Robotics, automation technology, industry 4.0, autonomous systems, resource friendly environmental protection, energy efficiency or electro-mobility are the key words of modern industry. However, particularly in the field of mechanical engineering, plant engineering and vehicle technology, the damage caused by the impermissible reproduction of products and components is enormous.
This is because the investment costs are typically high in this industry, in order to develop and manufacture a product. An additional problem is that third-party suppliers increasingly offer spare parts, since their manufacture and sales offer the greatest profit margins.
Electrical Engineering
Protection for electrical components, circuits and processes of telecommunications
The increasing networking of technical components requires huge developments in the field of telecommunications and network technology. Even the electrical power supply (power plant technology, solar technology, energy storage systems, renewable energies, circuit technology, measurement and control technology) is increasingly using communication between energy producers and energy consumers in order to be able to provide energy resources flexibly and environmentally friendly. Here we are experts.
We help you to protect your electrical components and circuits, as well as their networked communication. Protection may include the development and manufacture of integrated circuits (semiconductor technology, chip design, process design, memory modules) including their specific applications in communications engineering or optical communication technology.
Medical technology is the application of engineering principles and rules in the field of medicine. Modern medical technology therefore deals interdisciplinarily with a variety of technical fields, in which apparatus construction, computer science, electrical engineering, analytical methods with diagnostic methods and therapy methods of medicine are intersecting. An example are imaging methods (e.g., based on magnetic resonance), which may include inventive components in a variety of areas: In the used control sequence, automatic evaluation of the image data (for example image segmentation), coupling with parallel therapy methods (ultrasound or laser treatment), as well as in the special arrangement and technical design of the electronic components used (amplifiers, magnet design, wave-guides).
