From material procurement to the finished product, from market analysis to service: with the MSE in Business Engineering you will be prepared to successfully take on challenging tasks in industry or in the services sector.
Outline of profession
The MSE in Business Engineering will prepare you for a future in industrial or service enterprises or in consulting. You will work in the fields of business development and business engineering, as well as in quality, risk, technology and innovation management. As a Business Engineer you will be responsible for the management of industrial goods and services, or for the operations and systems by which these goods and services are produced, e.g. logistics and supply chain management, life cycle management of products and facilities, and the use of analytical methods to answer questions in the fields of business and production.
The Business Engineering profile includes a wide range of subject areas:
- Technology and innovation management
- Operations and production management
- Service engineering
- Business and production analysis
- Supply chain management
- Life cycle management
The MSE in Business Engineering will enable you to leverage engineering and design-centred approaches to develop and supply products and services. Taking into account relevant technological and business constraints and opportunities and viewing issues from a risk, quality, and lifecycle perspective, you will be able to develop business models and to plan, analyse and manage relevant industrial and service systems.
Entry skills and enrolment process
Specific qualifications are required to enrol in this profile. Students holding one of the following bachelor’s degrees with above-average marks generally fulfil these entry requirements.
- BSc in Industrial Engineering
- BSc in Business Engineering
- or equivalent BSc
Assessment of entry qualifications is part of the enrolment process of each school. Students who do not hold one of the above-mentioned bachelor’s degrees will be individually assessed for their suitability by the relevant University of Applied Sciences.
Recommended theory modules
The theory modules comprise 30 out of 90 ECTS. The modules are taught by professors from all over Switzerland at various locations. You will take these modules together with other MSE students. You can find the recommended theory modules for the MSE, Business Engineering profile here.
Additional skills relative to Bachelor of Science
Compared to graduates of a bachelor’s degree course, an MSE in Business Engineering enables you to acquire additional competencies in the application of scientific concepts, methods and tools. While BSc programs tend to focus on competencies required to work at an operational level, the MSE program also conveys skills needed to work at a more strategic level.
Universities of Applied Sciences (UAS) offering the Business Engineering (BE) profile are shown below. Find out more about the courses of study at the individual UASs.
Specialisation studies in English or German (Biel), theory modules in English, German or French
- Design, analysis and optimisation of production systems
- Simulation of socio-economic and technical systems
- Handling of economic and social issues in the fields of energy supply, transport or medical care
Theory modules: English
Technical specialization: mostly German
- Development of intelligent business processes and digitization using digital analysis methods and machine learning algorithms
- Organizational design and implementation of inter-company supply networks and collaboration platforms
- Use of agile and classic project management and project controlling methods based on systems engineering
- Technology and Innovation Management
- Operations and Production Management
- Service Engineering
- Business and Production Analysis
- Supply Chain Management
- Life Cycle Management
German and English
- Deepening the competences in Engineering, Business and User Centered Design.
- Analysis of markets and customer needs for the development of products and services that are well received by the customers.
- Focus on strategic analysis, development of a pricing model, optimization of a production process and setup of a business plan for a startup company.
- Digital transformation of production systems
- Design and optimization of Production Systems
- Industrial sustainability
- Customer driven collaborative production networks
Mix English / German (English only possible)
- Industrial Product and Process Innovation
- Service Engineering
- Industrial Engineering: Production, SCM/Logistics, Quality/Reliability, Technical Assets
- Traffic and Mobility, Smart Cities and Regions
- Sustainable Energy Systems: New Business Models, DSM