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| Engineering Mechanics-Design | Mechatronics | Thermal engineering | Refrigeration | Fluid mechanics | HVAC |
| Hydraulics for Civil Engineering | Fluid machinery | Process engineering | 2E Energy | 2E Environment |
| Fundamentals of thermodynamics | Heat exchangers | |
| Thermal fluid energy machines | Internal combustion engines |
| Mechanical process engineering | Thermal process engineering | |||
| Chemical process engineering | Biological process engineering | Water treatment |
Engineering design
Engineering design is a central and challenging area of learning within engineering education.By carefully developing fundamental topics such as statics, strength of materials and dynamics, machine elements, materials testing, descriptive geometry and engineering drawings, students are prepared for subsequent professional activities.
- Engineering drawing
- Cutaway models
- Machine elements fasteners
- Machine elements bearings
- Machine & Transmission
- Assembly exercises
The educational objective of the “Engineering Drawing” course is the presentation of specific applications and the use of real workpieces and standard parts. The intention is to teach technical communication skills and to develop the real-world drawing tasks from a wider technological environment.
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| Engineering drawing: three-dimensional display | Engineering drawing: casting | Assembly of lever press | ||
| Set of models for fundamentals of technical drawing | Two workpieces for technical drawing on the topic of cast parts | For drawing, measurement and assembly exercises | ||
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| Assembly of lever shears | Engineering drawing: rotationally symmetrical components | Engineering drawing: safety catch | ||
| Complex course for drawing and assembly exercises | Technical drawing course for the representation of rotationally symmetrical parts | Practice model providing an introduction to technical drawing | ||
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| Assembly of bending device | ||||
| For drawing, measurement and assembly exercises |
Engineering animations such as cutaway models are ideally suited to representing processes and functions. GUNT uses up-to-date original parts for its cutaway models. Movement and switching functions are maintained.
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| Cutaway model: worm gear | Cutaway model: mitre gear | Cutaway model: spur gear | ||
| Manually operated open samples of various drive components and elements | Manually operated open samples of various drive components and elements | Manually operated open samples of various drive components and elements | ||
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| Cutaway model: two-stage spur gear | Cutaway model: planetary gear | Cutaway model: variable speed belt drive | ||
| Manually operated open samples of various drive components and elements | Manually operated open samples of various drive components and elements | Manually operated open samples of various drive components and elements | ||
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| Cutaway model: control gear | Cutaway model: multiple-disk clutch | Cutaway Model Electromagnetic Single Disk Brake | ||
| Manually operated open samples of various drive components and elements | Manually operated open samples of various drive components and elements | Manually operated open samples of various drive components and elements | ||
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| Cutaway model: pedestal bearing | ||||
| Manually operated open samples of various drive components and elements |
Connecting elements are used when the components in the machine are intended to be fixed firmly to each other. Fixing screws, rivets and studs are discrete elements that are usually detachable and can be reused.
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| Nuts and bolts kit | Screw-locking devices kit | Thread types kit | ||
| Comprehensive instructional kit of the main nuts and bolts used in engineering | Familiarisation with the relevant standard designations and terms, including graphical representation | Determining the thread type with the thread gauge | ||
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| Thread testing | Screw connections testing | |||
| Thread efficiencies for different pairs of materials and thread pitches | Correlation between tightening torque and tension force on standardised bolts | |||
Bearing elements can absorb and divert forces, secure rotary motion of shafts and axles, and allow axial guiding of shafts. A distinction is made between slide bearings and roller bearings depending on the design..
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| Roller bearings kit |
| Familiarisation with the major types of roller bearings |
Complex machine elements used to alter the motion variables of path, velocity and acceleration are known as conversion elements or gearsd.
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| Principle of gear units | Cam mechanism | Spur gear unit | ||
| Fundamental principles of belt drives, wheel and disc drives, and gear trains | Demonstration and measurement of the displacement curves for cam mechanisms | Mode of operation and layout of toothed gearing mechanisms | ||
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| Worm gear unit | Cable winch | Belt drive and belt frictio | ||
| Mode of operation and layout of a worm gear | Using force equilibrium considerations to determine load transmission and efficiency | Investigating the influence of the angle of contact, coefficient of friction and belt force on belt drives and belt friction | ||
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| Assembly simple drives | Assembly combined drives | Assembly step and shift gears | ||
| Versatile assembly exercise for simple drives using a belt, chain sprockets or a roller chain | Versatile assembly exercise for combined drives | Versatile assembly exercise for various step and gear units | ||
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| Lathe gear | Determination of gear efficiency | |||
| Safe and clear demonstration of function of the gears on a conventional lathe | Test apparatus for determining mechanical drive and braking efficiency for spur and worm gears |
Using assembly exercises links engineering communication to the associated technical operations such as assembly and manufacturing. In this way, theoretical and practical learning content supports the skills of reading and understanding drawings, graphs and schematic.
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| Assembly shaft with journal bearings | Assembly hydrodynamic journal bearing | Alignment of drives, shafts and gears | ||
| Design and function of a simple journal bearing | Design and function of a hydrodynamic journal bearing | Mechanical drive technology; functional testing for assembly objects MT 110, MT 110.02 and MT 170 | ||
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| Assembly spur gear | Assembly spur wheel / worm gear mechanism | Assembly materials tester | ||
| Design and function of a spur gear with helical gear wheels | Assembly of an industrial gear unit, using simple tools and jigs | Study project with extensive practical relevance for training in metal working professions by constructing a hydraulic tensile/pressure testing device | ||
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| Assembly data acquisition for materials tester | ||||
| Mechanical and electrical engineering assembly kit: fully functional data acquisition for the materials tester MT 190 | ||||