Smart Biotechnical Systems
Description
The "Smart Biotechnical Systems" program integrates IoT and autonomous systems to tackle challenges in agriculture, environmental engineering, and other outdoor technical sectors. Its interdisciplinary curriculum fosters innovative problem-solving skills through two core course groups:
- IoT for Outdoor Engineering: Focuses on sensors for monitoring climate, air, soil, and water, alongside network design techniques and IoT cybersecurity.
- Autonomous Equipment: Covers self-driving techniques such as smart computer vision, localization, decision-making, motion planning, and control, as well as the design of electric mobile equipment.
The program equips students to develop sustainable solutions through cutting-edge technologies.
Other Information
Due to the interdisciplinary nature of this MSc program, specific courses are supported by professors from the Faculty of Electronics, Telecommunications, and Information Technology, Faculty of Automation and Computer Science, and Faculty of Mechanical Engineering and Mechatronics.
Career Opportunities:
· Developing advanced IoT solutions for various industries such as agriculture, environmental engineering, or manufacturing
· Design of smart, autonomous mobile equipment for indoor and outdoor applications
· Implementing technologies for real-time monitoring of climate, air quality, water resources, and soil health
· Designing sustainable systems to optimize agricultural processes and improve food production
Curriculum
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