Lieu des études	Lituanie, Kaunas
Type	Master, temps plein
Durée nominale	1,5 years
Langue d'étude	anglais
Attributions	M.Sc. (Master of Engineering Sciences)
Code de cursus	6211EX008

Frais de scolarité	5 266 € par année
Frais de candidature	100 € paiement unique
Frais d'inscription	À confirmer You need to choose an individual service package. Please contact the center curator or your agent and consult. You can also familiarize yourself with packages baltic.study/en/packages You become a part of student union and ambassador program automatically after you will get Base or Standard or VIP status. *Do not forget to ask discount

Conditions d'admission

Licence (ou plus) a university Bachelor’s degree(min. length – 180 ECTS) in civil engineering with a good average grade (min. CGPA>60%) Applicants must upload education documents in original language, as well as translations into English. Diplomas and transcripts issued outside EU must be legalized with a legalization stamp or Apostille. Vous devrez apporter vos certifications/diplômes lorsque vous vous rendrez à l’université.

Exigences de région	Les candidatures venant des régions suivantes ne sont PAS acceptées (selon la nationalité) : Bangladesh, Irak, Pakistan, Yémen.

Exigences linguistiques	anglais Preuve de maîtrise acceptée : FCE or CAE, IELTS 6+ or TOEFL 79+ proficiency in English: IELTS ≥6.0, TOEFL ≥85, CEFR ≥C1, IESOL C1, GRE or equivalent.

Autres exigences	• motivation (interview online)

Aperçu

Advanced building products technology and structures, digital construction, policies of sustainable development and energy saving require both comprehensive technical knowledge and the application of analytical, decision making and critical thinking skills. Structural and Building Products Engineering programme focus on the development of these competencies and provides a unique mix of experimental and computational modelling expertise.fied software: Revit, TEKLA, Scia Engineer, RIB iTWo, Navisworks etc.

Structure du programme

Solving of scientific experimental and analytical tasks of civil engineering
Research methods for construction products and structures
Finite element method of civil engineering
Research methodology
Experiment

Design of complex structures
Advanced reinforced concrete structures
Design of metal structures
Design of timber structures
Vibrations of structures
Design of composite structures

Advanced building materials and innovative product technologies
Manufacturing innovation in building products technology
Production process management in the BIM environment
Complex and composite products technology
Advanced concrete technologies

Testing of building and civil engineering structures
Durability and life cycle of the structure
Research of reliability and strengthening of building structures