I-Licence
I-1-LICENCE
1-city management
A-Program Description:
The mismatch between the different socio-economic functions has resulted by an absence of harmony and rationality in the use of urban space, the too high density has disrupted social life and caused practical difficulties in management for public authorities.
In addition, the realization of constructions outside the most basic rules in terms of architecture and town planning and the overall harmony of the various districts has generated oftenirreversible situations in the perspective of development rationality of cities. which are characterized by Rapid transformations of societies urban areas, the continued proliferation of human settlements, the consumption, uncontrolled soils, the speed of population growth, the proliferation of illegal housing, degradation of the living environment, environmental problems, etc.,
The general objective of the new training is to:
• A better adaptation of the training to the continuous evolutions of urban techniques.
• More responsibility for the student through the personal work of
research, prospecting, analysis, criticism and innovation, which cannot to be the sole prerogative of a workshop or an amphitheater.
• A response to the evolving needs of the national socio-economic context and regional.
• An adequacy of the teaching of the management of urban techniques to through two specialties, “Urban Engineering” and “City Management”.
B-The city manager program has the following objectives:
– Train city managers who must have a solid foundation in matter of urban management.
– Give the student in-depth information about the instruments of town planning.
– Train the student to better use these instruments to manage the city of a reliable and efficient way. – Instill in the student the knowledge necessary for a performance graphics and adequate technique, in order to express these ideas and thoughts.
Entry Requirements (Other) : 11/20
C-Program
| 1st semester (1st year) | 2nd semester (1st year) | 3rd semester (2nd year) | 4th semester (2nd year) | 5th semester (3rd year) | 6th semester (3rd year) |
| Workshop 1 | Workshop 2: Housing And Construction Files | Workshop 3: Urban analysis | Urban Hydraulics | Workshop 5: Urban planning instruments | Workshop 6: Graduation Thesis |
| Introduction to town planning | Introduction To Urban Planning 2 | Urban Project | Remote Sensing | City management | Management |
| Urban planning | Computer Science | Geography of cities | Urban Ecology | Urban traffic | Ethics And Deontology |
| Urban legislation | Building Materials | Urban Economy | Workshop: Urban Interventions | Urban risk | Public Procurement |
| Mathematica | Urban Planning 2 | Topography | Computer CAD | GIS | – – – |
| Water chemistry | Urban Legislation 2 | Cartography | Demography | Research Methodology | – – – |
| Communication techniques | Mathematics 2 | Urban Sociology | Climatology | Green Space | – – – |
| Language 1 | Language 2 | – – – | – – – | – – – | – – – |
2.The urban engineering
A-Program Description:
The urban engineering training offers students an education that allows them to master the technical aspects of their discipline (Urban Engineering) by integrating into a broader field, that of the urban context, the development and services. The academic courses of the license are organized around 4 main axes:
– One axis: Management and practices of the city.
– One axis: techniques and sciences for engineers.
– One axis: urban development and environment.
– One axis: design and construction.
B-The urban engineering program has the following objectives:
The main objective of the Urban Engineering License is to train students, capable of providing a multidisciplinary perspective on the multi-varied issues of city.
– Through its lessons centered on the four main axes (Management and city practices, urban techniques and engineering sciences, planning urban and environment, design and construction and human sciences), The Urban Engineering profile forms the main basis for a more in-depth discipline.
The one that prepares for integration into the city’s masters of science, and more particularly in its part, technical-conceptual and managerial.
– Graduates in urban engineering will acquire, during their training, the knowledge and skills that will enable them to participate in the production and management of urban space, through:
– The management of projects throughout the design process, construction and development in the field of urban engineering within the different private and public sectors.
– They work in the following areas:
• Development, town planning and construction;
• Various infrastructures and networks.
• the environment and transport.
Entry Requirements (Other) :11/20
C-Program:
| 1st semester (1st year) | 2nd semester (1st year) | 3rd semester (2nd year) | 4th semester (2nd year) | 5th semester (3rd year) | 6th semester (3rd year) |
| Workshop 1 | Workshop 2: Housing And Construction Files | Workshop 3 | Workshop : Diagnosis Of Roads And Water Networks, Rehabilitation And Landscaping | Workshop 5: Socio-economic and environmental analysis | WORKSHOP: PROJECT |
| Introduction to town planning | Introduction To Urban Planning 2 | roads and various networks | VRD 2 : Drinking Water Resources | roads and various networks 3 | Geographic Information System (GIS) And Decision Support System |
| Urban planning | Computer Science | the resistance of materials | Soil Mechanics (MDS 2) | City and urban traffic | Public Procurement |
| Urban legislation | Building Materials | Topography | Cartography, Remote Sensing And Rendered Maps | Project management | Ethics And Deontology |
| Mathematica | Urban Planning 2 | Computer and Graphic Techniques | Computer Science And Graphic Techniques | Research Methodology | – – – |
| Water chemistry | Urban Legislation 2 | Language | Topography 2 | Construction techniques | – – – |
| Communication techniques | Mathematics 2 | Soil mechanics | Environmental Engineering | – – – | – – – |
| Language 1 | Language 2 | – – – | Foreign Language 04 | – – – | – – – |
I-2-Professional bachelor’s degreein urban waste management
A-Program Description:
Algeria, like other countries in the world, considers waste management as one of the major priorities for the improvement of the living environment of its citizens, which today represents a constitutional right and a major duty in the protection of the environment and the preservation of public health.
In spite of the considerable efforts made on the judicial, financial and operational levels, in view of the objectives set, all of this remains insufficient due to the lack of support through training of skills in the field of waste management and other areas.
Therefore, it is imperative that this degree be part of a general theme, that of the management and improvement of the living environment, which is becoming an important issue for today’s societies.
In this perspective, the institute of management of urban techniques intends to contribute to the national effort, by training efficient executives to put them at the disposal of the socio-economic and industrial sector (training-employment relationship).
This degree is professionally oriented. It aims at training highly qualified executives, well aware of the realities of the field and having the scientific and professional knowledge and skills required for an integrated waste management. Our institute aims to encourage this training which protects the environment in the first place and contributes to the creation of jobs for the well-being of society.
All these trained executives (heads of structures, managers, heads of environmental companies, and consultants in research and expertise offices) will be of considerable benefit to the socio-economic sector, both public and private.
Entry Requirements (Other) :11/20
b-Program
I-Master
1.city management
A-Program Description:
A master’s degree in city management is designed to intellectually prepare students to be “professionals” with the skills, abilities and aptitudes to participate fully in urban and territorial development operations.
It is also about preparing a “catalyst” agent able to insert the culture of sustainable development in the practice and management of urban “services”.
At the end of this training, the learner will be able to participate in the elaboration of territorial diagnoses in relation to “urban management” and fully participate in the elaboration of projects within multidisciplinary teams.
The skills targeted by this training are of two kinds:
– Cross-cutting skills; particularly basic knowledge, communication skills and initiative.
– Specific competences, relative to the missions required by the profession, methodological and technical knowledge, knowledge in matters of organization and management and aptitudes in terms of “prospectives”.
Entry Requirements (Other) : 12/20
C-Programs:
|
First year Master |
Second year Master |
||||
|
1st semester |
2nd semester |
Option Governance and local development |
Option City Management |
||
|
3rd semester |
4th semester |
3rd semester |
4th semester |
||
|
Workshop1: City projects1: the diagnoses |
Workshop2: City Projects 2 Action Plans |
WORKSHOP 3; Governance and participatory approach |
Final thesis |
WORKSHOP 3: Feasibility and impact studies: assessment and evaluation |
Final thesis |
|
Strategic planning |
Applied Geomatics 02 |
Tools for steering local authorities |
End of studies project |
Asset management |
End of studies project |
|
Urban resource management 1 |
Management Of Public Services |
Finance and local development |
– – – |
Management of public space |
– – – |
|
City policy |
Urban Dynamics |
Cities and NTIC |
– – – |
Cities and NTIC |
– – – |
|
Applied geomatics 1 |
Project Management |
Urban risk management |
Urban risk management |
– – – | |
|
Introduction to research 1 |
Initiation To Research 02 |
Urban engineering |
– – – |
Urban engineering |
– – – |
|
Seminar |
Language 2: Expression and Communication Techniques |
Mobility and transport |
– – – |
Mobility and transport |
– – – |
|
Environmental management |
– – – |
Urban ergonomics |
– – – |
Urban ergonomics |
– – – |
|
Language1 : general terminology |
– – – | – – – | – – – | – – – | – – – |
2-The urban engineering
A-Program Description:
Urban engineering, linked to the related concept of urban management, is the set of disciplines in charge of enabling life in an urban environment, particularly in dense urban areas. Of recent and moving conceptualization, it is based on a holistic vision of complex realities, in reaction with the analytical approach of the techniques composing it. Thus, it can leave a part as much to the technological aspects as to the human and social sciences.
Urban Engineering Engineers work in cross-disciplinary professions (design, construction, monitoring) in the field of sustainable urban development. Able to work on a wide variety of projects, they are highly valued by companies for their leadership skills. This is a job with a future, with the growing importance of environmental concerns.
Urban engineering is a very broad field that encompasses various sectors and offers an infinite variety of careers
– Urban space planning
– Mobility and Transportation
– Civil engineering and construction
– Environment (noise pollution, air quality)
– Water and Waste (infrastructure and networks: transportation of clean and waste water, sanitation, waste treatment and recovery)
Entry Requirements (Other) : 13/20
C-Programs:
Master Urban engineering option: Eco-management
|
First year Master |
Second year Master |
||
|
1st semester |
2nd semester |
3rd semester |
4th semester |
|
Workshop 1: Urban Eco Design |
WORKSHOP 2 sustainable projects |
Workshop 3: Urban Improvement and Sustainability |
MEMORY |
|
Urban ecology and sustainable development 1 |
urban ecology and sustainable development 2 |
Renewable energy |
END OF STUDY PROJECT |
|
Techniques and sustainable management of rainwater |
Sustainable building |
Environmental assessment and environmental impact assessment of projects |
FIELD PLACEMENT |
|
Energy management |
Networks, transport and mobility |
Urban solid waste management techniques |
– – – |
|
Climate change |
INITIATION TO RESEARCH 2 |
Sustainable urban vegetation |
– – – |
|
INITIATION TO RESEARCH 1 |
APPLIED GEOMATICS 2 |
Urban economics |
– – – |
|
APPLIED GEOMATICS 1 |
PROJECT MANAGEMENT |
Open seminar |
– – – |
|
Strategy legislation standardization |
Subject2 LANGUAGE 2 |
Finance and taxation |
– – – |
|
Language 1 General terminology |
TERMINOLOGY OF URBAN TECHNIQUES |
– – – |
– – – |
2-1Master Urban engineering option: Transport and urban
|
First year Master |
Second year Master |
||
|
1st semester |
2nd semester |
3rd semester |
4th semester |
|
Workshop 1: Diagnosis of urban traffic spaces |
Workshop 2: Traffic and transportation space planning |
Workshop 3: Transportation and Traffic Plan (TTP) |
MEMORY |
|
Urban planning and urban traffic system |
Urban road facilities and infrastructure |
Urban Road Safety |
END OF STUDY PROJECT |
|
Urban mobility |
Sustainable Transportation |
Methods and tools for urban transport and mobility analysis |
FIELD PLACEMENT |
|
Planning and urban transport |
Impacts of Transport and Traffic on the Urban Environment |
Transportation and Land Use |
– – – |
|
Urban transport |
Urban transport |
Transportation and Traffic Engineering |
– – – |
|
INITIATION TO RESEARCH 1 |
INITIATION TO RESEARCH 1 |
Urban economics |
– – – |
|
APPLIED GEOMATICS 1 |
APPLIED GEOMATICS 1 |
Open seminar |
– – – |
|
Strategy legislation standardization |
Strategy legislation standardization |
Finance and taxation |
– – – |
|
Language 1 General terminology |
– – – |
– – – |
– – – |
2-2Master Urban engineering option: MANAGEMENT OF URBAN NETWORKS
|
First year Master |
Second year Master |
||
|
1st semester |
2nd semester |
3rd semester |
4th semester |
|
Workshop1: Operation and rehabilitation of the urban road network |
Workshop 2: Operation and rehabilitation of urban drinking water networks |
Workshop3: Operation and rehabilitation of the urban wastewater network |
MEMORY |
|
Technical management of the urban road network. |
Technical management: Urban drinking water networks |
Technical management of the urban sewerage network |
END OF STUDY PROJECT |
|
Techniques of monitoring, maintenance and rehabilitation of urban roads. |
Management of drinking water network works |
Management of the works of the urban sewerage network |
FIELD PLACEMENT |
|
Soils and subsoils and natural hazards |
Inspection techniques for drinking water networks |
Technology of urban network works. |
– – – |
|
Pavement structure |
INITIATION A LA RECHERCHE 2 |
Governance of urban network services |
– – – |
|
INITIATION TO RESEARCH 1 |
GEOMATIQUE APPLIQUEE 2 |
Urban economics |
– – – |
|
APPLIED GEOMATICS 1 |
MANAGEMENT DES PROJETS |
Open seminar |
– – – |
|
Strategy legislation standardization |
Matière2 LANGUE 2 |
Finance and taxation |
– – – |
|
Language 1 General terminology |
TERMINOLOGIE DES TECHNIQUES URBAINES |
– – – |
– – – |
II -MASTER
1.city management
A-Program Description:
A master’s degree in city management is designed to intellectually prepare students to be “professionals” with the skills, abilities and aptitudes to participate fully in urban and territorial development operations.
It is also about preparing a “catalyst” agent able to insert the culture of sustainable development in the practice and management of urban “services”.
At the end of this training, the learner will be able to participate in the elaboration of territorial diagnoses in relation to “urban management” and fully participate in the elaboration of projects within multidisciplinary teams.
The skills targeted by this training are of two kinds:
– Cross-cutting skills; particularly basic knowledge, communication skills and initiative.
– Specific competences, relative to the missions required by the profession, methodological and technical knowledge, knowledge in matters of organization and management and aptitudes in terms of “prospectives”.
Entry Requirements (Other) : 12/20
B-Programs:
|
First year Master |
Second year Master |
||||
|
1st semester |
2nd semester |
Option Governance and local development |
Option City Management |
||
|
3rd semester |
4th semester |
3rd semester |
4th semester |
||
|
Workshop1: City projects1: the diagnoses |
Workshop2: City Projects 2 Action Plans |
WORKSHOP 3; Governance and participatory approach |
Final thesis |
WORKSHOP 3: Feasibility and impact studies: assessment and evaluation |
Final thesis |
|
Strategic planning |
Applied Geomatics 02 |
Tools for steering local authorities |
End of studies project |
Asset management |
End of studies project |
|
Urban resource management 1 |
Management Of Public Services |
Finance and local development |
Management of public space |
– – – | |
|
City policy |
Urban Dynamics |
Cities and NTIC |
Cities and NTIC |
– – – | |
|
Applied geomatics 1 |
Project Management |
Urban risk management |
Urban risk management |
– – – | |
|
Introduction to research 1 |
Initiation To Research 02 |
Urban engineering |
Urban engineering |
– – – | |
|
Seminar |
Language 2: Expression and Communication Techniques |
Mobility and transport |
Mobility and transport |
– – – | |
|
Environmental management |
– – – |
Urban ergonomics |
– – – |
Urban ergonomics |
– – – |
|
Language1 : general terminology |
– – – | – – – | – – – | – – – | – – – |
2-The urban engineering
A-Program Description:
Urban engineering, linked to the related concept of urban management, is the set of disciplines in charge of enabling life in an urban environment, particularly in dense urban areas. Of recent and moving conceptualization, it is based on a holistic vision of complex realities, in reaction with the analytical approach of the techniques composing it. Thus, it can leave a part as much to the technological aspects as to the human and social sciences.
Urban Engineering Engineers work in cross-disciplinary professions (design, construction, monitoring) in the field of sustainable urban development. Able to work on a wide variety of projects, they are highly valued by companies for their leadership skills. This is a job with a future, with the growing importance of environmental concerns.
Urban engineering is a very broad field that encompasses various sectors and offers an infinite variety of careers
– Urban space planning
– Mobility and Transportation
– Civil engineering and construction
– Environment (noise pollution, air quality)
– Water and Waste (infrastructure and networks: transportation of clean and waste water, sanitation, waste treatment and recovery)
Entry Requirements (Other) : 13/20
C-Programs:
1.Master Urban engineering option: Eco-management
|
First year Master |
Second year Master |
||
|
1st semester |
2nd semester |
3rd semester |
4th semester |
|
Workshop 1: Urban Eco Design |
WORKSHOP 2 sustainable projects |
Workshop 3: Urban Improvement and Sustainability |
MEMORY |
|
Urban ecology and sustainable development 1 |
urban ecology and sustainable development 2 |
Renewable energy |
END OF STUDY PROJECT |
|
Techniques and sustainable management of rainwater |
Sustainable building |
Environmental assessment and environmental impact assessment of projects |
FIELD PLACEMENT |
|
Energy management |
Networks, transport and mobility |
Urban solid waste management techniques |
– – – |
|
Climate change |
INITIATION TO RESEARCH 2 |
Sustainable urban vegetation |
– – – |
|
INITIATION TO RESEARCH 1 |
APPLIED GEOMATICS 2 |
Urban economics |
– – – |
|
APPLIED GEOMATICS 1 |
PROJECT MANAGEMENT |
Open seminar |
– – – |
|
Strategy legislation standardization |
Subject2 LANGUAGE 2 |
Finance and taxation |
– – – |
|
Language 1 General terminology |
TERMINOLOGY OF URBAN TECHNIQUES |
– – – |
– – – |
2.Master Urban engineering option: Transport and urban
|
First year Master |
Second year Master |
||
|
1st semester |
2nd semester |
3rd semester |
4th semester |
|
Workshop 1: Diagnosis of urban traffic spaces |
Workshop 2: Traffic and transportation space planning |
Workshop 3: Transportation and Traffic Plan (TTP) |
MEMORY |
|
Urban planning and urban traffic system |
Urban road facilities and infrastructure |
Urban Road Safety |
END OF STUDY PROJECT |
|
Urban mobility |
Sustainable Transportation |
Methods and tools for urban transport and mobility analysis |
FIELD PLACEMENT |
|
Planning and urban transport |
Impacts of Transport and Traffic on the Urban Environment |
Transportation and Land Use |
– – – |
|
Urban transport |
Urban transport |
Transportation and Traffic Engineering |
– – – |
|
INITIATION TO RESEARCH 1 |
INITIATION TO RESEARCH 1 |
Urban economics |
– – – |
|
APPLIED GEOMATICS 1 |
APPLIED GEOMATICS 1 |
Open seminar |
– – – |
|
Strategy legislation standardization |
Strategy legislation standardization |
Finance and taxation |
– – – |
|
Language 1 General terminology |
– – – |
– – – |
– – – |
3.Master Urban engineering option: MANAGEMENT OF URBAN NETWORKS
|
First year Master |
Second year Master |
||
|
1st semester |
2nd semester |
3rd semester |
4th semester |
|
Workshop1: Operation and rehabilitation of the urban road network |
Workshop 2: Operation and rehabilitation of urban drinking water networks |
Workshop3: Operation and rehabilitation of the urban wastewater network |
MEMORY |
|
Technical management of the urban road network. |
Technical management: Urban drinking water networks |
Technical management of the urban sewerage network |
END OF STUDY PROJECT |
|
Techniques of monitoring, maintenance and rehabilitation of urban roads. |
Management of drinking water network works |
Management of the works of the urban sewerage network |
FIELD PLACEMENT |
|
Soils and subsoils and natural hazards |
Inspection techniques for drinking water networks |
Technology of urban network works. |
– – – |
|
Pavement structure |
INITIATION A LA RECHERCHE 2 |
Governance of urban network services |
– – – |
|
INITIATION TO RESEARCH 1 |
GEOMATIQUE APPLIQUEE 2 |
Urban economics |
– – – |
|
APPLIED GEOMATICS 1 |
MANAGEMENT DES PROJETS |
Open seminar |
– – – |
|
Strategy legislation standardization |
Matière2 LANGUE 2 |
Finance and taxation |
– – – |
|
Language 1 General terminology |
TERMINOLOGIE DES TECHNIQUES URBAINES |
– – – |
– – – |
