Teaching Activities

The staff of the Department deliver teaching activities within the Civil Engineering and Architecture programmes in the following courses:

Civil Engineering – first-cycle studies (Bachelor’s degree, full-time and part-time):

Strength of Materials Civil Engineering – first-cycle studies (Bachelor’s degree, full-time and part-time)

This is a fundamental course in the field of Strength of Materials, consisting of lectures, design classes, and laboratory sessions.

During the course, students become familiar with the basic methods of describing stress and strain states in structural elements, as well as with the material properties relevant to engineering applications.

Laboratory classes provide an opportunity to verify theoretical concepts in practice, for example by determining beam deflections based on real measurements and conducting strength tests of materials such as steel, as well as structural connections (e.g., riveted joints).

Design classes prepare students for more advanced engineering tasks, particularly in the field of steel and reinforced concrete structure design.

Introduction to CAD/CAM/CAE Methods Civil Engineering – first-cycle studies (Bachelor’s degree, full-time and part-time):

The course Introduction to CAD/CAM/CAE Methods provides students with a comprehensive overview of modern computer-aided engineering tools used in the design, analysis, and manufacturing of engineering systems.

It introduces the fundamental principles of Computer-Aided Design (CAD), Computer-Aided Manufacturing (CAM), and Computer-Aided Engineering (CAE), including geometric modeling, technical drawing, numerical simulation, and process planning.

Students gain practical experience in creating and modifying 2D and 3D models, preparing technical documentation, and performing basic engineering analyses using specialized software. The course also covers the integration of design and manufacturing processes within a digital engineering environment.

Upon completion, students are equipped with the skills necessary to effectively use CAD/CAM/CAE tools in engineering practice, as well as a solid foundation for further study in advanced design, simulation, and manufacturing technologies.

Selected Topics in Strength of Materials Civil Engineering – second-cycle studies (Master’s degree, full-time and part-time):

Mechanics of Composites with CAE Support Civil Engineering – second-cycle studies (Master’s degree, full-time and part-time):

Theory of Elasticity and Plasticity  Civil Engineering – second-cycle studies (Master’s degree, full-time and part-time):

The course in Elasticity and Plasticity Theory provides students with a comprehensive understanding of key concepts required for the proper evaluation and interpretation of advanced numerical analyses of engineering structures.

It introduces fundamental and advanced topics such as tensor calculus, transformations of tensor quantities, principal values and principal directions of second-order tensors, as well as advanced material failure models.

Upon completion of the course, students are well-prepared to correctly interpret complex engineering computations and numerical simulation results.

Furthermore, the course constitutes a strong foundation for both scientific research and the development of computational software used in structural analysis and engineering applications.

Selected Topics in Strength of Materials (KBI); Theory of Elasticity and Plasticity; Mechanics of Composites with CAE Support (KBI).

Information Technology  Architecture – first-cycle studies (Bachelor’s degree, full-time)

Teaching activities include lectures, tutorial classes, design classes, laboratory classes, and diploma seminars.

Course syllabuses are available at: https://wbia.pollub.pl/ksztalcenie/program-studiow

The class schedules of the Department staff can be found at: http://plany.wbia.pollub.pl/