Seminar Modules
Find out more about training modules which have already a structured content. The design of a curriculum tailored to your needs and desired seminar topics is of course possible.
We can also organize the implementation locally on your site. For more detail and appointments please contact us.
Seminar Modules
- Smart Machinery
- Emergency Management
- Robotic Software
- Robotic Technology
Smart Construction Machinery
The challenges for modern construction machinery are steadily increasing. Thus, in view of the finite resources of fossil fuels like oil and gas, prices for energy can be expected to rise steadily in the future. Also, construction machinery needs to complete difficult tasks in ever shorter periods of time and with higher accuracy. This leads to an ever-increasing burden on the machine operators, thus the risk of errors caused by overwork inevitably grows. To increase productivity, accuracy and safety while reducing the energy consumption and pressure on the machine operator, new ways must be explored.
The training creates prerequisites for the successful development of competitive advantages of your business and increases your company's technological lead. The training is pointing out to the participants a possible way for Construction Vehicles to successfully master future challenges.
For this purpose, the participants will be introduced to the ways towards "intelligent construction vehicles" with the help of robotic technologies. This training does not claim to be encompassing all aspects of building intelligent construction vehicles machines detail. It rather provides an orientation on this extensive topic and strategy-decision, direction and foundation. For a deeper insight into this topic we suggest our basic and specialized training courses as well as our general range of seminars.
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Category: |
Orientation seminar |
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Focus group: |
Construction machinery manufacturers who are face with the challenges of the future and the necessity to conquer new market segments. Levels: President, CEO and GM, Management, Engineers and Researcher in the fields of Electrics / Electronics, Mechatronics, R & D, Engineering / Construction, Specialized Personnel and Designer for Technology and Performance Standards |
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Organizer: |
The training is offered by the German Technologies Center e.V. in cooperation with rtb-‐group robotic technology business group GmbH, Berlin, Robowatch Industries GmbH, Berlin and the Technical University at Wildau. |
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Attendance: |
at least 20 participants |
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Seminar content: |
Intelligent construction machinery Defining the term „intelligent“ in regard to construction machinery Robotic functions Definition of the term Robotic Facets of Robotics with examples Components for automated Construction Machinery Internal Sensors External Sensors Actuators Interfaces Energy- and Communication Systems Control-, Adjust- and Computer Systems Safety Systems Types of Automation Driver Assistance Systems Remote Control Semi‐autonomous and fully-autonomous Development of Intelligent Construction Machinery What does it take? Multi-step Concept towards Autonomous Construction Machinery |
Emergency Management in Hazard and Damage Situations focussing on radiological and nuclear Hazards
The management of hazard and damage situations requires the highest demands on the governmental crisis management and emergency organizations.
In this workshop, the conditions and requirements of a modern disaster management are presented and explained on the example of Germany's nuclear and radiological emergency protection model.
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Category: |
Workshop |
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Focus Group: |
Professionals and Manager of governmental institutions involved in civil protection and prevention Professionals and Manager of operating companies in the field of nuclear facilities |
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Organizer: |
This workshop is offered by the German Technologies Center e.V. in cooperation with rtb-group robotic technology business group GmbH, Berlin. |
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Attendance: |
at least 20 Participants |
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Content of Workshop: |
Risk analysis - Risk assessment - Risk management Conceptual derivatives of the management tasks in the phases: Prevention Precaution Accomplishment (reactive) Restoration/Rehabilitation "System of Systems" - Structures, Segregation of Duties, Interfaces Ability profiles Crisis management Emergency services Self-help of citizens Procedural requirements Operational principles Physical facilities Personnel requirements and training in Crisis management in Response organization |
Software for robotic vehicles
Software algorithms form the core of autonomous mobile robot behavior.
This training course will give an overview over the most important software concepts and helps to build the know-how required to develop autonomous robot software.
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Category: |
Orientation seminar |
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Focus Group: |
Software engineers that had some exposure to robot technology and have the technical and mathematical background to understand advanced algorithms. Construction and electrical engineers that are involved in robot sensor management will benefit from parts of the course about sensor processing |
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Organizer: |
This seminar is offered by German Technologies Center e.V. in cooperation with rtb-group robotic technology business group GmbH, Berlin and Robowatch Industries GmbH, Berlin. |
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Attendance: |
at least 20 participants |
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Seminar content: |
This section will introduce sensor errors and software methods to measure them and to reduce them by sensor calibration or filtering. 1. Sensor error types 2. Statistical sensor error analysis 3. Timing and interpolation 4. Sensor calibration Determining the pose of the mobile robot if often essential for autonomous behaviors. This section will introduce modern sensor fusion concepts and algorithms upon which localization solutions can be built. 1. Sensor classes 2. Sensor error handling 3. Coordinate transformations and 3D rotation representations 4. Statistical sensor fusion algorithms from the Bayes family 5. Localization with maps Autonomous behavior often means staying on or finding a specific path while avoiding obstacles. This section will present software methods that can be used for these purposes. 1. Curved trajectories built on user-defined GPS way points 2. Local mapping for motion planning 3. Local path planning and obstacle avoidance methods |
Overview of robotic technology
Goal of this seminar is to give participants a good overview of the current state of affairs in robotic technology.
After visiting this seminar, they should be able to develop ideas on which components of robotic technology might be put into their own products.
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Category: |
Orientation training |
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Focus Group: |
Engineers and managers of companies that have not yet had much exposure to robotic technology, and who would like to introduce new technologies into their trade in order to overcome the challenges of the future |
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Organizer: |
The training is offered by the German Technologies Center e.V. in cooperation with rtb-group robotic technology business group GmbH, Berlin and Robowatch Industries GmbH, Berlin. |
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Attendance: |
at least 20 Participants |
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Content of training: |
Modus operandi for robotic vehicles Remote control, assisted remote control, and autonomous behavior Components of robotic technology Mechanical, electronical, and software components of robotic vehicles What can robotics do? Current state of affairs in robotics research What can robotics not do? Limitations due to technology and politics Development trends Current research topics in industry and universities |