1. LABORATÓRIO DE NOVOS CONCEITOS EM AERONÁUTICA LNCA ( Laboratory of New Concepts in Aeronautics) ITA / IEA Aeronautical Engineering Division

2.  600 students (120 per year)  Strong selection  Almost 80 applicants/place  Full time scholarship  Full time dedication  Strict academic requirements  Spread all over the world ITA is one of the best engineering schools in Brazil UNDERGRADUATE

3. Fundamental Course (2 years) Mathematics – Physics – Chemistry - Humanities Aerospace Engineering Aeronautical Engineering Civil Engineering Computer Engineering Electronics Engineering Mechanical Engineering Navigation and Guidance Propulsion and Aerodynamics Electronics for Space Applications Structures and Buildings Geotechnics Water Resources and Environmental Sanitation Air Transportation Software and Information Systems Computing Systems Computing Methodologies Computation Theory Aerodynamics Structures Propulsion Flight Mechanics Design Energy Design Management and Decision Support Turbomachinary Mechatronics Applied Electronics Microwave Circuitry Systems Control Telecom munications Course duration: 5-year - Bachelor's of Engineering

4. Aeronautical Engineering Aerodynamics Flight Mechanics Design Propulsion Structures Departments Departments Laboratories Center of Small Aircraft Development Laboratory of Aeronautical Engineering Laboratory of Combustion, Propulsion and Energy Laboratory of Aerospace Structures Aerospace Systems* * embryo department

5. Master, PhD Programs: o Aeronautical and Mechanical Engineering o Aeronautical Infrastructure o Electronics and Computer Engineering o Physics o Space Science and Technology Professional Master Degree o Aeronautical Engineering Specialization courses o System Analysis, Aviation Safety, Electronic Defense, Aeronautical Defense Systems GRADUATE ACTIVITIES

6. ITA & the Future 6

7. Mandate from upper level Brazilian government to duplicate the number of undergraduate students More than 500 students would be able to enter ITA each year. The duplication will not jeopardize excellence Expansion will require student accommodation, new laboratories, reviewing classroom facilities, adopting teaching aid techniques and planning new courses. ITA will require: 200 new faculty positions in the years to come. Visiting professors and post doc recruiting DUPLICATION: OPPORTUNITY TO TRANSFORM ITA - Major challenges considering expanding with growth: Increased cooperation with industry, research and education institutions; Internationalization and globalization without losing identity; New requirement profiles in engineering education; Alignment with strategic areas: aerospace, defense and main technological challenges in Brazil. ITA & THE FUTURE

8. A High Level Research Orientation and Support Management Group SUPPORT ON ITA´s TRANSFORMATION New cooperation; Internationalization; Engineering education modernization; Technological challenges in Brazil and around the world. www.lnca.ita.br

9. Motivation & Inspiration Visionary concepts in aeronautics – Technological challenges – higher energetic efficiency and lower environmental impact Industry needs: Demand from the aviation future, guiding R&D towards ecological demands and related affairs (economic, social and political) : – International Civil Aviation Organization – ICAO (Environmental Report – Horizon 2020 (The EU Framework Programme for Research and Innovation) – CleanSky (Single European Sky environmental objectives) – NASA/FAA NextGen Programs Academia: fertile substract – plurality of knowledge, multidisciplinary, training and contact with people – Environment-oriented engineering education 18/10/20159Prof. Roberto Gil www.bauhaus-luftfahrt.net

10. LNCA Vision & Mission Research orientation: Based on a proposed core competency of the lab  application of modeling and simulation methodologies – Development of new flight physics oriented methodologies for new aerospace design concepts. Opportunity for redefining engineering at ITA  innovation for environmental sustainability, as a relevant theme – Investment in creation, innovation and entrepreneurship within the academic environment – Identification of research opportunities and needs from the productive sector. Beneficiaries : Aerospace and Defense, as well as Undergraduate and Graduate programs at ITA and associate partners.

11. Strategy Innovative laboratory with the primary goal of being a "think thank" driven by the aeronautical needs Identification of the aviation scenario in the future. Different knowledge areas in a single place, economic and socio-political affairs, environmental, systems engineering, flight physics modeling and simulation, computational sciences, virtual reality Multidisciplinary approach - futuristic scenarios as input conditions for the modeling and simulation of an aerospace system to be designed for the future

12. Modeling and Simulation Framework Tools for engineering conceptual design; – Design oriented, open source, numerical models – Collaborative development with other design oriented tools Refined solutions per request – academic research from low to high fidelity modeling and analysis: – Experimental database for validation  investment on supporting experimental facilities Structuring projects primarily on FLIGHT PHYSICS oriented research: – Structures and Materials – Propulsion and Systems Integration – Flight Mechanics and Control – Aerodynamics and Noise 18/10/2015Prof. Roberto Gil12

13. Flight Physics Modeling and Simulation Integrated Flight Dyn. Aeroservoelasticity Aeroacustics Noise Emission Lightweight Structures Special / Composite Materials Integrated Aircraft Propulsion Systems 18/10/2015Prof. Roberto Gil13 LNCA framework Green, Ultra Safe, Integrated, Mobility, Economic / Social Affairs MDO Conceptual Design Surrogate / ROM (NL) Surrogate / ROM (NL) Industry Regional Benefits (Aerospace & Defense) Academic Formation R&D Orientation Industry Regional Benefits (Aerospace & Defense) Academic Formation R&D Orientation Experiments Supp. Labs Experiments Supp. Labs

14. The Laboratory at ITA Supporting labs – Laboratory of Aeronautical Engineering – Laboratory of Aerospace Structures – Center of Small Aircraft Development – Laboratory of Combustion, Propulsion and Energy Associate Programs – Professional Master in Aviation Safety and Continuing Airworthiness – Professional Master Program in Aeronautical Engineering 18/10/2015Prof. Roberto Gil14 Aeronautical Mechanics Civil Comp. Sc. Fund. Electronic Leading Division Associate Divisions

15. Knowledge base at ITA Division of Mechanical Engineering: Market Intelligence, rapid prototyping, propulsive systems, robotics and mechatronics systems, Division of Mechanical Engineering: Market Intelligence, rapid prototyping, propulsive systems, robotics and mechatronics systems, Division of Electronic Engineering: dynamic simulation and control systems, integration of aeronautical systems. Division of Electronic Engineering: dynamic simulation and control systems, integration of aeronautical systems. Division of Computer Sciences: simulation and distributed processing, software engineering, virtual reality. Division of Computer Sciences: simulation and distributed processing, software engineering, virtual reality. Division of Civil Engineering: aviation economy, environmental economics, architecture and energy efficiency of airport facilities, aircraft climatology, environmental impacts: aeronautical pollutants, economic- ecological modeling, environmental modeling. Division of Civil Engineering: aviation economy, environmental economics, architecture and energy efficiency of airport facilities, aircraft climatology, environmental impacts: aeronautical pollutants, economic- ecological modeling, environmental modeling. Division of Fundamental Sciences : Applied chemistry to combustion of energetic materials. Division of Fundamental Sciences : Applied chemistry to combustion of energetic materials.