School of Architecture and Engineering

School of Business Mission

We aim to provide prominent international students with all the necessary modern equipment to construct high-performance buildings and structures that are sustainable, resilient, and profitable to ensure safety, health, and comfort. Our graduates are widely respected around the globe through their architectural designs combined with solid engineering education.

About the Courses

Name of specialty – Architecture and Engineering.
Level of Higher Education – First (Bachelor’s) and Second (Master`s) level .
The duration of studying – 4 years of full-time studying (Bachelor`s) and 2-3 years of full-time studying (Master, Ph.D., Doctorate).
Medium of Instruction – English.

European School of Architecture and Engineering is an environment of an informal approach to training highly qualified specialists in the construction field. Future architects and engineers will have an opportunity to become acquainted with the most modern technologies, software packages, and digital solutions which are used nowadays both in Ukraine and beyond its borders for solving topical problems of forming living and human activity space. In the present circumstances of life and activity intensification, the issue of creating a comfortable environment of human existence is coming to the forefront. It includes the living environment, work environment, and external environment. This is what architects and civil engineers are working at, using modern technologies and materials.

Name of the specialty – Architecture and Engineering
Level of Higher Education – First (Bachelor’s) and Second (Master, Ph.D., Doctorate) level
The List of Specializations and Educational Programs– Architecture and Urban Planning, Construction and Civil Engineering, Geodesy and Land Management
The total amount of credits of the European Credit Transfer and Accumulation System — 360 credits;
The duration of studying– 4 years of full-time studying (Bachelor`s) and 2-3 years of full-time studying (Master, Ph.D., Doctorate)

Compulsory Subjects

Studying curricula cover a comprehensive range of subjects. The major subjects (or modules) are:

Architectural, Engineering, and Computer Graphics
Informatics and Foundations of Computer-aided Design
Foundations of Ecology, Health, and Wellness
Descriptive Geometry
Foundations of Geodesy
Foundations of Structural Theory
Drawing, Painting, Sculpture
Architectural Materials Science
Constructions of Building and Structures
History of Architecture and City Planning
Architectural Design
Architecture Theory
Composition and Architectural Composition
Plumbing and Heating Installations of territory, Transportation
Construction Technology
Computer Modeling of Architectural Object
Economics of Architectural Design
Practical Foundations of Architectural Design of Industrial and Civil Structures
Practical Foundations of Architectural Design of Municipal Facilities
History of Arts: Visual, Decorative, Design
Practical Foundations of Architectural Design of Public Facilities
Plumbing and Heating Installations
Foundations of Reconstruction and Restoration of Structures
Foundations of Construction Economics
Architectural Constructions
Aesthetics of Architecture
Foundations of Technology of Design Project Realization
Procedure for Developing Specification Documents
Information Technologies in Architecture
Graphic Techniques in Architectural Design
Urban Sociology
Synthesis of Arts
Theory and Practice of Architectural Visualization
Engineering Equipment in Environmental Design
Intellectual Property
Management and Construction Management
Architectural Design in Environmental Design
Legislation and Architectural Design
Modern Problems of Architecture and Urban Planning
Methods of Scientific Research
Construction Management and Organization
Critique of Modern Architectural Theories
Conceptual Architectural Design
Architectural Ecology
Modern Constructions of Building
Foundations of System Analysis in Architectural Research
Aesthetics of Architectural Objects and Ecoethics in Architecture
Foundations of Typological Analysis in the Architecture of Buildings
Foundations of the Theory of Architectural Design
Stylistics of Modern Ukrainian and World Architecture
Architectural and Planning Organization of Transport Facilities
Foundations of Urban Rationing
Methodical bases of Reconstruction and Restoration of Objects of Sacred Architecture
Scientific Research in the Field of Reconstruction and Restoration of Architectural Objects
Methodical Bases of Reconstruction of Objects of Housing Purpose
Modern Technologies and Materials in the Reconstruction and Restoration of Facilities
Methodical Bases of Restoration of Internal Space of Objects
Methodical Bases of Reconstruction and Restoration of the Architectural environment of a Settlement
Regulatory Provision of Works on Reconstruction and Restoration of Objects
Theoretical Mechanics
Informatics (practicum)
Strength of Materials
Construction Mechanics
Descriptive Geometry and Engineering Graphics
Construction Materials Science
Engineering Geology and Foundations of Soil Mechanics
Foundations of Ecology, Health, and Wellness
Construction Economics
Construction Production Technology
Structural Steel
Heat and Gas Supply and Ventilation
Water and Sanitation
Urban Planning and Transportation
Engineering Geodesy
Electrical Engineering in Construction
Construction Machinery
The architecture of Buildings and Structures
Metal Structures
Reinforced Concrete and Masonry structures
Timber and Composite Structures
Bases and Foundations
Construction Organization
Engineering Mechanics of Fluids and Gas
Measurements and Standards
The architecture of Buildings and Structures (special course)
Technical Operation of Buildings
Metals and Welding in Construction
Erection and Installation of Buildings and Structures
Inspection, testing, and usage of Building Structures
Computer Design of Construction Processes
Computer Technologies of Engineering Calculations
Production center of the construction
Foundations of Technical Regulation in Construction
Strength of Materials (special course)
Structural Mechanics (special course)
Bases and Foundations (special course)
Foundations of design of Building Structures according to Eurocodes
Estimated Rationing in Construction
Pricing in Construction
Patent Practice
Construction Economics (special course)
Construction Management (special course)
Foundations of Management of Construction Companies
Foundations of Management and Marketing
Management in Construction
Examination of Design Documentation in Construction
Regulatory Support of the Construction Industry
CAD in Construction
Energy Efficiency of Building Structures
Construction Organization (special course)
Construction Technology (special course)
Testing of Building Structures
Mathematical Analysis. Mathematical Methods and Models
Foundations of Topography
Foundations of Geodesy
Foundations of Cartography
Foundations of Digital Cartography
Foundations of Engineering Geodesy
Foundations of Photogrammetry
Digital Photogrammetry Technologies
Computer-generated Graphics
Construction Production Technology
Global Navigation Systems
Land Protection and Monitoring
Foundations of Land Cadastre
Foundations of Land Management
Foundations of Geoinformatics
Electronic Geodetic Instruments
Higher Geodesy
Satellite Geodesy
Instrumental Geoinformation Systems
Foundations of Construction Economics
Engineering Geodesy
Engineering Land Infrastructure
Geospatial Databases
Investment Analysis of Urban Planning
Urban Planning Cadaster
Information Analytical System of Urban Planning Cadastre

The Technologies

3D Printers
Screwdriver
Digital force gauge
Graphing calculator
Vibration isolators
Semiconductor process systems
CAD software
3D printing software
Visual Basic for Applications
Bore Gauges — Telescopic
Calipers
Centre & Edge Finding Sets
Combination, Protractor & Depth Gauges
De-burring Tools
Dial Indicators
Dividers
Engineer’s Levels
Engineer’s Scrapers
Engineer’s Scribers
Engineer’s Squares
Engineer’s Straight Edges
Magnetic Tools
Micrometers
Punches
Reamers
Rivet Set (Set & Snap)
Screw Extractors & Bolt Grips
Silver Steel
Taps & Dies
Thread Restoring

Educational Process

How to Use Knowledge in Practice

Studying at the European School of Architecture and Engineering allows students to apply engineering principles to the construction and design of buildings. The IEU conducts training of architects and engineers on the basis of academic training experience with a focus on the practical use of acquired knowledge on the design of structures, architectural environment, and preserving the valuable historical environment with the consideration of modern development trends of the construction industry.

The IEU graduates will gain the ability to develop and design buildings and infrastructure with regard to human conditions, needs, and society's objectives
Students become acquainted with the most modern technologies and digital solutions which are used nowadays both in Poland and beyond its borders.
Studying processes provide the ability to learn how to manage and organize architectural or engineering structures and infrastructures related to nature.

Career Perspectives

After completing the professional education program of the specialty “Architecture and Engineering” a specialist can perform professional work as:

Graduates who studied architecture and engineering can serve in a variety of roles within the field and adjacent to it. While many of those who hold architecture degrees apply their knowledge directly as architects and drafters, others hold jobs in related creative and academic fields. With an architecture and engineering degree, you can find a job in the following fields:

Graphic designer. Graphic designers use mixed art techniques to create visual designs for use in the publication of magazines, labels, marketing materials, signage, and other media. They may interface with clients to determine their specific needs and manage proposals of typeset, formatting, color, and other details.
Interior designer. Interior designers create functional, safe, and visually appealing interior spaces. They may curate specific materials, decor, and lighting to actualize their visions. Interior designers may use drafting and visual design skills to create plans for their projects.
Computer-aided design (CAD) designer. CAD designers use specific techniques to generate designs and drafts for large-scale projects. They create 2D images (surface models) and 3D images (solid models) to create such graphics. CAD designers are deeply involved in the development processes within fields like architecture, manufacturing, and automotive design. They typically translate complex verbal instructions or conversations into workable models.
Architectural drafter. Architectural drafters create detailed drawings of plans and designs used by architects to build structures. They must adhere to specific guidelines from architects and utilize software to prepare their drafts. Architectural drafters must often translate complex and abstract ideas into organized technical plans that building teams can work from. They imbed measurements and directions within their drafts
Architectural technologist. Architectural technologists work in tandem with architects and engineers to design the construction specifics for building projects. They must possess specific technical skills to understand how to create architectural drafts and building codes. Architectural technologists usually serve as liaisons between creative and technical teams. Architectural technologists often relay measurements, environmental concerns, and any needed specifications to drafters responsible for creating designs.

Apply Online

Full Name

Contact Number

Interested In

Country of Interest

Message

Attachment