Automationslaboratorium
Praktisk automation, styrning och industriell kommunikation
Studenterna lär sig PLC-programmering, SCADA-system, PID-reglering och datakommunikation för verkliga industriella processer.
Automation, PLC och SCADA
Reglerteknik med PID
Industriell kommunikation (OPC UA, Modbus)
Digital Twin Lab
Virtual models for real-world systems and smart industry
The Digital Twin Lab focuses on creating virtual representations of physical systems, machines, and industrial processes. Students learn how digital twins can be used to monitor, simulate, analyze, and optimize real-world operations in manufacturing, energy, and smart infrastructure environments.
Digital twin technologies
Real-time system monitoring
Industrial simulation and modeling
Data-driven decision making
Industry 4.0 applications
Electrical Automation Laboratory
Smart control systems for modern industry
The Electrical Automation Laboratory focuses on the integration of electrical engineering and automation technologies. Students learn how electrical systems are monitored, controlled, and optimized using automation equipment commonly found in industrial environments.
Electrical control systems and industrial automation technologies
PLC programming, process monitoring, and smart control solutions
Motor drives, sensors, and industrial instrumentation
Practical applications in manufacturing, energy, and automated systems
IOT-laboratoriet
Bygga och programmera riktiga IoT-enheter och system
IoT-laboratoriet lär studenterna hur man designar, bygger och programmerar verkliga IoT-enheter med hjälp av både kommersiella och specialanpassade noder. Studenterna arbetar med sensorer, aktuatorer och moln- eller lokala IoT-plattformar för att förstå hur uppkopplade system samlar in data och automatiserar processer i verkliga miljöer.
Anpassade IoT-enheter med sensorer och aktuatorer
Molnbaserad och lokal IoT-programmering
Realtidsdataövervakning och integration
Mechanical Automation Laboratory
Smart automation for mechanical systems and industrial production
The Mechanical Automation Laboratory combines mechanical engineering and automation technologies to develop efficient production systems and intelligent machinery. Students learn how automated mechanical systems are designed, controlled, and optimized in modern industrial environments.
Automated production systems and industrial machinery
Mechanical systems integrated with sensors and control technologies
Pneumatic, hydraulic, and electromechanical automation
Smart manufacturing and industrial process optimization
Robotics Laboratory
Industrial robotics and intelligent automation
The Robotics Laboratory provides hands-on experience with industrial robots, automation systems, and smart manufacturing technologies. Students learn how robotic systems are programmed, controlled, and integrated into modern production environments.
Industrial robot programming and automation
Robotic object handling and assembly applications
Machine vision and intelligent sensing technologies
Smart manufacturing and Industry 4.0 solutions
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