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4 Years On Campus Bachelors Program
International European University PolandThe Bachelor of Science in Construction Engineering at International European University (IEU), Poland prepares students with the technical knowledge and practical skills needed to plan, design, and manage modern construction projects. Suitable for students interested in engineering, infrastructure, and sustainable development, the program covers key areas such as construction materials, structural systems, project management, Building Information Modeling (BIM), and modern construction technologies.
Curriculum Structure
Year 1
The first year builds a strong foundation in engineering principles, mathematics, and scientific concepts that support future construction studies. Students learn subjects such as Engineering Mathematics, University Physics, General Chemistry, and Engineering Mechanics, developing essential analytical and problem-solving abilities for engineering applications.
Year 2
In the second year, students begin exploring important construction engineering concepts and learn how materials and engineering systems are applied in real-world projects. Modules such as Civil Engineering Materials, Fluid Mechanics, Construction Surveying, and Construction Graphic Communications help students understand construction processes, technical drawings, site measurement, and engineering documentation.
Year 3
The third year focuses on advanced construction and structural engineering topics, allowing students to develop deeper technical expertise. Students study modules including Structural Engineering and Analysis, Soil Mechanics, Reinforced Concrete, Foundation Engineering, and Steel Structures Design, preparing them to design and evaluate complex structures.
Year 4
The final year combines technical engineering knowledge with professional management skills needed for the construction industry. Students explore subjects such as Construction Management, Project Management, Sustainable Design and Construction, and Bridge Engineering and Management, while completing a Construction Design Capstone Project where they apply their knowledge to practical engineering challenges.
Focus Areas
Building Information Modeling (BIM), Construction Management, Sustainable Construction, Structural Engineering, Transportation Engineering, Geotechnical Engineering, Construction Materials and Methods, Construction Technology, Project Management, Infrastructure Development
Learning Outcomes
Graduates develop the ability to analyse construction engineering challenges, apply engineering principles and modern tools, prepare technical documentation, manage construction projects, understand structural behaviour, use advanced construction technologies, communicate effectively with engineering teams, apply sustainable construction practices, and create practical solutions for the built environment.
Professional Alignment (Accreditation)
The Bachelor of Science in Construction Engineering follows the European Credit Transfer and Accumulation System (ECTS) and consists of 240 ECTS credits over four years of full-time study. The program is structured according to European higher education standards and provides students with a strong foundation for professional careers in construction engineering and infrastructure development.
Reputation (Employability Rankings)
International European University positions Construction Engineering as a career-focused degree designed to prepare graduates for opportunities in construction companies, engineering consultancies, research organisations, government sectors, and technical management roles. Through practical learning, engineering projects, and industry-oriented skills development, graduates are prepared to work in international construction and infrastructure environments.
The Bachelor of Science in Construction Engineering at International European University (IEU), Poland helps students develop practical engineering skills by combining classroom learning with research activities, internships, project-based learning, and real-world construction applications. Students gain experience with modern construction approaches, digital technologies, engineering documentation, and project management practices, allowing them to build the confidence and technical ability required for careers in the construction and infrastructure sectors.
Students gain practical exposure through a range of academic resources and industry-focused activities:
Participate in research projects and scientific activities where they learn to analyse construction engineering challenges and develop practical solutions.
Complete internships in Poland and abroad, gaining valuable professional experience in construction companies and engineering environments.
Work on a Construction Design Capstone Project, applying knowledge from structural engineering, construction management, materials, and design to solve practical engineering problems.
Develop skills in Building Information Modeling (BIM), gaining knowledge of modern digital methods used in construction planning and project development.
Apply concepts from modules such as Construction Graphic Communications, Construction Surveying, Structural Engineering and Analysis, and Construction Technology and Equipment to improve technical and design abilities.
Build professional knowledge in construction planning, engineering documentation, project scheduling, cost estimation, and contract management through subjects such as Construction Documents and Codes, Construction Estimating: Quantities and Costs, and Scheduling and Project Control.
Learn in modern classrooms, seminar spaces, and technology-supported teaching environments that support collaborative engineering education.
Access the IEU Library, which provides engineering books, scientific journals, e-books, online databases, computer workstations, and group study spaces to support coursework and independent research.
Develop teamwork and communication skills through student activities, engineering projects, and design-focused learning experiences.
Benefit from academic resources and practical learning facilities that support students in developing industry-relevant construction engineering skills.
Graduates of the Bachelor of Science in Construction Engineering at International European University (IEU), Poland are prepared to enter the construction and infrastructure industries with strong technical knowledge and practical skills in design, project planning, construction management, and engineering analysis. The program supports career opportunities in roles such as Construction Manager, Project Manager, Site Engineer, and Structural Engineer, while also providing a foundation for further specialisation and advanced studies.
Students can enhance their career prospects through a combination of practical experience, academic support, and professional development opportunities:
Gain valuable industry exposure through internships in Poland and abroad, allowing students to understand real construction practices and develop workplace skills.
Strengthen their professional portfolio through research projects, engineering activities, and the Construction Design Capstone Project, where they apply their knowledge to practical construction challenges.
Benefit from university learning resources, including modern classrooms, scientific facilities, academic support, and engineering-focused learning environments that help students develop industry-relevant skills.
Build expertise in specialised areas such as Building Information Modeling (BIM), Construction Management, Sustainable Construction, Structural Engineering, Transportation Engineering, and Geotechnical Engineering.
Graduate with a 240 ECTS Bachelor of Science degree, following the European higher education system and supporting opportunities for further study and international career mobility.
Explore career opportunities in construction companies, engineering consultancies, research organisations, government sectors, and technical management positions.
Develop skills relevant to roles such as Construction Manager, Project Manager, Site Engineer, Structural Engineer, Civil Engineer, Facilities Manager, Building Inspector, Construction Estimator, BIM Coordinator, Sustainability Consultant, and Geotechnical Engineer.
The university does not publish official employment statistics, graduate salary figures, or specific industry partnership details for this program.
Further Academic Progression:
After completing the Bachelor of Science in Construction Engineering, graduates can continue their education through advanced master's studies in construction engineering or related fields. Students may specialise further in areas such as Construction Management, Structural Engineering, Sustainable Construction, Transportation Engineering, Geotechnical Engineering, or other advanced engineering disciplines, allowing them to develop expertise for senior technical, research, and leadership roles in the construction industry.
The Bachelor of Science in Construction Engineering is offered at the European School of Architecture and Engineering, International European University (IEU), Poland.
The general academic entry requirement is a recognised secondary school qualification that allows admission to higher education.
Applicants can apply with A-level qualifications, and as IEU does not publish specific A-level grade requirements for this course, an estimated requirement of around BBC–BBB at A-level including Mathematics or science-related subjects is recommended
The university does not publish specific English language test score requirements for this course, so applicants should confirm accepted proof of English proficiency directly with IEU, with comparable European engineering programs commonly accepting IELTS Academic around 6.0–6.5, TOEFL iBT around 80–90
Applicants should verify the final admission criteria, document requirements, and qualification equivalencies directly with International European University before applying, as country-specific requirements may change depending on the applicant’s educational background.
IB Diploma requirement for this type of European engineering bachelor’s program would typically be around 24–30 IB points India: Applicants are expected to hold a recognised Class 12 qualification such as CBSE, ISC, or equivalent State Board certificate with successful completion of secondary education, and as IEU does not publish India-specific grade requirements for this course, an estimated range of 60–75% overall in Class 12 with Mathematics and Physics-related subjects is recommendedUSA: IEU does not publish SAT or ACT requirements for this program, so an estimated competitive range is SAT 1100–1300 or ACT 22–28, with additional expectations including a recognised High School Diploma, approximately 2.8–3.2 GPA, and AP Mathematics or science subjects being beneficial but not officially requiredChina: Applicants are expected to have a recognised senior secondary school qualification or Gaokao certificate, and as IEU does not publish China-specific requirements for this course, an estimated range of 70–80% equivalent academic performance or a competitive Gaokao result is recommendedThis information is an estimate and not exact. It is provided for reference purposes only and is not taken from official sources.Architectural EngineerBridge EngineerConstruction EngineerFacilities EngineerGeotechnical EngineerHighway EngineerHydrographic EngineerResearch Hydraulic EngineerTransportation EngineerGraduate Project CoordinatorGraduate Structural DraftspersonGraduate Structural Design EngineerGraduate Structural Engineer
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