Laboratory for Adhesive Technologies
The Lab for Adhesive Technologies is used for practical trainings related to the lectures "Adhesive Technology" and "Manufacturing Technology 2".
Moreover, it is used for student project works, degree theses, and research and development projects with a special focus on praxis-related application solutions. Additionally, the laboratory staff supports other laboratories and facilities of the Aachen university of applied sciences in terms of adhesive questions and bonding works.
Equipment
Dispensing systems
Operation / automation
Surface treatment
Further
Room Goe 01 1 02
Head of the laboratory
Laboratory staff
Laboratory for Applied Mechanics / Finite Element Analysis (FEA)
Applied Mechanics and its follow-up subjects (i.e. Finite Elements, Machine Dynamics and Dynamics of Multi-body Systems) form an important part in Mechanical Engineering and Mechatronics. The currently available computer-aided design tools are indispensible for problem solving. The Laboratory for Applied Mechanics / FEA provides a modern learning and development environment, in which students learn to use simulation programs efficiently.
Equipment
CAD-Tools
Finite-Elemente Programs
Strenght verification FKM
Vibration analysis / multi-body simulation
Room Goe 00204
T +49.241.6009 52451
Head of the laboratory
Laboratory staff
Laboratory for Automation Technology and Robotics
Automation is a highly interdisciplinary field in which essential topics of mechanical engineering, mechatronics and electrical engineering are overlapping. It goes along with the fascination to build machines that are able to run processes autonomously.
The lab is focussed on automated assembly. It is equipped with:
The main components of automation technology are introduced in practical trainings. Parts of the assembly line have been developed in student projects.
Robotics is a major part of automation. A typical assembly robot (SCARA) and a universal robot as common representatives of the robotics industry are here at disposal. Both are equipped with image processing systems. Besides programming the robots directly at the line, simulation is another essential aspect of the practical training program.
Recently, the automation technology and robotics laboratory was supplemented by a range of mobile, autonomous systems. Wheeled platforms (TurtleBot, NXT and in-house developments) belong to them as well as humanoid robots (Nao), which give an insight into the complex kinematics and programming of humanoid service robots. These robots are able to play soccer as well ...
Room Goe 01 4 08
Head of the laboratory
Laboratory staff
Equipment
Assembly line with automotive transport trolley
Automated assembly line with five assembly stations, consisting of typical industrial components for assembly tasks on cylinder heads for diesel engines, such as:
Modular assembly system with double-strap transfer system
Workpiece carrier transfer system with diverts and infeeds to realize assembly task on mobile phones, consisting of:
6-axes universal robot
4-axes assembly robot
Humanoid robots (Nao)
Mobile, autonomous robots
CAD Laboratory
Practical trainings
The CAD lab is used for the following practical trainings:
The participation in Basics of CAD is compulsory for all students. Here they learn the basic 3D techniques required for using a CAD system. The training is performed in groups with 15 person.
The CAD/CAM practical training comprises two parts: In the first part (CAD), the capabilities of modern CAD systems are demonstrated. Students are introduced to ways of modeling and assembly modeling and much more by using the Inventor CAD system.
In the second part of the training (CAM), students deal with the computer-aided generation of milling programs. This part of the training takes place in the CAD/CAM lab.
Room Goe 03307
Head of the laboratory
Laboratory staff
Equipment
Hardware
Software
CAD/CAM Laboratory
The equipment of the CAD/CAM Laboratory of the FH Aachen University of Applied Sciences reflects the entire CAx process chain in the production field; from model data acquisition/compilation and rapid prototyping up to the milling of components on modern 5-axis milling machines.
The following lab equipment can be used for practical trainings and project works:
Model Data Acquisition:
Model Data Generation (CAD):
Rapid Prototyping:
Machine Simulation:
Manufacturing (CAM):
Room Goe 02 4 08
T +49.241.6009 52474
Head of the laboratory
Laboratory staff
Equipment
Hardware
Software
Workshop building (used for practical trainings)
Central Machine Shop
The Aachen University of Applied Sciences provides an excellent training in modern and future-oriented professions. Its close cooperation with regional and international companies as well as renowned research facilities promotes the quality of our study programs. For the faculties 5, 6 and 8, the Central Machine Shop manufactures complex work pieces and devices in individual production for experimental setups and degree theses. It also works closely together with various firms in the field of prototyping.
Drilling machines, conventional lathes and milling machines, CNC lathes and milling machines and sheet metal processing machines belong to the equipment of the Central Machine Shop as well as devices for all common welding procedures.
Furthermore, the facilities of the Central Machine Shop are constantly being used for student projects, degree theses, R&D projects in cooperation with industrial partners, and for various practical trainings, whereas the latter focusses more on practice-related manufacturing issues.
The staff of the Central Machine Shop consists of:
1 Manager
1 Deputy Manager
3 skilled workers
8 apprentices
Every year, the Central Machine Shop employs 2 apprentices as Industrial Mechanics, specializing in precision tool making. The apprenticeship stretches over a period of 3,5 years.
Goethestraße 1
T +49.241.6009 52334
F +49.241.6009 52346
Equipment:
Laboratory for Coating Analysis
The lecture Coating Technologies includes some practical training units that students carry out in this laboratory.
The lab is equipped with a highly sensitive nanoindenter for hardness measurements and two measuring microscopes for universal use.
Equipment:
Room Goe U1219
T +49.241.6009 52944
Head of Laboratory
Laboratory Staff
Numerical simulation and hands-on experimental setups, among others, are used in the lab "Control and simulation technology for rail vehicles" for teaching different topics of control and simulation technology for rail vehicles.
Besides ten PC work places, the main parts of the lab equipment are experimental setups for control and simulation technology installed on rail vehicles. The experimental setupst have been specially developed for the degree program.
In practical trainings of the modul Simulation Technology, students have to work on different tasks using numerical simulation.
In Control Technology, students deal (among other topics) with the real time transfer of information via different bus systems such as MVB, CAN or wired train bus.
The practical training is structured in a way that allows students to develop a rail-specific control task by their own on the example of a door control - from analyzing the system at the beginning, choosing the right components, to implementation, and testing.
Equipment
Room Goe 03 4 07
T +49.241.6009 52515
Head of Laboratory
Laboratory Staff
Data Processing Laboratory
The Data Processing Lab is used for the following trainings:
Equipment
Hardware
Software
Room Goe 01202
Head of the laboratory
Laboratory staff
Flow Laboratory
Goettinger wind tunnel
Testing bodies in flow fields
Water tank
Pipeline test benches
Pelton turbine
Centrifugal pumps test stations
Axial fan on suction chamber test bench
Radia fan test bench
Room Goe 00116
Head of the laboratory
Laboratory staff
Equipment
Laboratory for geometric dimensioning and tolerancing (GD&T)
The lab is mainly used for the following practical trainings:
Equipment
Room Goe 01 4 08
Head of the laboratory
Laboratory staff
GoetheLab for Additive Manufacturing
The laboratory is used for the courses Rapid Prototyping and Laser Technology, but also for the Faculty of Mechanical Engineering and Mechatronics' master degree programs. Go to the GoetheLab homepage.
Prof. Gebhardt (faculty 8), who leads the teaching and research field "High performance processes in manufacturing and rapid prototyping", has worked mainly in the area of additive manufacturing of plastic prototypes. His findings have drawn international attention.
At the end of 2010, he included metal processing in his studies on additive prototype manufacturing. Thus he entered not only uncharted territory for the FH Aachen University of Applied Sciences, but also tackled a new issue that industrial manufacturers were facing. In the meantime, the findings of different research projects have paved the way that allows to process various steel alloys as well as precious metals, e.g. silver.
The cooperation with the company CP-GmbH and its extensive practical experiences led to the following (meanwhile regarded as standard) textbook:
as well as to the concise study edition in English language:
Both textbooks are available in the FH library in sufficient quantity.
The Goethe lab team has presented its projects in the edition "Karrierestart Young Professionals Technik" (ISSN 1862-9253), winter semester 2013/14, published by IWV. Here ist the article (only in German).
Equipment
GoetheLab for Additive Manufacturing – Laboratory
Goethestrasse 1, Room 04304
Head of the laboratory
Laboratory staff
Hydraulics Laboratory
This lab is used for the practical training Drives.
The hydraulic behavior of single components and components connected in series and/or parallel can be studied in this practical training by means of measurements.
Equipment
Hardware
Software
Room Goe 02308
Head of the laboratory
Laboratory staff
Industrie 4.0 model factory
The Industrie 4.0 model factory of the Faculty for Mechanical Engineering and Mechatronics demonstrates industrial applications and their processes. The visitors learn about modern industrial concepts and integration solutions through fully automated systems, driverless transport systems, robotics, but also by manual hands-on experience.
A particular feature of the model factory is its holistic approach to research: The visitors
The Industrie 4.0 model factory is used for project works and research works (in the context of doctorates) as well as an object of study for related lectures.
Equipment
The model factory consists of:
Room AMA Rondell
(Aachen-Münchener Allee 1)
Head of the laboratory
Laboratory staff
Laboratory for Machine Design
This laboratory is used for practical trainings of the following lectures (or modules): Machine Elements, Machine Design Theory, Machine Elements - Higher Calculation Methods and Tribology.
Furthermore it can be used for student project works and final theses.
Equipment:
Room Goe 03308
Head of the laboratory
Laboratory staff
Laboratory for Materials Engineering
This lab is mainly used for strenght tests on a wide range of materials.
Equipment
Room Goe 00 405
T +49.241.6009 52337
Head of the laboratory
Laboratory staff
Laboratory for Materials-handling Technology, Material Flow, and Logistics
This laboratory is used for:
Equipment
Simulation software WITNESS
Room Goe 01413
Head of the laboratory
Laboratory staff
Metallographic Lab
The Metallographic Lab is used for practical trainngs related to the lectures "Production Processes 2" and "Adhesive Technologies".
Additionally, the laboratory staff supports other labs and facilities of the Aachen University of Applied Sciences (i.e. Welding Lab, Adhesive Technologies Lab, GoetheLab for Additive Manufacturing, Materials Engineering Lab, Central Machine Shop) and is also used for student project works, degree theses, and research and development projects.
Equipment:
Room Goe 01 1 01
Head of the laboratory
Laboratory staff
Application Laboratory for Microtechnical Components and Systems
This lab is used for the following practical trainings: Microtechnology, Sensors and Actuators, and Micromechatronic Systems. Additionally, it is used permanently for various student projects dealing with applications of microtechnical components and systems.
Head of the laboratory
Laboratory staff
Equipment
PC systems
Software
Hardware (listing incomplete)
Laboratory for Nondestructive Testing of Materials
The lab is equipped with an X-ray inspection unit for nondestructive testing of materials (NdT). The X-ray unit is used for research and training at the FH Aachen University of Applied Sciences to inspect materials for hidden flaws. Different wall thicknesses and various materials can be examined, such as steel, light metals, ceramics, plastics, sintered or wooden materials, and slate. The X-ray unit has two replaceable tubes with different focal points.
The X-ray images show a large depth of field which makes it easy to detect flaws, e.g. according to the assessment group B of DIN EN ISO 5817.
Equipment
Room Goe 02 210
T +49.241.6009 52337
roentgenlabor(at)fh-aachen.de
Head of the laboratory
Laboratory staff
Physics Laboratory
Almost all students of the three faculties Mechanical Engineering and Mechatronics, Aerospace Technology, and Electrical Engineering and Information Technology use the Physics Laboratory in their 1. or 2. semester, because a practical training in Physics is part of the Physics course. The lab holds approximately 15 experimental setups (in different versions, each 2-6 times), allowing students to conduct measurements in Mechanics, Electrodynamics, Optics and Solid State Physics. In addition, the following devices are available for scientific studies: two photospectrometers, a Faraday spectrometer, a setup for measuring optical modes in planar magneto-optical waveguides, an ellipsometer and optical benches with various optical components.
A particular highlight of the Physics Laboratory is the large collection of physical gadgets (toys) which can be used for a variety of creative experiments.
Room Hoh 00207 | Hoh U1214 | Hoh U1208a
T +49.241.6009 52374
Head of the laboratory
Equipment
Laboratory for Production-related Measurement Techniques
This laboratory is used for experiments that belong to the practical training of the course Manufacturing Processes (course No. 82106).
The accuracy of components that are being produced plays an ever-increasing role in manufacturing technology. Therefore, the geometric dimensions of the components as well as their surface quality have to be checked and compared with the given requirements already during the production process.
Furthermore, students are free to use the laboratory for projects or their bachelor and master theses.
Equipment
Room Goe 01409
T +49 241 6009 52358
Head of the laboratory
Laboratory staff
Laboratory for Railway Systems Engineering
The opening of the laboratory goes along with the introduction of the bachelor degree program Railway Systems Engineering (B.Eng.) at the Aachen University of Applied Sciences in 2010.
The lab is used for presentations and tests regarding various aspects of railway technology. Students of the degree program have also the opportunity to use the lab as learning and tutorial room. The lab is equipped with a wheel-rail-system model, a cab driving simulator and a model railway with a railway control center simulation, which includes a demonstration of the project FlexCargoRail.
As the laboratory is still in its set-up phase and not yet in its final location, its equipment has not yet been finalized. For example, there are plans to purchase a railway control center simulation that provides work places for approximately eight students.
Equipment
Room Goe 03 4 08
T +49.241.6009 52422
Head of the laboratory
Laboratory staff
Laboratory for Rail Vehicle Technology
The Rail Vehicle Technology Laboratory is used for practical trainings that belong to the lectures "Schienenfahrzeugtechnik 1 & 2" as well as for all kind of works on our locomotive "Emma".
Equipment:
Room Goe U1410
Head of Laboratory
Laboratory Staff
Laboratory for Thermodynamics and Energy Technology
Thermodynamics is a basic course that belongs to the curriculum's required subjects. At present, the practical training in Thermodynamics consists of the following three experiments:
The experiments are designed such that students can conduct them on their own.
Energy Technology is an elective course for which the lab provides experimenal set-ups and testing equipment for the following issues:
Equipment
Room Goe 00108 und 00109
T +49.241.6009 52447
Head of the laboratory
Laboratory staff
Tribology Lab
The Tribology Lab is used for practical trainings related to the lectures Machine Design, Machine Elements, Higher Calculation Methods, and Triboloy.
Additionally, it is used for student project works and degree theses which refer to such issues as friction, lubrication and wear.
Equipment
Room GoeU 1218 T +49.241.6009 52929
Room Goe U 1220 T +49.241.6009 52928
Head of Laboratory
Laboratory Staff
Welding Laboratory
The Welding lab is used for practical trainings that go along with the following courses: Joining Processes, Welding and Innovative Manufacturing Procedures II.
In addition, it is frequently used for student projects, final theses and R&D projects in collaboration with industrial partners. Here the emphasis is on practical manufacturing issues. | more details
Equipment:
Room 00 1 01
Head of the laboratory
Laboratory staff