Programme overview
Main Subject
Chemistry
Degree
MCM
Study Level
Masters
Study Mode
On Campus
Training objectives
This training is based on three aspects:
In-depth knowledge of physic-chemistry and mechanical properties of
materials;
Development, characterization and implementation of materials for
new energy technologies;
The use of materials on an industrial scale (production of hydrogen,
fuel cells, electrochemical storage, photovoltaics, fusion,
catalysis, aeronautics, automotive.
The main objective of the Master is to train future
scientists/researchers well suited to a cutting-edge research
environment in the design of new materials with functionalities
likely to respond effectively to the real needs of technological
development in the various industrial sectors producing and material
users.
The objectives of the master concern:
The acquisition of fundamental knowledge in physical chemistry and
electrochemistry.
A deepening of knowledge of the most recent methods and techniques.
An opening towards related disciplines
Evaluation method
Continuous assessment, written exams, personal work: practical work, mini
projects, presentations, end-of-study dissertation.
Opportunities
At the local and regional level, the proposed training will allow
candidates who complete their course to consider:
- Doctoral training;
- Direct integration into the world of work within technical
production teams, or quality control laboratories, or technical
offices (methods) of different companies (AQS): Algerian Qatari
Steel, Sonelgaz, AFRICAVER, Tannerie de Jijel, CERAM Divindus El
Milia unit, ENPEC, BCR, Sonatrach, ADE, National Sanitation
Office.
Programme overview
Main Subject
Chemistry
Degree
MCM
Study Level
Masters
Study Mode
On Campus
Training objectives
This training is based on three aspects:
In-depth knowledge of physic-chemistry and mechanical properties of
materials;
Development, characterization and implementation of materials for
new energy technologies;
The use of materials on an industrial scale (production of hydrogen,
fuel cells, electrochemical storage, photovoltaics, fusion,
catalysis, aeronautics, automotive.
The main objective of the Master is to train future
scientists/researchers well suited to a cutting-edge research
environment in the design of new materials with functionalities
likely to respond effectively to the real needs of technological
development in the various industrial sectors producing and material
users.
The objectives of the master concern:
The acquisition of fundamental knowledge in physical chemistry and
electrochemistry.
A deepening of knowledge of the most recent methods and techniques.
An opening towards related disciplines
Evaluation method
Continuous assessment, written exams, personal work: practical work, mini
projects, presentations, end-of-study dissertation.
Opportunities
At the local and regional level, the proposed training will allow
candidates who complete their course to consider:
- Doctoral training;
- Direct integration into the world of work within technical
production teams, or quality control laboratories, or technical
offices (methods) of different companies (AQS): Algerian Qatari
Steel, Sonelgaz, AFRICAVER, Tannerie de Jijel, CERAM Divindus El
Milia unit, ENPEC, BCR, Sonatrach, ADE, National Sanitation
Office.
Scholarships
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