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Engineering - Electrical and ElectronicMain Subject Area
Program overview
Main Subject
Engineering - Electrical and Electronic
Degree
BEng
Study Level
Undergraduate
Study Mode
On Campus
- The need for telecommunications is becoming more and more vital for practically all the mechanisms that govern the different social dynamics. Indeed, these services which, until recently, came under the professional context (collaborative work, Cloud Computing, etc.) are arriving in force in daily life: social networks, online games, e-commerce, video demand, mobile access to Internet services, etc. - On another register, the field of telecommunications, with the known technological progress and the modern methods employed, know no borders to its applications. The rapid evolution in the development of new telecommunication products requires users to better master the know-how to cope with this evolution. - It, therefore, becomes unavoidable to invest in this area through knowledge, scientific research, and technological applications since their impacts on socioeconomic balances are becoming more and more decisive... Mastering information is mastering the 'economy. - The training provided in this license is of an academic nature. It is organized in the form of semester teaching units over 3 years of study. Through hierarchical and coherent teaching, the student is led towards a progressive acquisition of theoretical and practical knowledge in the field of technical sciences in general and telecommunications sciences in particular. - Thus, the first-year program (semesters S1 and S2) is organized around a hard core of fundamental subjects (mathematics, physics, and chemistry) supplemented by computer science. - The lessons of the third semester (common to the whole family of Electrical Engineering) are reserved for the acquisition of the basic subjects of electronics and electrical engineering. - The fourth semester is characterized by the deepening of electronics subjects and the introduction of some telecommunications subjects. - The acquisition of the fundamental scientific bases necessary for an adequate specialization in the teaching of telecommunications (advanced electronics and local networks, antennas and transmission media, signal processing techniques, and advanced digital communications) is exclusively addressed. during semesters 5 and 6. In addition, this training also allows the student to develop his autonomy and his field of initiative, to evolve and adapt to changes in his profession through the End of Cycle Project and the student's Personal Project. - This training aims to raise the student to a level of knowledge and skills that will enable him to easily pursue a Master's degree in telecommunications. On the other hand, the practical and professional knowledge acquired during his training will constitute a springboard for him guaranteeing immediate integration into the professional environment.
Program overview
Main Subject
Engineering - Electrical and Electronic
Degree
BEng
Study Level
Undergraduate
Study Mode
On Campus
- The need for telecommunications is becoming more and more vital for practically all the mechanisms that govern the different social dynamics. Indeed, these services which, until recently, came under the professional context (collaborative work, Cloud Computing, etc.) are arriving in force in daily life: social networks, online games, e-commerce, video demand, mobile access to Internet services, etc. - On another register, the field of telecommunications, with the known technological progress and the modern methods employed, know no borders to its applications. The rapid evolution in the development of new telecommunication products requires users to better master the know-how to cope with this evolution. - It, therefore, becomes unavoidable to invest in this area through knowledge, scientific research, and technological applications since their impacts on socioeconomic balances are becoming more and more decisive... Mastering information is mastering the 'economy. - The training provided in this license is of an academic nature. It is organized in the form of semester teaching units over 3 years of study. Through hierarchical and coherent teaching, the student is led towards a progressive acquisition of theoretical and practical knowledge in the field of technical sciences in general and telecommunications sciences in particular. - Thus, the first-year program (semesters S1 and S2) is organized around a hard core of fundamental subjects (mathematics, physics, and chemistry) supplemented by computer science. - The lessons of the third semester (common to the whole family of Electrical Engineering) are reserved for the acquisition of the basic subjects of electronics and electrical engineering. - The fourth semester is characterized by the deepening of electronics subjects and the introduction of some telecommunications subjects. - The acquisition of the fundamental scientific bases necessary for an adequate specialization in the teaching of telecommunications (advanced electronics and local networks, antennas and transmission media, signal processing techniques, and advanced digital communications) is exclusively addressed. during semesters 5 and 6. In addition, this training also allows the student to develop his autonomy and his field of initiative, to evolve and adapt to changes in his profession through the End of Cycle Project and the student's Personal Project. - This training aims to raise the student to a level of knowledge and skills that will enable him to easily pursue a Master's degree in telecommunications. On the other hand, the practical and professional knowledge acquired during his training will constitute a springboard for him guaranteeing immediate integration into the professional environment.
One of the important factors when considering a master's degree is the cost of study. Luckily, there are many options available to help students fund their master's programme. Download your copy of the Scholarship Guide to find out which scholarships from around the world could be available to you, and how to apply for them.
The University is constructed of eight faculties. Each faculty offers several diplomas depending on the student's study, i.e., its specialty and domain of study. Students typically study three years for a bachelor's degree.
In two years, the master's offers students a complementary specialized formation that broadens their knowledge and future career prospects. Also, a master's degree facilitates access to a working position or a career abroad. The University is constructed of eight faculties. Each faculty offers several diplomas depending on the student's study, i.e., its specialty and domain of study.
Telecommunications
25 Sep, 2024Application Deadline
YesScholarships
Engineering - Electrical and ElectronicMain Subject Area
Program overview
Main Subject
Engineering - Electrical and Electronic
Degree
BEng
Study Level
Undergraduate
Study Mode
On Campus
- On another register, the field of telecommunications, with the known technological progress and the modern methods employed, know no borders to its applications. The rapid evolution in the development of new telecommunication products requires users to better master the know-how to cope with this evolution.
- It, therefore, becomes unavoidable to invest in this area through knowledge, scientific research, and technological applications since their impacts on socioeconomic balances are becoming more and more decisive... Mastering information is mastering the 'economy.
- The training provided in this license is of an academic nature. It is organized in the form of semester teaching units over 3 years of study. Through hierarchical and coherent teaching, the student is led towards a progressive acquisition of theoretical and practical knowledge in the field of technical sciences in general and telecommunications sciences in particular.
- Thus, the first-year program (semesters S1 and S2) is organized around a hard core of fundamental subjects (mathematics, physics, and chemistry) supplemented by computer science.
- The lessons of the third semester (common to the whole family of Electrical Engineering) are reserved for the acquisition of the basic subjects of electronics and electrical engineering.
- The fourth semester is characterized by the deepening of electronics subjects and the introduction of some telecommunications subjects.
- The acquisition of the fundamental scientific bases necessary for an adequate specialization in the teaching of telecommunications (advanced electronics and local networks, antennas and transmission media, signal processing techniques, and advanced digital communications) is exclusively addressed. during semesters 5 and 6. In addition, this training also allows the student to develop his autonomy and his field of initiative, to evolve and adapt to changes in his profession through the End of Cycle Project and the student's Personal Project.
- This training aims to raise the student to a level of knowledge and skills that will enable him to easily pursue a Master's degree in telecommunications. On the other hand, the practical and professional knowledge acquired during his training will constitute a springboard for him guaranteeing immediate integration into the professional environment.
Program overview
Main Subject
Engineering - Electrical and Electronic
Degree
BEng
Study Level
Undergraduate
Study Mode
On Campus
- On another register, the field of telecommunications, with the known technological progress and the modern methods employed, know no borders to its applications. The rapid evolution in the development of new telecommunication products requires users to better master the know-how to cope with this evolution.
- It, therefore, becomes unavoidable to invest in this area through knowledge, scientific research, and technological applications since their impacts on socioeconomic balances are becoming more and more decisive... Mastering information is mastering the 'economy.
- The training provided in this license is of an academic nature. It is organized in the form of semester teaching units over 3 years of study. Through hierarchical and coherent teaching, the student is led towards a progressive acquisition of theoretical and practical knowledge in the field of technical sciences in general and telecommunications sciences in particular.
- Thus, the first-year program (semesters S1 and S2) is organized around a hard core of fundamental subjects (mathematics, physics, and chemistry) supplemented by computer science.
- The lessons of the third semester (common to the whole family of Electrical Engineering) are reserved for the acquisition of the basic subjects of electronics and electrical engineering.
- The fourth semester is characterized by the deepening of electronics subjects and the introduction of some telecommunications subjects.
- The acquisition of the fundamental scientific bases necessary for an adequate specialization in the teaching of telecommunications (advanced electronics and local networks, antennas and transmission media, signal processing techniques, and advanced digital communications) is exclusively addressed. during semesters 5 and 6. In addition, this training also allows the student to develop his autonomy and his field of initiative, to evolve and adapt to changes in his profession through the End of Cycle Project and the student's Personal Project.
- This training aims to raise the student to a level of knowledge and skills that will enable him to easily pursue a Master's degree in telecommunications. On the other hand, the practical and professional knowledge acquired during his training will constitute a springboard for him guaranteeing immediate integration into the professional environment.
Admission requirements
Exam Scores
Important Dates
Tuition fee and scholarships
Tuition Fee
Scholarships
Domestic Students
International Students
One of the important factors when considering a master's degree is the cost of study. Luckily, there are many options available to help students fund their master's programme. Download your copy of the Scholarship Guide to find out which scholarships from around the world could be available to you, and how to apply for them.
In this guide you will find:
Where to look for scholarship opportunities
How to apply to scholarships relevant to you
A list of available scholarships around the world
A scholarship application checklist
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Business and Management (6)
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Engineering and Technology (6)
Civil Engineering
Electromechanics
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Process Engineering
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electrotechnics
Life Sciences and Medicine (6)
Biochemistry
Ecology and Environment
Plant Biology and Physiology
Plant production
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In two years, the master's offers students a complementary specialized formation that broadens their knowledge and future career prospects. Also, a master's degree facilitates access to a working position or a career abroad. The University is constructed of eight faculties. Each faculty offers several diplomas depending on the student's study, i.e., its specialty and domain of study.
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History of the Modern Arab Maghreb
Interpretation and Sciences of the Qur’an
Islamic faith
Business and Management (5)
Accounting
Accounting and auditing
Economics and Management of Institutions
Finance and International Trade
Hotel and Tourism Marketing
Management
Monetary and Banking Economics
Quantitative Economics
Engineering and Technology (5)
Chemical Engineering
Design and diagnosis of drinking water supply and sanitation systems
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Life Sciences and Medicine (5)
Applied Biochemistry
Biodiversity and environment
Plant Physiology and Biodiversity
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Social Sciences and Management (5)
Administrative Law
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Crime and Security
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Modern and contemporary criticism
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Entrepreneurship
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Marketing of Services
Monetary and Banking Economics
Public Management
Quantitative Economics
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Pharmaceutical Engineering
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Life Sciences and Medicine (6)
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Organization and Work Psychology
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