Introduces core mathematical tools for engineers, including calculus, complex numbers, series, and functions. Students develop analytical thinking and problem-solving skills required to model and solve engineering problems with confidence.

Covers fundamentals of computing, data processing, networks, and cybersecurity. Students learn Python programming, including control structures, object-oriented design, and data analysis libraries for practical engineering applications.

Introduces core business disciplines such as company organization, human resources, micro- and macroeconomics, and monetary policy. Students learn to analyze markets and assess economic impacts on business decisions.

Practice-oriented project including simulations and teamwork, fostering entrepreneurial thinking and innovative business ideas.

Builds on Mathematics 1 with linear algebra, differential equations, multivariable calculus, and vector analysis. The module strengthens the ability to apply advanced mathematical methods to engineering and scientific challenges.

Covers fundamental physical concepts such as mechanics, thermodynamics, and fluid mechanics, combining theory with experiments and technical applications.

Provides an introduction to financial reporting under German GAAP and IFRS. Students learn to prepare and analyze balance sheets, income statements, cash-flow statements, and annual reports.

Introduces software engineering principles using Python. Students design, implement, test, and debug applications, learning the full software development lifecycle and teamwork in technical projects.

Introduces electrical and magnetic principles, DC and AC circuits, semiconductors and electronic components, forming a foundation for understanding technical systems and sustainable energy solutions.

Focuses on statics and strength of materials. Students analyze forces, moments, stresses, and deformations, forming a foundation for mechanical design and structural analysis.

Introduces automation systems, sensors, actuators, controllers, and industrial communication. Students learn to design and evaluate automated processes in modern industrial environments.

Introduces cost classification, absorption and variable costing, budgeting, and variance analysis. Students learn to support managerial decision-making through cost-focused analysis.

This module examines the relationships between atomic structure, microstructure and the resulting material properties. Topics include crystallography, deformation, phase diagrams, heat treatment and materials testing for engineering applications.

Examines modern production systems, including machine tools, lean manufacturing, assembly, logistics, and digital production. Students learn to analyze efficiency, sustainability, and value creation in industrial production.

Introduces project management methods and quality management systems. Students learn to plan, control, and evaluate projects while applying quality tools and agile approaches.

Covers market-oriented management, segmentation, positioning, and the marketing mix. Students apply marketing tools to real-world cases, including B2B, B2C, and digital marketing contexts.

Focuses on management accounting and strategic control. Students apply tools such as investment appraisal, budgeting, key performance indicators, and variance analysis to business cases.

Analyzes international business environments, globalization, market entry strategies, and transfer pricing. Students gain insight into managing multinational enterprises and cross-border operations.

The internship semester, preferably in an international context, deepens the skills acquired during theoretical courseworks. It allows students to apply what they have learned and to gain professional experience. The 20-week internship must be performed during the second phase of the course after meeting the prerequisites for advancement. 

A three-day intensive course focused on professional skills, including field trips, workshops, and seminars on topics such as facilitation, presentation, conflict management, public speaking, academic writing, and ethics.

Covers production planning strategies, supply chain coordination, and performance indicators. Students learn to integrate planning systems with digital manufacturing and Industry 4.0 concepts.

A team project integrating engineering and management perspectives. Students manage complex tasks, apply project management methods, and present solutions to practical problems.

Introduction to business information systems and IT infrastructures. Covers ERP, CRM and SCM systems and their role in digital, data-driven business processes.

Analyzes international business environments, globalization, market entry strategies, and transfer pricing. Students gain insight into managing multinational enterprises and cross-border operations.

Develops intercultural competence through cultural theories, case studies, and practical exercises. Students learn to communicate and collaborate effectively in international and multicultural environments.

The final academic project, addressing an engineering or management problem using scientific methods. Often conducted in cooperation with industry, demonstrating independent problem-solving skills.

A three-day intensive course focused on professional skills, including field trips, workshops, and seminars on topics such as facilitation, presentation, conflict management, public speaking, academic writing, and ethics.