What our customers say...
Dr.-Ing. Mirco Alpen
Faculty of Electrical Engineering, Professor for Control Engineering, Helmut Schmidt University Hamburg
“A competent partner for projects in research and teaching. Creative and solution-oriented!“
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Prof. Dr. Daniel Zöller
Faculty of Engineering (Electrical Engineering and Information Technology), Koblenz University of Applied Sciences
“Very good teaching system QCS, which ensures attention and interest among the students. The cooperation with Emqopter has always been good and successful. Emqopter is a very competent partner who was willing to help with any questions and minor ambiguities.“
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Prof. Dr. Arndt Balzer
Faculty of Computer Science and Business Information Systems, University of Applied Sciences Würzburg-Schweinfurt
“We have been using the QCS for several years in teaching [computer science] and are always pleased with how motivated the students are in dealing with the diverse topics and consistently practice-relevant tasks.“
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As part of the DNeD project, we have used the Q6000 development platform to develop an innovative drone. This drone is capable of placing a sensor on power lines to precisely capture grid data. This allows us to capture the best possible data, far beyond the capabilities of conventional visual inspections. This data makes it possible to optimize the utilization of the grid even more efficiently and identify potential problems at an early stage.
In the MISDRO project, we have built on our Q8000 Coax platform to develop a specially adapted drone for the inspection of bridges. Our customized solutions simplify reliable and precise inspection to control the safety of bridge infrastructures. With our products and services, we set standards in the development of innovative drone solutions for challenging applications.
The QCS teaching system (Quadrotor Control System) is the ideal solution for teaching in the control engineering laboratory at Koblenz University of Applied Sciences. It has been developed specifically to make the learning process practical and effective. The Quadrotor Control System (QCS) supports students in deepening their understanding of control engineering in a targeted manner.
Lecturers benefit from the flexible and didactically well thought-out system, with which the curriculum is efficiently implemented.
The Quadrotor Control System (QCS) is used at the renowned University of Applied Sciences Würzburg-Schweinfurt. Through the use of innovative technology, students experience an interactive and practical learning experience that optimally prepares them for the requirements of the modern computer science (IT) world.
Thanks to our customized applications, lecturers can teach subjects in an exciting and effective way, while students can deepen their knowledge through practical exercises and applications.
With the QCS teaching system, we are setting a new standard in computer science education for future-oriented and motivating teaching and learning.
Prof. Dr. Mohieddine Jelali
Faculty of Process Engineering, Energy and Mechanical Systems, TH Köln
“Very good QCS-teaching system, very competent partner! The cooperation with Emqopter was always good and successful. Management and employees are very attentive, friendly and strongly customer-oriented.“
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Prof. Dr. Christian Bachmeir
Faculty of Computer Science and Business Information Systems, Technical University of Applied Sciences Würzburg-Schweinfurt
“The collision avoidance module CAA from Emqopter helped us in the further development of our Competence Center for “industrial IoT, security, cognitive-CPS/UAV” at our university.“
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Prof. Dr.-Ing. Arno Fischer
Department of Computer Science and Media, University of Applied Sciences Brandenburg
“I have never seen such highly motivated and long lasting concentration, as well as meticulous solution finding at the workplace!“
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Our QCS teaching system is the ideal solution for student work at the renowned Institute for Product Development and Engineering Design at TH Köln. The QCS is a teaching and learning system specially developed for universities and schools. If offers a platform for teaching complex control technology in an understandable and practical way.
The programming of quadrocopters or flying robots (drones) is a particularly motivating example. It inspires learners and helps them to grasp and apply basic concepts in a playful way - with fun and practical learning success.
Thanks to its modular structure and intuitive usability, the QCS system can be flexibly integrated into a wide variety of teaching concepts and thus promotes a deep understanding of technical interrelationships. The close and successful cooperation with the TH Köln shows how flexibly and effectively the QCS teaching system can be integrated into various teaching concepts.
The CAA LU is an intelligent flight assistance system that detects obstacles in the environment, calculates control values to avoid collisions and independently regulates the distance to detected objects or collision avoidance and precise flight control. Equipped with an innovative 360° complementary distance sensor, ultrasonic sensors and 8 high-precision point lasers with an impressive range of 4000cm, the CAA LU offers the best possible safety and control in any situation. Thanks to its advanced IMU and MCU as well as a compact central unit for intelligent evaluation.
Our QCS teaching system is the ideal solution for teaching the subject of “Advanced Programming for Masters” at the renowned SRH School of Technology in Berlin. Designed to meet the demanding requirements of this program, our system offers a comprehensive range of features and resources to support both teachers and students alike. Through innovative technology and hands-on approaches, our teaching system enables effective delivery of advanced programming concepts and practices.
Dr. Michael Hofmann
Former Managing Director Andreas Schmid GmbH
“Determination, progress and forward thinking - that's what Emqopter GmbH embodies for us.“
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Prof. Dr. Sergio Montenegro
Chair of Aerospace Informatics at the University of Würzburg
“Simply great!“
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Our Delivery Drone v1 and customized commissioning enabled the seamless connection between the headquarters of Andreas Schmid Logistik AG in Andreas-Schmid-Straße in Gersthofen and Andreas Schmid GmbH & Co. KG in Daimlerstraße in Gersthofen, within the control zone of Augsburg Airport. With our technology, we are revolutionizing the logistics industry by enabling faster, more reliable and more environmentally friendly deliveries.
The innovative QCS teaching system, specially developed for use in teaching in the aerospace informatics laboratory at the renowned University of Würzburg. Our innovative solution provides comprehensive support for students and lecturers to teach the complex concepts of aerospace informatics in a practical way. With a user-friendly interface and advanced features, the QCS teaching system enables an interactive learning experience that deepens understanding and boosts learner engagement.