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Back Aerospace Engineering (Bachelor) 2022/2023


General


Academic degree:
  • Bachelor (Bologna 1st cycle degree)
ECTS:
180
Duration:
6 curricular semesters
Regime:
Daytime
Place:
Azurém Campus, Guimarães (UM)
Main Scientific area:
  • Aerospace Engineering

Contacts


    School of Engineering
    Campus de Azurém
    4800-058 Guimarães

    Tel: +351 253510179 / 253510160 Fax: +351 253510178
    E-Mail: cp@eng.uminho.pt
    URL: http://www.eng.uminho.pt

Description


The Degree in Aerospace Engineering aims to train professionals linked to aerospace engineering, including the most traditional aeronautics sector (Profile A) and the most modern space sector (Profile B). In the tradition of UMinho's engineering training, a solid education in fundamental and engineering sciences is proposed, combined with a spectrum of speciality sciences, training technicians at a higher level, capable of performing project, research, development and management functions of aerospace systems. The strength of the training offer is based on solid and consistent training in the sciences of mathematics, physics, mechanics, materials, electronics and information technology, seeking to empower graduates with greater flexibility of skills. In particular, the Degree in Aerospace Engineering aims to train graduates who contribute not only but also to the consolidation of the national and European aerospace sector.

Key learning outcomes


1. Use information systems for communication, acquisition and processing of data and scientific calculation; 
2. Develop projects integrating technical, economic, environmental and social responsibility aspects, using digital approaches appropriate to problems in the aerospace sector; 
3. Conduct studies and projects, prototyping and audits in the Aerospace sector; 
4. Integrate sustainable development practices in the innovation of products and equipment with aerospace applications with strong incorporation of sustainable materials and with less environmental impact; 
5. Solve problems through an experimental approach to the aerospace sector, integrating multidisciplinary knowledge and technical and human components; 
6. Lead multidisciplinary work teams;
7. Evidence of self-learning, communication and application of acquired knowledge, decision-making in aerospace-related problems, and adequate reasoning under relevant technological, social and ethical aspects.

Access to higher education


This course provides the technical-scientific capacity to access 2nd cycle courses (masters).

Careers


The School of Engineering currently has the 1st and 2nd cycles of continuity, that is, 2nd cycles that complement the 1st cycles, and with the same designation, as provided for in this Aerospace Engineering course. In these continuity cycles, the School of Engineering intends to carry out a complete training cycle that involves the 2 cycles. Therefore, and even if there is some pressure in the job market to hire graduates in aerospace engineering, it is expected that most of our students will apply for a master's degree after completing their degree. A benchmarking exercise allowed us to conclude that the masters of the only educational institution who have already graduated in Aerospace Engineering are faced, at the conclusion of their study cycle, with a market in the area that offers a greater number of places for these professionals than those who the institution was able to train, thus resulting in full employment. These alumni have found employment in Portugal and abroad, in the aeronautical and space sector, but also outside of it. Considering employers that operate solely in the sector: - In Portugal, employers include NAV, Portuguese Air Force, OGMA/EMBRAER, INAC, TAP and several new advanced technology companies. - Overseas employers have been CERN, Rolls-Royce, Airbus, British Aerospace, CASA, Safran, CERN, ESA and Eurocontrol are identified as some international employers.

Access


45

Vacancies

0

Minimum

Access forms


The access to this Cycle of Studies can be done through the following ways:
- Application for National Access to Higher Education Admissions;
- Application for Special Access to Higher Education Admissions;
- Application for Local Access to Higher Education Admissions;
- Application for Special Access to Higher Education Admissions;
- Application for Access to Higher Education Admissions through Re-Entry, Change and Transfer of Course.

Formal requirements


Entrance Testing 

07 Physics and Chemistry

and

19 Mathematics A

Aditional Information


Observations


Graduation course training integrated in the project "Graduate Alliance - Skills for the Future", with PRR (Next Generation EU) funding, resulting from the application of the University of Minho to Call No. 002/C06-i03.03/2021 for Investment Program RE-C06-i03 - Incentive for Adults and, in particular for this course, to Call No. 002/C06-i04.01/2021 submitted to Investment Program RE-C06-i04 - Impulse Young STEAM.

Study Plan


Regime Curricular Unit Scientific Area ECTS
Year 1 60
S1 Calculus for Engineering M 5
S1 General Physics Fis 5
S1 Introduction to Aerospace Engineering Studies EAERO 5
S1 Linear Algebra for Engineering M 5
S1 Programming and Algorithms CE 5
S1 Opção UMinho 5
China in the World CPRI 6
Collaboration for a Sustainable Development in the Digitalization Era EGI 6
Environment and Energy ENG 6
Ephemeral Installations with Reused Materials ARQ 6
Gestão de Ativos EC 6
Green Buildings ENG 6
Introduction to the German Language and Culture ELG 6
Leadership and Entrepreneurship EIS 6
Mathematics Behind Things M 6
Occupational Safety and Health EH 6
Organization and Data Analysis EIS 6
Preparing Generation Z Beyond Technologies ENG 6
Reading and Writing for Academic Production and Knowledge LEP 6
Sport and Health EF 6
S2 Applied Statistics MQ 5
S2 Computer Assisted Design and Drawing EngMec 5
S2 General Mechanics EngMec 5
S2 Integrated Project of Aerospace Engineering I EAERO 10
S2 Mathematical Analysis for Engineering M 5
Year 2 60
S1 Artificial Intelligence and Data Science for Aerospace Engineering EAERO 5
S1 Complements of Mathematical Analysis for Engineering M 5
S1 Electronics EEIC 5
S1 Fluid Mechanics CE 5
S1 Fundamentals of Electromagnetism Fis 5
S1 Thermodynamics CE 5
S2 Complements of Electronics and Digital Systems EEIC 5
S2 Contemporary Physics Fis 5
S2 Integrated Project of Aerospace Engineering II EAERO 10
S2 Mechanics of Materials I EngMec 5
S2 Numerical Methods MQ 5
Year 3 60
S1 Integrated Laboratories of Aerospace Engineering EAERO 5
S1 Introduction to Flight Mechanics, Orbital and Propulsion Systems EAERO 5
S1 Materials and Structures for Aerospace Applications EAERO 5
S1 Signals and Systems CE 5
S1 Opção 1 5
Aircraft Design EAERO 5
Flight Control and Stability EAERO 5
S1 Opção 2 5
Computer Control of Space Systems EAERO 5
Space Environment EAERO 5
S2 Human Factors and Ergonomics in Aerospace Engineering EAERO 5
S2 Instrumentation and Sensors EEIC 5
S2 Integrated Project of Aerospace Engineering III EAERO 10
S2 Telecommunication Fundamentals EEIC 5
S2 Opção 3 5
New Aircraft Configurations EAERO 5
New Configurations of Aerospace Vehicles EAERO 5

Assessment/Accreditation


A3ES Accreditation status:
Accredited
Resolution publication date:
26-04-2022
Registry number at Ministry:
R/A-Cr 60/2022
Registry Date:
25-05-2022
Accreditation validity:
30-07-2028