Industrial Engineering and Management, Bachelor of Engineering

On-campus program @ Fresenius University of Applied Sciences 

👉 Are you interested in the connection between technology and business, especially in the context of digitalization? In the full-time Bachelor's program of Industrial Engineering and Management (B.Eng.), you will learn technical basics, business studies, and digital transformation. The course provides knowledge in production, logistics, data analysis, and project management as well as soft skills and intercultural competence. You can choose two specializations, such as Industry 4.0 or International Management. Admission requirements include a university entrance qualification and English skills at B2 level. The program qualifies you for technical and managerial tasks in national and international companies.

At a Glance

🏫 University Fresenius University of Applied Sciences, UAS based in Idstein (Germany)
Fresenius University of Applied Sciences is one of Germany's largest private universities with campuses in Berlin, Düsseldorf, Frankfurt am Main, Hamburg, Idstein, Cologne, Munich and Wiesbaden. It offers practice-oriented bachelor's and master's degree programs in the fields of chemistry & biology, business & media, health & social affairs and design, as well as training and continuing education. Studies are possible on a full-time, part-time and distance learning basis.
🎓 Field of Study Engineering SciencesIndustrial Engineering
📜 Degree Bachelor of Engineering (B.Eng.)
⏳ Duration 6 Semesters
🎯 ECTS 180 Credit Points
🌍 Language of Instruction English
📖 Course contents Foundational engineering principles, mathematics/natural sciences, Fundamentals in economics and finance, Quantitative methods, Data Science and Data Analytics, Principles of Computer Science and Digital Transformation
📚 Electives Technical Services, Production and Logistics, International Management, Industry 4.0
📍 Location Cologne
📅 Enrollment Winter semester
💶 Fees
from 950 € monthly
from 34895 € total
🔗 More Info https://www.hs-fresenius.com

Who is the Bachelor of Industrial Engineering and Management suitable for?

The degree programme is aimed at prospective students who aspire to an interdisciplinary career at the interface of technology and business. You are suitable if you have an interest in digital technologies, industrial processes and international corporate management, and aim to take on complex technical and business tasks in manufacturing companies or advisory roles. Both beginners after completing school and internationally oriented applicants with a broad technology and management affinity benefit from this programme.

Admission requirements at a glance

In order to enrol in the Bachelor of Industrial Engineering and Management (B.Eng.) at Fresenius University of Applied Sciences, you must meet the following formal requirements:

  • An accredited university entrance qualification (e.g. Abitur, Fachhochschulreife or an internationally equivalent qualification)
  • Alternatively: university-internal entrance exam if no traditional university entrance qualification is available
  • Evidence of English language skills at least at level B2 according to the Common European Framework of Reference for Languages (recognized language certificates required)

Personal requirements that will make your studies easier:

  • Interest in technical and economic issues, especially in the context of digitization
  • Basic knowledge in mathematics and natural scientific thinking
  • Analytical skills and enjoyment of interdisciplinary and project-oriented work methods
  • Initiative and motivation to independently work on complex tasks
  • Willingness to collaborate internationally and openness to different cultures
  • Teamwork, communication skills and a secure time management for full-time studies

What Knowledge Modules Does the Industrial Engineering and Management Degree Convey?

The Bachelor's programme in Industrial Engineering and Management (B.Eng.) combines technical and economic content with a special focus on digitalisation and its impact on industrial processes. In detail, knowledge from the following areas is conveyed:

  • Technical Foundations: Introduction to engineering, mathematics, and natural scientific interrelationships.
  • Economic Competencies: Business administration, fundamentals of economics, finance, and controlling.
  • Quantitative Methods: Data analysis, data science, statistics, and their practical application for process optimisation.
  • Informatics and Digitalisation: Basics of computer science, information technologies, digital transformation, and the use of modern software and hardware in the industry.
  • Interface Competence: Linking technical and economic processes, management of interdisciplinary projects, information and business process management.
  • Practical Skills: Application in laboratory situations, implementation of projects with real practical relevance, work with production technologies and logistics systems.
  • Soft Skills: Intercultural competence, communication skills, teamwork, and a global perspective.

In the fourth and fifth semesters, individual specialisations are possible. The following areas are available for selection:

  • Technical Services
  • Production and Logistics (with laboratory components)
  • International Management
  • Industry 4.0

Developing all these competencies specifically prepares for the challenges of modern, digitalised industrial companies.

How Is the Study Organised and Structured?

The study is structured modularly and typically extends over six semesters, optionally seven semesters with a practical semester. Typical elements of the study process are:

  • Entry: Basic courses in engineering, business administration, and mathematics form the foundation.
  • Deepening: Advanced modules on computer science, business informatics, production management, and digitalisation from the second semester onwards.
  • Specialisation Phase: In the 4th and 5th semester, you choose two individual focal points. Specialisation can be done flexibly online or in person.
  • Practical Components: Practical laboratory phases, workshops, company projects, practical modules in cooperation with companies; choosing a practical semester in the 6th semester extends the study by one semester.
  • Interactive Methods: Workshops, guest lectures, excursions, and project-based work accompany the curriculum.
  • Graduation: The study concludes with the Bachelor's thesis in the sixth or seventh semester (with a practical semester).

The strong practical focus is ensured through projects, labs, and close contact with industrial partners.

What Career Paths Open Up After Graduation?

Graduating with a Bachelor of Engineering in Industrial Engineering and Management qualifies for numerous activities in national and international contexts. Graduates work primarily at the interfaces between technology, management, and digitalisation. Professional opportunities include:

  • Business Consultant in Industry and Technology
  • Product and Project Manager
  • Systems Analyst
  • Specialist in Controlling
  • Supply Chain Management
  • Sales and Production Management
  • Product Development Engineer
  • Customer Service Manager
  • Configuration Manager
  • Sales and Systems Administrator

Industries such as mechanical engineering, automotive industry, logistics, information and communication technology, as well as management consulting are actively seeking professionals with this interface competence.

In addition, there is the possibility to continue the study within a consecutive master's programme – for example, Master of Science in Industrial Engineering and International Management – to gain further specialisations and international competencies.

What is the Cost Framework and What Financing Options are Available?

For the Bachelor's programme in Industrial Engineering and Management (B.Eng.), tuition fees starting from 950 euros per month apply. In addition, there is a one-time registration fee of 695 euros. The tuition fees include teaching materials, lab access, and examination performances.

  • Payment Options: Payment in instalments or lump sum possible.
  • Financing Options: State BAföG funding, educational loans, scholarship programmes, as well as tax deductibility as advertising costs.
  • Support from Companies: Cooperations may potentially offer subsidies or internship remunerations.

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