50業子

What materials will we use to build the houses of the future? The construction industry is resource-intensive, so pre-fabricated building elements are becoming increasingly popular. Instead of traditional steel and reinforced concrete, we are increasingly discussing composite and organic materials, including engineered wood. Building Information Modeling (BIM) methodology allows for modeling future structures down to the smallest construction elements, leading to the growing export of advanced products manufactured by Lithuanian construction companies.

In 2023, we updated our study program. It is designed to prepare highly qualified engineers capable of applying advanced digital tools for creating structures and products and their analysis.

During the program’s first semester, you will learn about advanced reinforced concrete and steel structures, innovations in construction product manufacturing technologies, methods for testing construction products and structures, and become more familiar with the finite element method.

In the second part of the program, you will learn more about new composite materials and wood properties and how to ensure the reliability of structural constructions. You will also learn how to strengthen existing structures, learn about the life cycle and durability, and deepen your knowledge in waste management and secondary raw materials recycling technologies, modular construction, regenerative design, and data science for smart buildings.

In addition, you will pay attention to innovation and scientific research, which you can develop together with partners from business companies and faculty scientists.

Programme structure:

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

Career opportunities:

What will you gain?

• You will be able to create spatial mathematical models of structures and engineering systems;
• Offer accurate and competitive civil engineer design suggestions;
• Evaluate and forecast the condition and behavior of buildings, building materials, and structures;
• Successfully communicate and cooperate with specialists and business representatives in other fields on the issues of quality of engineering activities;
• Solve practical tasks in the field of civil engineering by applying theoretical models and research methods.

You may become:

• Construction researcher;
• Supervisor of construction works;
• Expert of construction works;
• Manager of construction works.