Bachelor of Engineering

Semester 1 of the Engineering programme introduces students to key engineering concepts and essential skills. Modules include “Engineering: Branches, Methods, Applications, Trends” for exploring different branches and trends in engineering, “Introduction to Academic Work” for developing academic skills, “Mathematics: Linear Algebra” for building a strong foundation in mathematical principles, “Fundamentals of Physics” for understanding basic principles.

“Introduction to the Internet of Things” for exploring IoT concepts, and “Introduction to Computer Science” for introductory knowledge in programming and problem-solving. These modules provide students with a solid foundation in engineering principles, academic skills, mathematics, physics, IoT, and computer science.

Semester 2 of the bachelor of engineering builds upon the foundational knowledge gained in Semester 1, offering a range of modules that expand students’ understanding of key engineering concepts. In the “Fundamentals of Chemistry” module, students explore essential principles of chemistry as they relate to engineering, while the “Production Engineering” module focuses on manufacturing processes, quality control, and optimization techniques.

Additionally, “Mechanics – Statics” analyzes equilibrium of objects and structures, “Automation Technology” introduces control systems and robotics, and the “Mathematics: Analysis” module covers advanced mathematical topics. Lastly, the “Signals and Systems” module explores the processing and transmission of signals in engineering.

Semester 3 of the bachelor of engineering offers students an opportunity to delve deeper into key engineering concepts through a diverse range of modules. In the “Control Systems Engineering” module, students explore feedback control, system modeling, and design methods. They also gain insights into materials science and the properties of different materials in the “Materials Science for Engineers” module. Additionally, the “Sensor Technology” module introduces students to various sensor technologies and their applications.

The “Electrical Engineering” module covers circuits, electric machines, and power systems, while “Mechanics – Kinematics and Dynamics” focuses on motion and forces in engineering systems. Lastly, the “Technical Mechanics: Elastostatics” module delves into the behavior of solid objects under forces.

Semester 4 of the Engineering programme introduces advanced modules that deepen students’ expertise in key areas of study. In the “Introduction to Electromagnetics” module, students explore the principles of electromagnetism. The “Fundamentals of Systems Simulation” module focuses on simulating complex systems. “Introduction to Data Protection and Cyber Security” addresses the importance of data security.

The “Statistics – Probability and Descriptive Statistics” module enhances statistical knowledge. Students also gain programming skills in Python through the “Introduction to Programming with Python” module.

The “Project: Simulation of Systems” module provides hands-on experience. These modules in Semester 4 expand students’ knowledge in electromagnetics, systems simulation, data protection, statistics, programming, and practical application.

Semester 5 of the bachelor of engineering introduces modules that enhance students’ expertise in key areas of study. In the “Fundamentals of Data-Driven Engineering” module, students gain knowledge in data analysis techniques. The “Seminar: The Big Data Society” explores the societal impact of big data. “Electrical Machines and Energy Technology” focuses on machines and energy systems.

The “Project: Control Unit Design for a Mechanical System” provides hands-on experience. Additionally, students can choose an elective module to further tailor their studies. These modules in Semester 5 deepen students’ understanding of data-driven engineering, big data, electrical machines, energy technology, and offer practical application opportunities.

Semester 6 of the bachelor of engineering programme provides students with the opportunity to specialize and tailor their studies. Through elective modules, such as “Elective B” and “Elective C,” students can deepen their knowledge in specific areas of interest. Additionally, students will undertake their Bachelor Thesis and Colloquium, where they will conduct independent research and present their findings. These modules in Semester 6 allow students to specialize and showcase their expertise in their chosen field of engineering.

Elective A

In the 5th semester of the Engineering program, students can choose an elective module to further specialize their studies. Elective options include “Introduction to Electronics and Electronic Circuits,” “Mechatronic Systems and Design,” “Robot Kinematics and Dynamics,” “Supply Chain Management and Innovation,” “Operating Systems, Networks and Network Forensics,” and “Functional Programming with Python and Inferential Statistics.”

Elective B

In the 6th semester, students have the opportunity to select another elective module from a wide range of options. These include “Electro Mobility,” “Digital and Information Technology and Programming with C/C++,” “Energy Technology,” “Electrical Drive Technology and Fluid Mechanics,” “Simulation and Control of Robots,” “Mechatronic Systems and Programming with C/C++,” “Agile Project Management and Smart Products,” “Pentesting and DevSecOps,” and “Machine Learning – Supervised and Unsupervised Learning.”

Elective C

Additionally, in the 6th semester, students can choose from elective modules such as “Autonomous Driving,” “Embedded Systems, Microcontrollers and Logical Circuits,” “Embedded Systems and Programming with C/C++,” “Smart Services,” “Renewable Energies,” “Cryptography and IT-Law,” and “Databases and Explorative Data Analysis and Visualization.”

These elective modules offer students the opportunity to specialize in specific areas of interest, expanding their knowledge and skills in various fields of engineering.

Module guide

Module guide