Coburg University of Applied Sciences main campus building in Bavaria, Germany.
Bachelor of Engineering
On Campus
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Coburg University of Applied Sciences
Coburg
Germany

Automation and Robotics

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About

The Bachelor of Engineering in Automation and Robotics is a forward-looking undergraduate program offered full-time at Coburg University of Applied Sciences. Designed for students aiming to develop technical expertise for tomorrow’s intelligent systems, this eight-semester degree combines foundational engineering knowledge with practical applications in automation, robotics, sensor technology, and artificial intelligence. The program is offered exclusively in the winter semester and prepares students to work in highly innovative industrial environments.

Located in Coburg, a region known for its strong ties to the engineering and manufacturing industries, the program emphasizes hands-on training, advanced technological competencies, and interdisciplinary learning. With a strong focus on smart systems, machine vision, software development, and industrial automation, students gain both theoretical knowledge and real-world experience. This degree is an excellent choice for those aspiring to shape the future of robotics and intelligent manufacturing systems.

Key information

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More details
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Key Facts

  • Degree: Bachelor of Engineering (B.Eng.)
  • Standard period of study: 8 semesters
  • Location: Coburg
  • Study Type: Undergraduate (full-time)
  • Admission semester: Winter semester only
  • Area of study: Automation Technology, Electronics, IT, Sensor Technology, Robotics, AI
  • Admission modus: Without admission restriction
  • Main language: English

Program Structure

Semester 1 – Foundations of Engineering

  • Mathematics for Engineers
  • Physics & Electrical Engineering Basics
  • Introduction to Programming
  • Engineering Fundamentals

Semester 2 – Core Engineering Skills

  • Digital Systems & Electronics
  • Object-Oriented Programming
  • Modelling & Simulation
  • Technical Mechanics

Semester 3 – Robotics & Automation Basics

  • Kinematics
  • Industrial Automation Systems
  • Control Engineering I
  • Sensor Technology Fundamentals

Semester 4 – Advanced Automation Concepts

  • Machine Vision
  • Smart Systems & IoT
  • Control Engineering II
  • Python Software Development

Semester 5 – Applied Robotics & Systems

  • Industrial Computer Vision
  • Motion Control
  • Embedded Systems
  • Data Analysis for Engineers

Semester 6 – Practical Semester (Industry Internship)

  • Full-time engineering internship in automation, robotics, or related fields

Semester 7 – Specialization & Project Work

  • Advanced Robotics
  • AI in Automation
  • Project Management
  • Interdisciplinary Team Project

Semester 8 – Bachelor Thesis & Final Project

  • Independent research or engineering project
  • Thesis defense
  • Technical portfolio development

Career Opportunities

Graduates of this program are prepared for a wide range of roles within the engineering and automation industry. Career paths include automation engineer, robotics specialist, machine vision engineer, AI-driven systems developer, and industrial software engineer. With strong industry connections and growing demand for intelligent automation, students benefit from excellent employment prospects in manufacturing, automotive engineering, process automation, and tech development sectors.

Why Choose This Program

Choosing the Bachelor of Engineering in Automation and Robotics means joining a program that blends engineering fundamentals with cutting-edge technological innovation. With state-of-the-art laboratories, experienced faculty, and a curriculum aligned with industry needs, students gain both deep technical understanding and practical skills.

The program’s unique strength lies in its strong focus on robotics, AI, sensor systems, and industrial automation—fields that are transforming global industries. Students develop a future-oriented engineering mindset and the ability to work collaboratively, preparing them to excel in highly competitive, technology-driven environments.

Contact Information

Hochschule für angewandte Wissenschaften Coburg – Student Advisory Service
Friedrich-Streib-Str. 2
96450 Coburg, Germany
Tel: 09561 / 317-247
Email: studienberatung@hs-coburg.de

Programme Contact
Email: annerose.huettl@hs-coburg.de

International Office
Friedrich-Streib-Straße 2
96450 Coburg, Germany
Tel: 09561 / 317-319
Email: international-office@hs-coburg.de