - Estimated self-sudy time: 12 hours.

Additional English Course 2

V2DP2025
UE2-1M.2101(part of)Bachelor

Science and Technology

Applied Science

Atomic and Molecular
Structures

Bachelor
V2DP1026,
UE1-3 M.1302(part of)

Science and Technology

Applied Science

122

Science and Technology

Applied Science

123

Chemical Equilibria 1 - Safety V2DP2026,
Bachelorin the Laboratory (EQCH1)
UE2-2 M.1303

基礎科目
A focus on the main characteristics of oral English to improvestudent's understanding andspeaking skills. Some pronunciation tipsand an introduction to phonetics are provided. To apply
their oralskills and knowledge on pronunciation, students must complete asong-tellingti to introduce
th t d thet basic
h ldconceptsb bl tofphysicalId tifhti In thisb l
専門科目
Thef purpose of Aft
this modulel ischemistry.
module students will develop knowledge andskills relating to atomic structures, electronic
configurations,atomic and molecular orbital shapes, and their relationship tochemical properties
d h completion,i l b di the student
Cl
38 hto: - Usef th the appropriate
ti l l4 h to describe
ft t i l a 専門科目
> Aftershouldti be able
concepts

Science and Technology

Applied Science

124

Chemical Equilibria 2. Redox V2DP2027,
Bachelor
Equilibria (EQCH2)
UE2-3 M.2301

chemical system(chemical change, reaction, extent of reaction, stoichiometry,activity, reaction
quotient) - Relate the spontaneous change and the Gibbs energy of reaction - Determine andilib it studentt
D shouldti bethable
h to:t l- Explain
d how
b an
b electrochemicaldih i l cellh works 専門科目
> After completion,
theConditioning of Analogue
Signals

V2DP3062,
Bachelor
UE3-2 M.3301

Science and Technology

Applied Science

125

Bachelor
Control of Industrial Products: V2DP3063,
Analytical ChemistryUE3-3 M.4202
CM

Science and Technology

Applied Science

Algorithlic / C ++Programming

Science and Technology

118

119

120

121

126

127

V2DP1025,
Bachelor
UE1-2 M.1204> The course covers the following tasks:___ - Define the domain of definition of a function andifnecessary draw it correctly___ - Represent a function of a real variable and then of 2
realvariables_ _ - Calculate and use the derivative functions and then thepartial derivative in
d t
U the
d conceptt d thof binary tphasef th diagram.
difftiStudentsl
R learni howto
th establish
l d dthem tandApplicationof

専門基礎科目

専門科目

how to use them to understand microstructureformation. Basic concepts of Metallography are
introduced.Practical classes: 12 hours.

- Determine the spontaneous reaction between two redox-pairs - Explain how common
electrodes work - Calculate the solubility of an ionic compound in various solutions D t to applyihthethconcept ofi itsynchronoustit
C limpedancemeasurement.
l t tht t f
ti StudentstHow
detection
forlearn 専門科目
about the principle and concept of thesynchronous detection and use it to realize an impedancemeter. Theimpedance-meter consists of three different parts to be fabricated:the sensor, thehhiftd th filt
i it PProducts
ti l byl Spectroscopy(preparing
16 h
専門科目
Expertise
and Control
of Industrial
samples bychromatography).

Applied Science

基礎科目- Lab time: 16 hours.

- Estimated self-study time: 10 hours.

> Learn how to: - Write an algorithm from a descriptive text. - Obtain some general insights
on the methodology to structure acomputer program. - Write C++ code. - Five theoreticalsessions of 2 hours classes. - Seven 4 hour lab sessions along with a 3 hour exam.

専門科目