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Land Use Planning and Real Estate Valuation
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Summary of the Profile
General Description:
Objective(s) of a study programme:
The aim of the study programme is to train broadly erudite and highly qualified specialists in the field of environmental engineering, who possess modern theories, methods and latest technologies of environmental engineering science, who are able to analyse and solve problems of formation, use and protection of the environment of sustainable cultural landscape, land and other real estate objects, as well as to implement innovative technical and technological solutions in various fields of land use planning, geodesy, cadastre and valuation of real estate objects.
Learning outcomes:
-To describe the basic principles of mathematics and physical science theory needed to identify the fundamental foundations of environmental engineering studies;
- To describe the essential theoretical and applied foundations of land use planning, surveying, and the formation, use and valuation of cultural landscapes and real estate, and be able to identify the processes involved;
-To identify the broader multidisciplinary context of environmental engineering by applying the principles of other scientific fields (civil engineering, surveying engineering, economics, management and business administration, etc.) to the issues of sustainable design, use and environmental protection of cultural landscapes, land and other real estate objects;
- To identify and solve problems in land use planning, environmental protection, sustainable territorial development and the formation, use and valuation of real estate, selecting appropriate research methods and being able to evaluate the results obtained and their reliability;
- To be able to develop and apply modern technological methods of geodetic works, land use planning design and real estate cadastral data management, holistically solving the challenges of the formation, use, valuation and environmental protection of land and other real estate objects;
- To be able to find and select relevant scientific and professional information using data sets and other sources of information, and appropriately, organise and analyse it to solve various environmental engineering problems;
- to design and use modern laboratory analytical and process analysis equipment, to process and evaluate environmental engineering solutions and be able to draw conclusions;
- To be able to identify and assess the impact of engineering solutions on the formation and use of land and other real estate objects and the links to economic and environmental consequences, taking into account the development of the concept of environmental protection, organisation of commercial activities, occupational safety and sustainability;
-To understand responsibility for engineering activities and their consequences, be able to interact with the national and international engineering community and the general public, and adhere to professional ethics and standards of engineering practice;
- To know project management and business aspects, to understand the importance of individual continuous learning and personal development as well as to be able to work effectively independently and as part of a team with professionals from different backgrounds and at different levels.
Activities of teaching and learning:
Explanation, questions and answers, examining practical examples, discussions, case studies, laboratory work, data analysis and synthesis, its representation, etc.
Methods of assessment of learning
achievements:
Evaluation of problematic solutions, testing, observation of discussions, written questioning, evaluation of case studies, discussion and evaluation of field laboratory work, evaluation of assignments, evaluation of the results of analysis, evaluation of videos and practical assignments
Framework:
Study subjects (modules), practical
training:
Basics Of Land Use Planning, Environmental Chemistry, Engineering Graphics, Higher Mathematics, Basics Of Geodesy, Practice Of Basics Of Geodesy, Physics, Optimization Methods And Basics Of Statistics, Computer Graphics And Topography, Spatial Planning, Geographic Information System, Cartography And Photogrammetry, Soil Science, Practice Of Geodetic Measurements, Geodetic Measurements, Professional Language Of Engineering Science, Land Reclamation And Roads Engineering, Land Use Planning, Real Estate Economics And Development, Project Of Land Use Planning, Basics Of Construction, Environmental Territory Planning, Landscape Management, Fundamentals Of Real Estate Valuation, Environmental And Construction Law, Practice Of Professional Activity, Research Methods Of Environmental Engineering, Real Estate Cadastre And Register, Real Estate Cadastre Course Work, Real Estate Law, Engineering Geodesy, Sustainable Territorial Development, Recreational Landscape Management, Cadastral measurements, Evaluation of Real Estate Development, Final Work Of Environmental Engineering, Real Estate Valuation, Organization Of Real Estate Works
Specialisations:
-
Optional courses:
Sustainable Territorial Development;
Recreational Landscape Management;
Cadastral measurements;
Evaluation of Real Estate Development
Distinctive features of a study
programme:
It is an exceptional wide scope and the only one of its kind in Lithuania university study programme in environmental engineering, which is distinguished by its interdisciplinary character, combining technological, environmental, economic and managerial aspects in solving the issues of land use planning, formation, sustainable use and evaluation of real property objects.
Access to professional activity or further study:
Access to professional activity:
Graduates of the study programme can work as specialists, experts, consultants in various companies and institutions (environmental protection departments, services, municipal administrations, etc.) related to the management, valuation and administration of land and other real property. Graduates who have obtained the qualification certificates may also work as planners, surveyors, geodesists, real estate appraisers in state-owned, private or self-established companies preparing land use planning and landscape management projects, carrying out cadastral surveys of land and other real property, surveying and cartographic work and carrying out valuation of real estate.
Access to further study:
Graduates of the study programme may continue their studies in master's degree programmes in engineering, technological sciences or other fields of study groups at Vytautas Magnus University and other Lithuanian and foreign higher education institutions.
