Telecommunications Engineering
ISIG-High Tech
- Training objectives
- Targeted skills and abilities
- Job opportunities
- Registration conditions
- Licence 1 program
- Licence 2 program
- Licence 3 program
General objective
The objectives of this training programme are to train competent and competitive construction engineers, both nationally and internationally, who are able to adapt their knowledge to the following activities:
- Deployment techniques for wired and wireless digital transmission technologies,
- Operation of telecommunications networks and systems,
- Maintenance of mobile and fixed-line networks
- Upkeep and maintenance of digital information systems and multimedia.
- Telecom equipment and infrastructure marketing
- Multimedia applications development
- Specific objectives
- Computer skills
- Ability to work with discretion and tact
- How to welcome
- How to organize and file documentation
- Develop your ability to assist your superior
Understand the principles of digital information and communication technology applications within a company.
Install mobile telephone networks and transmission networks for broadcasting digital multimedia streams
Analyze, interpret and configure technical network installations
Adaptability to a multi-national team whose main working language is English.
- Operator of mobile telephone networks or transmission operators
- Telecommunications infrastructure and equipment installation technicians
- Telecommunications equipment maintenance
- Control of network service quality parameters
- Cell phone network architect Teaching
Sectors of activity
- Cell phones
- Terrestrial and satellite transmission operators
- Internet service providers
- Telecommunications equipment industry
- trade in telecommunications equipment
- Bank communication network
- Civil aviation, security and defense communications network
- Communication network for public and private administrations
Computing, Web, images, telecommunications
- Hold a scientific baccalaureate (C, D, E or S) or a technical BAC (F2, F3) or a BAC Professionnel Telecoms
- Any other diploma deemed equivalent by the Aube Nouvelle University teaching committee.
- Professionals with three years' experience in telecoms and computer networks can apply for the telecoms stream.
- Students with a degree in mathematics or the physical sciences
- Registration For more information, please visit our website or pick up an information form at the reception desk of Université Aube Nouvelle, 1200 logements Ouaga.
The L1 Telecoms program includes a number of cross-disciplinary scientific and technical subjects:
- Mathematics algebra I
- Mathematics Analysis I
- Analog electronics
- Electronics: logic and combinatorics
- Introduction to computers
- Electromagnetic waves
- Operations Research I
- Introduction to signal theory
- Technical and professional English I
- French expression
- Practical laboratory work
The L2 program is structured to consolidate cross-disciplinary scientific and technical subjects with the introduction of the following professional subjects:
- Advanced mathematics algebra II
- Mathematics Numerical Analysis II
- Mathematics and Analysis II Optimization
- Applied mathematics Probability
- Applied mathematics Descriptive statistics
- Signal processing basics
- GSM (2G) and ISDN networks
- Computing: LINUX language
- Computer Science C Programming
- Computer science Algorithms
- IT: Network technology
- Computing Introduction to 3G networks
- Analog and digital communications techniques
- Technical and professional English
- Practical work in laboratories and outdoors
- 2-month internship in a company
The 3rd year program places a little more emphasis on professional subjects, and semester 5 leads to a minimum 4-month internship in a company, culminating in an internship report to be defended before a jury.
It focuses on the following subjects
- Embedded circuit electronics
- Multimedia digital communications systems
- Methodology for multimedia applications
- Internet of Things (IoT) and notions of Artificial Intelligence
- Digital signal processing
- 3G, 4G, 5G network planning
- panorama of local corporate networks
- Switched networks
- radio spectrum planning and management
- telecom law and regulation
Semester 6 Mandatory 6-month internship:
- Writing internship reports
- Defense before a jury