Presentation. Organization FULL-TIME INGÉNIEUR ENAC (MSC PROGRAMME) What is an ENAC graduate engineer?

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1 FULL-TIME INGÉNIEUR ENAC (MSC PROGRAMME) IN BRIEF Type of diploma : Ingénieur MSc degree Ministry field : Science and Technology Presentation What is an ENAC graduate engineer? Guaranteed versatility for the aeronautics sector ENAC graduate engineers get involved in conceiving, designing, implementing and operating systems or services in the air transport and aeronautics industry. They have a general grounding in air transport, aeronautics and space and cutting-edge expertise in some of these areas: air operations and safety, avionic systems, air traffic management systems and aeronautics and space telecommunications. MORE INFO Level : Year 5 higher education Master Type of education * Full-time LEARN MORE ENAC Website In step with their times, they are highly valued by companies who acknowledge their unequalled versatility. They are able to work across a wide variety of professions and therefore to enjoy a guaranteed progressive career. They work first and foremost in the aerospace industry (designers and manufacturers of aerospace systems), in air transport (airlines, airports), in civil aviation Authorities (DGAC) and a whole host of associated sectors. Organization Year 1 Semester 5 - Air Operations Basics AE Aircraft missions SC Solid mechanics AE Aerodynamics of flight - Airport and Air Traffic Management Basics MT General meteorology CA Air Traffic Regulation Page 1 / 15

2 CA Approach procedures EA Airport basics - Avionics and Telecommunication Basics NA Navigation NA Conventional radionavigation SP Introduction to signal processing NA Navigation satellite systems - Mathematics MA Complex variable MA Measure theory MA Probability MA Numerical analysis - Informatics IS Information systems security basics IO Operating systems (and architecture) IP Programming and algorithmic IP Programming project CS Project management - Professionalisation ME "Problem-Based Learning" workshop (PBL) LV3001E - English semester 5 DD Sustainable development EC General economics EP Sport LV French Advanced XX Become "Ingénieur" Part 1 Semester 6 - Air Operations Basics AE Flight mechanics AU Overviews of flight guidance systems AU Basic principles of automatics AU Representation of dynamic systems AU Analysis of dynamic systems OP Aircraft synthesis project - ATM and Aeronautical Telecommunication Basics CA Air control simulator AT ATM system and its use MO Waves and aeronautical systems propagation SV Radar and surveillance - Mathematics MA Statistics MA Combinatorial optimisation - Informatics IP Database management system IW Web application Page 2 / 15

3 IW BE Web - Database RS Networks and communications - Profesionalisation CS Requirements engineering IH Ergonomics and human factors of interactive systems RG International Institutions of Civil Aviation EC International economics EC Air transport economics LV3002E - English language Semester 6 SH Build your professional project XX Become "Ingénieur" Part 2 SH Cultural openness workshop EP Sport TX Internship at the end of the 1st year Year 2 Semester 7 Avionics Major - Informatics and networks 1 RS Communication networks and interconnections IO Linux commands, filters and shell scripts IO Structure of a multiple processors system IO Operating system - Linear commands of dynamic systems AU Linear command of linear single entry/exit systems AU Optimal command AU Linear command of linear single-entry/exit systems AU State observer AU Synthesis project - Avionics systems 1 AU Flight parameters estimation AV Cockpit environment of a modern air transport aircraft SF Dependability SM Diagnostic and Monitoring MN Maintenance principles - Aircraft knowledge OP Use limits and flight conduct AE Engines AE Flight qualities Air Transport Operations and Safety Major - Aerotechnics 1 Page 3 / 15

4 AE Propulsion AE Flight qualities - Air operations CA ATC procedures MT Aeronautical meteorology OP Use limits and flight conduct RG Performances certification OP Supervised project - Aeronautical safety RG Air transport technical regulation RG Aircraft certification RG Airworthiness monitoring RG Airworthiness maintenance - Technical project OP Technical Project Space and Aeronautical Telecommunications Major - Analogue electronics and networks EE Electronic functions EE Analog filtering RS Communication networks and interconnections - Electromagnetism 1 CO Radiocommunications MO Guided Propagation - Signal processing 1 SP Theory and signal processing SP Digital signal processing Computer Systems for Air Transport Major - Architecture and operating system IO Structure of a multiple processors system IO Operating system IO Linux commands, filters and shell scripts RS Communication networks and interconnections - Liste d'éléments pédagogiques IP System and concurrent programming IP Parallel composition, bases - Programming and algorithmics IP Complexity IP Imperative and functional programming IA Artificial intelligence IP Project applied to air transport - ATM and safety IS Safety of information and communication technologies CA Air traffic simulations Minor Page 4 / 15

5 - Avionics Minor AU Linear Systems Commands AV Automatic Flight Controls IO Real time informatics for simulation AV Avionics project - Flight Operations Minor RG Air Transport Technical Regulation OP Aircraft Operating Limitations & Controls OP Airline operations and computer tools OP Performance Tutored Project - Minor Informatic systems of air transport IW Object-oriented conception (JAVA) IP Object-oriented programming (JAVA) IA Artificial intelligence AT ATC simulations AT ATM concepts - Basics UAV Minor UA UAV Systems and Autonomy UA UAV Aircraft Conceptual Design UA UAS Integration in airspace and airworthiness UA UAV hardware and embedded software UA UAV Operations - Minor EA Airport Design and Planning EA Airport Design and Planning Project - Economics and market organisation EC Markets' competition EC Imperfect competition EC Market power analysis - Research Introduction Project - Interactive Informatics Team RE Research Introduction Project - Interactive Informatics Team - Minor Research Introduction Project - Data, Economy and Interactive Visualization team RE Research Introduction Project - Data, Economy and Interactive Visualization team - Minor Research Introduction Project - Optimization team RE Research Introduction Project - Optimization team - Minor Innovation Project / Challenge IN innoation Project / Challenge Common courses - Methematics and informatics IP Introduction to C language Page 5 / 15

6 IP POO Python MA Stochastic process MA Non linear optimisation - Professionalisation LV4001E - Professional English EP Sports Semester 8 Avionics Major - Informatics 2 IO System and concurrent programming IO Input/output mechanism IO Introduction to industrial data processing AV Real-time embedded systems design (1) AV Architecture of applications and distributed systems (1) - Avionics Systems 2 CS Processes of avionics systems engineering CS Cockpit design IH Human-Computer Interaction design - Regulations RG Introduction to airworthiness RG Systems engineering and certification CS Quality/Safety Management System - General points - Radiocommunications and electronics SP Signal processing and digital communications MO Electromagnetic compatibility CO Radio communication Air Transport Operations and Safety Major - Aerotechnics 2 AE Theoretical aerodynamics AE Strength of materials - Cell - Systems AV Cockpit environment of a modern transport aircraft AU Flight parameters estimation AE Aircraft circuits - Air operations optimisation MA Operational research for air transport MA Decision support for air operations EC Airlines economics - Liste d'éléments pédagogiques OP Project Space and Aeronautical Telecommunications Major Page 6 / 15

7 - Digital electronics and networks EE Digital electronics RS Networks and aeronautical communications - Electromagnetism 2 MO Antennas MO Passive microwave systems MO Propagation channel model MO Electromagnetic compatibility - Signal processing 2 SP Estimation/Detection SP Signal processor SP Digital communications - SAT project SP Project Aerospace Telecommunications Computer Systems for Air Transport Major - Theoretical informatics IP Theory of language IP Compilation - Avionics RS Networks and aeronautical communications AV Cockpit environment of a modern transport aircraft AU Flight parameters estimation - Interactive systems programming IH Event-driven programming IH Human-Computer Interaction design - Object oriented programming IW Object oriented conception IP Object oriented programming CS Informatics project management IP Air transport applied project - Air Traffic Management 2 AT Concepts of ATM (SESAR, NextGen, ASAS, etc.) EC Economics of ATM Minor - Aircraft Conceptual Design Minor OP Design Oriented Air Operations Vision AE Conceptual definition of airplane: deepenings CA New approaches, New tools, perspectives - Airport Operations Minor DD Environment and Sustainable development EC Airport economics EA Operation management EA Operational safety EA Project Page 7 / 15

8 - Entrepreneurship Minor CP Entrepreneurship - GNSS Minor MO Antennas and propagation for GNSS SP Kalman filtering NA Intergity monitoring, augmentation systems NA Inertial sensors and hybridisation techniques NA Differential GNSS and precise positionning methods SP Project - Minor econometrics and traffic forecast EC Econometrics 1 EC Econometrics 2 EC Traffic forecast - Minor Advanced telecommunication systems SP Multiple Input Multiple Output Systems NA Futur positioning System (Kalman, multilateration, video, SOO) CO Future systems for aeronautical telecommunications CO Futur mass market telecommunications system CO Optical links NA Software receiver project NA Space mechanics - Minor Research Initiation Project - Drones advanced RE Research Initiation Project - Drones - Minor Research Introduction Project - Interactive Informatics Team RE Research Introduction Project - Interactive Informatics Team - Minor Research Introduction Project - Data, Economy and Interactive Visualization team RE Research Introduction Project - Data, Economy and Interactive Visualization team - Minor Research Introduction Project - Optimization team RE Research Introduction Project - Optimization team - Minor Information systems security IS Security governance IS System and network IS Secured programming IS Mini-project Common teachings - Professionalisation Page 8 / 15

9 Year 3 LV4002E - Semester 8 English EC Intellectual Property CS Verification and Validation SH Recruitment interview EP Sports - Electives week CU Communication, media and politics CU Pleasure of writing: introduction to creative writing CU Psychology of desires CU Social psychology CU Human body representation in 19th and 20th centuries CU Improvisation theater EC Buying in aeronautics DD Sustainable development and Societal responsibility within enterprises EC Air transport economics serious game SH International environment and geopolitical stakes SH Managing an operational team SH Globalisation IS Cyber security in an aeronautical context IS Introduction to Big Data AE Technology Helicopters AE Operations Helicopters LV English Reinforcement TOEIC - session 1 LV English Reinforcement TOEIC - session 2 AE Engines SH Inter-university elective week RE introductory research week Semester 9 Avionics Major - Informatics and networks IP C++ IP OOP oriented toward C++ certification RS Aeronautical networks CS Conception of real-time embedded systems (2) RS Architecture of distributed applications and systems (2) - Flight Controls AU Advanced automatics AU Chain of command/chain of measure AU Automatic Flight Controls - Avionics Page 9 / 15

10 AT Prediction and optimisation of aircraft trajectory AV Dependability and supervision AV Industrial organisation AV On-board CNS systems - Systems Engineering CS Verification and Validation - Advanced RS Functional Design - Synthesis Project AV Synthesis Project Air Transport Operations and Safety Major - Air Operations MA Optimisation under uncertainty MA Introduction to combinatorial optimization OP Optimization applied to airlines OP Airline information system IS Security of Information System - Aerotechnics AE Aircraft sizing - Aeronautical Safety SF Dependability assessment RG Aircraft systems certification RG Aircraft structures certification RG Engine and powerplant certification RG Safety Management System (SMS) - Systems AU Automatic Flight Controls AV On-board CNS systems AV Practical applications on "full flight" cockpit simulator CS Design Methodology - Quality ME Management by quality ME Processes and performance Management Space and Aeronautical Telecommunications Major - Signal Processing 3 SP Digital receivers SP Spread spectrum transmissions SP Antenna processing SP Channel coding RG International regulation of telecommunications SP Basics of image processing for space - Aerospace Systems SV Surveillance SP Space technologies TX Nano-satellites tutored project - ARE Option - Radiofrequency Components Page 10 / 15

11 MO Antennas in aerospace systems MO High Frequency Active Systems - ARE option - Radiofrequency Theory and simulation MO Advanced Electromagnetism MO Electromagnetic simulation methods MO Asymptotic methods for antennas and propagation - Signal option - Signal Processing 4 SP Spatial Adaptive processing SP Parametric modelling SP Data compression - Signal Option - GNSS NA GNSS advanced concepts including GNSS diff, PP NA Integrity control, Augmentation systems NA Inertial sensors and hybridisation techniques - Synthesis Project TX Synthesis Project Computer Systems for Air Transport Major - Option IA - Computer science IP Introduction to object oriented programming C++ RS Deployment of distributed systems IP OOP oriented toward C++ certification - Option IA - Artificial intelligence MA Complexity IP Logic programming MA Constraint programming MA Machine learning AT Prediction and optimisation of aircraft trajectory - Option ISI - Engineering system CS Verification and Validation - Advanced RS Functional Design - Option ISI - Computer science RS Deployment of distributed systems CS Adaptive systems IP Introduction to object oriented programming C++ - Option ISI - Certification SF Evaluation of the operational security CS ATM Systems Safety Assessments and Certification Issues IP OOP oriented toward C++ certification - Synthesis Project PT Project Minor - Aircraft Maintenance Management Minor Page 11 / 15

12 MN Aircraft Maintenance Management Introduction MN OEM Customer Support & Services Organization MN Airline Engineering and MRO MN Synthesis Project - Advanced GNSS Minor NA Future GNSS Programs NA Urban Positioning (HS, appli pedestrian, car) NA Alternative Positioning NA Business in GNSS NA GPS L1 C/A Receiver Project - Optimisation for Air Transport Minor MA Stochastic methods for global optimisation MA Optimisation applied to air traffic MA Graphs and networks MA Airport Serious Game - Networks and Communications Minor RS Fundamental courses Wireless networks RS Specific courses Wireless networks RS Project - Air Transport corporations Strategy Minor EC Aeronautical companies strategy EC Air transport economics (regulations and networks) EC Pricing and revenue management EC Strategic game - Airport Planning and Design Minor EA Airport Design and Planning EA Airport Design and Planning Project - Minor Economics and markets' organization EC Markets in competition EC Imperfect competition EC Market power analysis - Air Operations Minor RG Air Transport Technical Regulation OP Aircraft Operating Limitations & Controls OP Airline operations and computer tools OP Performance Tutored Project - Research Initiation Project in Econometrics in Networks RE Research Initiation Project - Econometrics - Research Introduction Project - Interactive Informatics Team RE Research Introduction Project - Interactive Informatics Team - Entrepreneurship Minor CP Entrepreneurship - Minor Informatic systems of air transport Page 12 / 15

13 IW Object-oriented conception (JAVA) IP Object-oriented programming (JAVA) IA Artificial intelligence AT ATC simulations AT ATM concepts Common teachings - Professionalisation LV5001E - English DJ French Labour Law DJ French Administrative Law EC Economics and enterprise role play EC enterprise role play IN "48 hours to make live your ideas" SH Communicating effectively and managing conflicts - Professionalisation (ERASMUS) LV5001E - English LV French language and culture SH Communicating effectively and managing conflicts - Professionnalisation LV5001E - English EC Economics and enterprise role play - Specific teachings (Master Operational Research) MA Deterministic Global Optimization MA Advanced combinatorial optimisation MA Contemporary topics in optimization - Specific teachings (Master "Télécommunications Aéronautiques Spatiales et Terrestres") RS RS RS Specific teachings (Master data and knowledge) MA Stochastic methods for global optimisation IA Multi-Agent Systems IA Uncertainty, Reasoning and Decision Modeling - Studyabroad Semester 9 XX Substitutions - Semester 10 TX End of studies project Trainings Industrial internships play a crucial role in the graduate engineer's curricula. They are an irreplaceable means of making contact with the Page 13 / 15

14 professional world, of discovering its diversity, concerns and needs. They also enable the students to gain a clearer picture of the profession of graduate engineer and the areas in which they might wish to work. Three internships have to be performed along the three years of the programme. S6-7 - END OF FIRST YEAR INTERNSHIP >> CORPORATE & INDUSTRY IMMERSION This 4-8 weeks internship takes place between mid-june and end of August. The aim of this placement is to discover the corporate or industrial environment through any kind of task. This may be either production-based tasks, assistance tasks or a small study or research. S8-9 - END OF SECOND YEAR INTERNSHIP >> ENGINEERING STUDY OR RESEARCH The students perform a weeks internship between end of May and end of September. They are placed in situations where they are expected to take the initiative to solve or participate in the resolution of an industrial or research problem, of either a technological or technical economic nature. Through this exercise, they get a better understanding of the engineering profession by actively integrating into a team of graduate engineers. The work performed as well as the functions occupied by the student may fit to the demands faced by young graduate engineers at the beginning of their career. This can take the form of an assistance to a senior graduate engineer. S10 - END OF THIRD YEAR INTERNSHIP >> END OF STUDY PROJECT This is a weeks internship during which the students carry out a fullscale, high level project of scientific, technical or methodological nature, within a company or a research laboratory. Through this final project, the student, as a fulltime member of a working team, is given the opportunity of mixing different skills acquired during his academic semesters, and of showing his ability to put it into practice in a professional context. It is essential that the student has his own project (that can be a subset of a wider project) under his responsibility. This project finishes with both a written report as well as an oral defence interview in front of a jury at ENAC premises in Toulouse. Page 14 / 15

15 Access conditions For more information please click Organizational unit here. ENAC - Ecole nationale de l'aviation civile Places Toulouse Person in charge LAVENAC Réjane rejane.lavenac@enac.fr Phone +33 (0) STEUNOU Franck franck.steunou@enac.fr Page 15 / 15