Laboratory for Intelligent Production Systems

Hello and welcome to the website of the Laboratory for Intelligent Production Systems

The Laboratory for Intelligent Production Systems represents a cross-disciplinary intersection between the fields of manufacturing engineering, mechatronic production systems, machine tools, and assembly technology, while also addressing aspects of quality-assuring process monitoring, production planning, and, last but not least, in-house logistics. As such, the laboratory reflects the key components of a modern industrial value chain and demonstrates the application of computer-integrated manufacturing in the spirit of Industry 4.0.

Interactive Assembly Process

As an example, an interactive assembly process was set up that can be configured in various ways for teaching and research purposes and can optionally be supplied with components from other areas of the laboratory.

The goal is to assemble small products and, in doing so, to study not only technological issues but also the use of identification technologies (smart glasses, barcodes, and RFID) as well as, in a subsequent phase, integration with an industrial robot.

In addition, we use an augmented reality system—specifically, Microsoft HoloLens 2—as an assembly assistance system.

Laboratory Setup

The laboratory setup is designed to optimally prepare students for future careers in industrial sectors where complex technical products are manufactured cost-effectively. Starting with a specific assembly, students are to define the necessary assembly process—along with any required fixtures—and select appropriate tools. Ideally, students will have previously designed the assembly in question as part of another course (Design, Lightweight Construction, Product Design, etc.).

The process definition should also include an analysis from economic and ergonomic perspectives to determine which work steps are to be performed by humans and which by a collaborative robot.

This task is rounded out by defining monitoring criteria and selecting appropriate sensors. The process must then be defined as a workflow in the assembly assistance system and implemented as hardware.

Projects

A key focus of the work in our lab is the various projects and theses undertaken by our students.

CNC-controlled milling machine

One example worth mentioning here is the design and construction of a CNC-controlled milling machine that was developed specifically for the production of so-called “shadow boards” (foam drawer inserts).

The milling machine was designed, built, and commissioned as part of a bachelor’s thesis. Work is currently underway to enclose the milling machine.

List of Theses Completed in the Laboratory

Bachelor's Theses

  • [Oltrop 2021] Oltrop, D.: Definition of an Industry-Ready Assembly Process and Its Implementation Using an Assembly Assistance System. Unpublished bachelor's thesis, Laboratory for Intelligent Production Systems, Emden/Leer University of Applied Sciences, Emden (2021) - Excerpt (Abstract and Table of Contents)
  • [Timmerevers 2021] Timmerevers, C.: Commissioning and configuration of an assembly assistance system and development of a test application. Unpublished bachelor’s thesis, Laboratory for Intelligent Production Systems, Emden/Leer University of Applied Sciences, Emden (2021) – Excerpt (abstract and table of contents)
  • [Kaffka 2021] Kaffka, J.: Teaching Concept for a Lab Exercise on the Assembly Technology Module, Unpublished Bachelor’s Thesis, Laboratory for Intelligent Production Systems, Emden/Leer University of Applied Sciences, Emden (2021) – Excerpt (Abstract and Table of Contents)

Job Openings

as a working student

Working Student in Vehicle Inspection

as an intern

Intern in Vehicle Inspection

 

 


Contact

Hochschule Emden/Leer - Fachbereich Technik - Abt. Maschinenbau
University of Applied Sciences - Department of Mechanical Engineering
Labor für Intelligente Produktionssysteme
Constantiaplatz 4
26723 Emden

 

Prof. Dr.-Ing. Martin Lünemann

Room: T 229

Phone: 04921-8071471

Fax: 04921-8071429

martin.luenemann(at)hs-emden-leer.de

Ralf Olthoff, M.Sc.

Room: T 163

Phone: 04921-8071363

Fax: 04921-8071429

ralf.olthoff(at)hs-emden-leer.de