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Building Information Modelling
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Building Information Modelling
![](https://vilniustech.lt/images/3901/195/9/8_1/statyba 5.jpg)
Overview
Degree |
Master of Engineering Sciences in Civil Engineering
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Length, structure |
2 years (4 semesters) graduation is finalized with the defense of Final project
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Tuition fee for non EU citizens |
5410 EUR per year
For EU citizens same prices as for local students apply, for details click here.
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Start | 1st of September |
Entry Qualifications | To this programme applicants are accepted from the fields of: Civil Engineering |
What is the purpose of this study programme?
BIM stands for Building Information Modelling and is a leading player in the construction industry. Modern design, construction, production, and operating and maintenance technologies are based on BIM concepts. In essence, it means that the entire construction project and its separate components develop in the context of a spatial information model of a single or associated building.
BIM contexts include all components of projects (e.g. building, structural, engineering, technology, and estimated project value) and the phases of life cycle (conceptual, technical, construction, operation, maintenance, reconstruction), which are existing from the initial stage of design to demolition.
The increasing use of BIM technology not only in building design, production, construction, and facility (asset) management, but also in the application of advanced theoretical knowledge and specific practical skills demonstrated by professionals involved in these processes, but also in the need to increase the broader perspective of information coordination between the projects of each project discipline and the projects of development stages, and to digitally integrate static nature in the phases of the lifecycle.
The goal of the Master's degree programme in Building Information Modelling is to provide professional engineering knowledge, develop professional engineering skills to perform BIM managers' functions, design and implement construction projects, and manage already built assets, and improve the latest advances in engineering information modelling technology and management.
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BIM contexts include all components of projects (e.g. building, structural, engineering, technology, and estimated project value) and the phases of life cycle (conceptual, technical, construction, operation, maintenance, reconstruction), which are existing from the initial stage of design to demolition.
The increasing use of BIM technology not only in building design, production, construction, and facility (asset) management, but also in the application of advanced theoretical knowledge and specific practical skills demonstrated by professionals involved in these processes, but also in the need to increase the broader perspective of information coordination between the projects of each project discipline and the projects of development stages, and to digitally integrate static nature in the phases of the lifecycle.
The goal of the Master's degree programme in Building Information Modelling is to provide professional engineering knowledge, develop professional engineering skills to perform BIM managers' functions, design and implement construction projects, and manage already built assets, and improve the latest advances in engineering information modelling technology and management.
Follow us on social media to get the latest news and events:
What will students learn?
The Master's Degree in Building Information Modelling Programme is designed to develop the following student skills:
• The ability to choose and apply innovative information technology solutions in the fields of design, construction, and property management; plan and implement digitisation solutions in the construction sector;
• The ability to prepare and coordinate the development parts of the integrated construction project; organise and carry out the construction and manufacturing/production processes, perform the maintenance and management of the built property using information modelling;
• The ability to develop BIM implementation strategies at both company and project level; identify, initiate, and execute processes; monitor and educate changes in the work culture.
• The ability to choose and apply innovative information technology solutions in the fields of design, construction, and property management; plan and implement digitisation solutions in the construction sector;
• The ability to prepare and coordinate the development parts of the integrated construction project; organise and carry out the construction and manufacturing/production processes, perform the maintenance and management of the built property using information modelling;
• The ability to develop BIM implementation strategies at both company and project level; identify, initiate, and execute processes; monitor and educate changes in the work culture.
Exchange Period Abroad?
According to various international cooperation and exchange programs there is an opportunity to study in Germany, Austria, Finland, Greece, Portugal, South Korea, Taiwan, Poland, Ukraine, Belarus and many other countries around the world for one or two semesters.
CUSTOMIZE YOUR EXPERIENCE
You will have plenty of opportunities to apply and diversity your skills through graduate projects, internships, career programmes, clubs and societies.
What about career opportunities after Master's degree studies?
Working as a BIM manager of building and infrastructure information modelling, BIM project coordinator, BIM expert, BIM consultant in builders 'and developers' organisations, property management companies, design, contracting, and manufacturing companies of various profiles, both in the private and public sector; Pursuing doctoral studies.
Research
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- Page administrators:
- Karolina Kalinauskaitė
- Dovilė Jodenytė
- Kristina Lazickienė
- Ugnė Daraškevičiūtė