Bachelor of Engineering Technology (Automation and Robotics) with Honours (ART) program is ETAC accredited and registered at MQA under the Electronics and Automation specialization area. The duration of full-time study generally takes 4 years to complete. Students are required to complete 120 credit hours of courses that include engineering technology core, humanities, technopreneur, capstone, final year project, and industrial training.

The four-year Bachelor of Engineering (Automation and Robotics) degree program prepares you for a career in the field of automation and robotics. Autonomous and remotely operated systems are deployed the world over with ever-increasing frequency. Such systems are being implemented in many instances to reduce risk to human workers, to achieve higher efficiencies in manufacturing, and to improve the quality of lives through robot-assisted rehabilitation and care.

Earn a Bachelor of Science in Mechatronics and Robotics Engineering Technology to shape the future. This program blends robotics, automation, and engineering to equip you with the skills to work in industries like aerospace, automotive, and manufacturing. Get ready for a future-proof career.

A printer, smart phone, air temperature thermostat, refrigerator with digital management mechanism, smart washing machine, robot grass trimmer, or vacuum cleaners - all of these are mechatronics and robotics engineers' products that we encounter with on a daily basis. These gadgets and devices facilitate household chores and are used as integral parts of the most advanced technical systems, medical equipment, warfare manufacture, production.

Intelligent Software Robotics is a professional Master’s degree program focused on key subjects such as automation, neurotechnology, software robots, artificial intelligence, and signal processing. Graduates will possess the technical expertise necessary to pursue doctorate programs or work in software development divisions.

This program focuses on the engineering methods and technologies essential for developing autonomous mobile systems, such as robots, that can operate independently without constant human supervision. The program emphasizes the application of these methods and technologies in the fields of robotics and automation, including industries such as automotive and transportation, communication technologies, marine technology, and logistics.

The new Bachelor’s degree in Robotics Engineering seeks to form professionals who are capable of taking on and resolving highly complex technological problems, ranging from robot design to real-world implementation. Robotics influences all aspects of everyday life. It is a transversal discipline that encompasses a broad spectrum of technologies, and according to a recent study by MIT, it is one of the 10 technologies of the future.

The mission of the Robotics study program in the domain of Mechatronics and Robotics is to train production and research engineers in the field of robotics, providing students with high-level skills that enable them to design robotic equipment and systems, from simple and complex, to integrate robotics in flexible manufacturing systems, to program and lead integrated computer production systems and solve application and research problems specific to the field of mechatronics and robotics.

Bachelor in Robot Engineering focuses on cultivating students with professional quality and innovation in the field of robotics, who can engage in scientific and technological research, product research development, high-quality compound engineering, and technical talents for project implementation.

Mechatronics and Robotics engineers at Heilbronn University of Applied Sciences solve the technical problems of today and develop the products of tomorrow, e.g. head-up displays that show important information in the drivers´ field of vision, inter-connected robots, laser processing machines and sensors in an industrial internet environment, lightweight, but high-strength bionic structures produced through 3D-printing.

Robotic and autonomous systems are now used in areas such as autonomous vehicle guidance, healthcare, remote surgery, industrial manufacturing and domestic assistance. This multi-disciplined BEng in Robotics, Autonomous and Interactive Systems brings together electronics, computer software, and mechanics. In the first three years, you’ll be given a background in all three disciplines, along with the opportunity to build integrated systems. In the final year, you can either continue with a broad-based curriculum or specialise in particular aspects of contemporary robotics.

The Bachelor's program "Electromobility, Autonomous Driving and Mobile Robotics - International" is aimed at you as an international prospective student, as in the first three semesters you will receive German language courses as part of the curriculum in addition to technical training in English. This not only enables you to attend lectures in German from the fourth semester onwards. This guarantees you a successful entry into the German job market.

While we shouldn’t overindulge in thinking about the catastrophic future scenarios of science fiction, but… the future belongs to robots! They will drive us around, will take care of our houses, mow our lawn, prepare drinks or food for us. This is already happening – according to research, the number of robots currently in the global workforce is 2.25 million and has doubled since 2010.

The Graduate Certificate in Robotics offers a clear pathway for those interested in enhancing their skills in automation, control systems, artificial intelligence, and robotics design. The program cov...

The robotics and automation engineering technology bachelor’s degree provides students the technical knowledge and analytical skills needed to design, build, and control the movements and actions of robots and automation systems. This program provides experiential learning in the fundamental areas of machine design and analysis and digital and analog circuits, along with specialized training in robotics and automation topics such as automated control systems, manufacturing, robotic programming algorithms, and various sensor systems including machine vision.