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Servo motor and gear system: A photo showing a servo motor and gear system, highlighting the integration of mechanical and electrical systems in mechatronics.
Servo motor and gear system: A photo showing a servo motor and gear system, highlighting the integration of mechanical and electrical systems in mechatronics.

Automotive Painting: A photo displaying a man equipped with advanced sensors and precision control systems, painting a car in an automotive factory. The man uses techniques such as computer vision.
Automotive Painting: A photo displaying a man equipped with advanced sensors and precision control systems, painting a car in an automotive factory. The man uses techniques such as computer vision.

High-speed gears in motion: A photo of high-speed gears rotating to demonstrate the challenges and importance of tribology in high-stress mechanical systems.
High-speed gears in motion: A photo of high-speed gears rotating to demonstrate the challenges and importance of tribology in high-stress mechanical systems.

Close-up of gears in motion: A photo showing gears moving in close detail to highlight the intricate mechanism of tribology
Close-up of gears in motion: A photo showing gears moving in close detail to highlight the intricate mechanism of tribology

High-speed gears in motion: A photo of high-speed gears rotating to demonstrate the challenges and importance of tribology in high-stress mechanical systems.
High-speed gears in motion: A photo of high-speed gears rotating to demonstrate the challenges and importance of tribology in high-stress mechanical systems.

Friction measurement equipment: A photo of a setup used to quantify friction between two surfaces in tribology studies.
Friction measurement equipment: A photo of a setup used to quantify friction between two surfaces in tribology studies.

Friction measurement equipment: A photo of a setup used to quantify friction between two surfaces in tribology studies.
Friction measurement equipment: A photo of a setup used to quantify friction between two surfaces in tribology studies.

High-speed gears in motion: A photo of high-speed gears rotating to demonstrate the challenges and importance of tribology in high-stress mechanical systems.
High-speed gears in motion: A photo of high-speed gears rotating to demonstrate the challenges and importance of tribology in high-stress mechanical systems.

High-speed gears in motion: A photo of high-speed gears rotating to demonstrate the challenges and importance of tribology in high-stress mechanical systems.
High-speed gears in motion: A photo of high-speed gears rotating to demonstrate the challenges and importance of tribology in high-stress mechanical systems.

Autonomous vehicle: A photo of an autonomous car, demonstrating the integration of mechanical, electrical, and software systems for advanced functionality.
Autonomous vehicle: A photo of an autonomous car, demonstrating the integration of mechanical, electrical, and software systems for advanced functionality.

3D printed mechanical component: A photo of a 3D printed mechanical component, highlighting the use of FEA in the design and development of mechanical parts.
3D printed mechanical component: A photo of a 3D printed mechanical component, highlighting the use of FEA in the design and development of mechanical parts.

Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.
Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.

Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.
Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.

High-speed gears in motion: A photo of high-speed gears rotating to demonstrate the challenges and importance of tribology in high-stress mechanical systems.
High-speed gears in motion: A photo of high-speed gears rotating to demonstrate the challenges and importance of tribology in high-stress mechanical systems.

Stress and strain contour plot: A photo of a contour plot showing the distribution of stress and strain in a mechanical system, highlighting the results of FEA simulations.
Stress and strain contour plot: A photo of a contour plot showing the distribution of stress and strain in a mechanical system, highlighting the results of FEA simulations.

Stress and strain contour plot: A photo of a contour plot showing the distribution of stress and strain in a mechanical system, highlighting the results of FEA simulations.
Stress and strain contour plot: A photo of a contour plot showing the distribution of stress and strain in a mechanical system, highlighting the results of FEA simulations.

FEA software interface: A photo of a computer screen showing the interface of an FEA software, emphasizing the importance of computer simulations in FEA.
FEA software interface: A photo of a computer screen showing the interface of an FEA software, emphasizing the importance of computer simulations in FEA.

FEA software interface: A photo of a computer screen showing the interface of an FEA software, emphasizing the importance of computer simulations in FEA.
FEA software interface: A photo of a computer screen showing the interface of an FEA software, emphasizing the importance of computer simulations in FEA.

Stressed mechanical component: A photo of a mechanical component undergoing stress, demonstrating the use of FEA to analyze and improve the strength and reliability of mechanical systems.
Stressed mechanical component: A photo of a mechanical component undergoing stress, demonstrating the use of FEA to analyze and improve the strength and reliability of mechanical systems.

Stressed mechanical component: A photo of a mechanical component undergoing stress, demonstrating the use of FEA to analyze and improve the strength and reliability of mechanical systems.
Stressed mechanical component: A photo of a mechanical component undergoing stress, demonstrating the use of FEA to analyze and improve the strength and reliability of mechanical systems.

FEA software interface: A photo of a computer screen showing the interface of an FEA software, emphasizing the importance of computer simulations in FEA.
FEA software interface: A photo of a computer screen showing the interface of an FEA software, emphasizing the importance of computer simulations in FEA.

3D printed mechanical component: A photo of a 3D printed mechanical component, highlighting the use of FEA in the design and development of mechanical parts.
3D printed mechanical component: A photo of a 3D printed mechanical component, highlighting the use of FEA in the design and development of mechanical parts.

3D printed mechanical component: A photo of a 3D printed mechanical component, highlighting the use of FEA in the design and development of mechanical parts.
3D printed mechanical component: A photo of a 3D printed mechanical component, highlighting the use of FEA in the design and development of mechanical parts.

Computer simulation of a mechanical system: A photo showing a computer simulation of a mechanical system undergoing FEA, demonstrating the numerical analysis of stress, strain, and deformation.
Computer simulation of a mechanical system: A photo showing a computer simulation of a mechanical system undergoing FEA, demonstrating the numerical analysis of stress, strain, and deformation.

Computer simulation of a mechanical system: A photo showing a computer simulation of a mechanical system undergoing FEA, demonstrating the numerical analysis of stress, strain, and deformation.
Computer simulation of a mechanical system: A photo showing a computer simulation of a mechanical system undergoing FEA, demonstrating the numerical analysis of stress, strain, and deformation.

Mechatronics laboratory: A photo of a laboratory with mechatronics equipment, showcasing the integration of various engineering disciplines in the field.
Mechatronics laboratory: A photo of a laboratory with mechatronics equipment, showcasing the integration of various engineering disciplines in the field.

Mechatronics laboratory: A photo of a laboratory with mechatronics equipment, showcasing the integration of various engineering disciplines in the field.
Mechatronics laboratory: A photo of a laboratory with mechatronics equipment, showcasing the integration of various engineering disciplines in the field.

Mechatronics laboratory: A photo of a laboratory with mechatronics equipment, showcasing the integration of various engineering disciplines in the field.
Mechatronics laboratory: A photo of a laboratory with mechatronics equipment, showcasing the integration of various engineering disciplines in the field.

Servo motor and gear system: A photo showing a servo motor and gear system, highlighting the integration of mechanical and electrical systems in mechatronics.
Servo motor and gear system: A photo showing a servo motor and gear system, highlighting the integration of mechanical and electrical systems in mechatronics.

Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.
Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.

Autonomous vehicle: A photo of an autonomous car, demonstrating the integration of mechanical, electrical, and software systems for advanced functionality.
Autonomous vehicle: A photo of an autonomous car, demonstrating the integration of mechanical, electrical, and software systems for advanced functionality.

Autonomous vehicle: A photo of an autonomous car, demonstrating the integration of mechanical, electrical, and software systems for advanced functionality.
Autonomous vehicle: A photo of an autonomous car, demonstrating the integration of mechanical, electrical, and software systems for advanced functionality.

Autonomous vehicle: A photo of an autonomous car, demonstrating the integration of mechanical, electrical, and software systems for advanced functionality.
Autonomous vehicle: A photo of an autonomous car, demonstrating the integration of mechanical, electrical, and software systems for advanced functionality.

Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.
Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.

Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.
Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.

Robot and control panel: A photo of a robot and its control panel, emphasizing the role of software and electrical engineering in controlling and programming robots.
Robot and control panel: A photo of a robot and its control panel, emphasizing the role of software and electrical engineering in controlling and programming robots.

Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.
Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.

High-speed gears in motion: A photo of high-speed gears rotating to demonstrate the challenges and importance of tribology in high-stress mechanical systems.
High-speed gears in motion: A photo of high-speed gears rotating to demonstrate the challenges and importance of tribology in high-stress mechanical systems.

Wear and friction test setup: A photo of a machine used to measure and analyze the wear resistance and friction properties of materials and components.
Wear and friction test setup: A photo of a machine used to measure and analyze the wear resistance and friction properties of materials and components.

Wear and friction test setup: A photo of a machine used to measure and analyze the wear resistance and friction properties of materials and components.
Wear and friction test setup: A photo of a machine used to measure and analyze the wear resistance and friction properties of materials and components.

Wear and friction test setup: A photo of a machine used to measure and analyze the wear resistance and friction properties of materials and components.
Wear and friction test setup: A photo of a machine used to measure and analyze the wear resistance and friction properties of materials and components.

Wear and friction test setup: A photo of a machine used to measure and analyze the wear resistance and friction properties of materials and components.
Wear and friction test setup: A photo of a machine used to measure and analyze the wear resistance and friction properties of materials and components.

Close-up of gears in motion: A photo showing gears moving in close detail to highlight the intricate mechanism of tribology
Close-up of gears in motion: A photo showing gears moving in close detail to highlight the intricate mechanism of tribology

Close-up of gears in motion: A photo showing gears moving in close detail to highlight the intricate mechanism of tribology
Close-up of gears in motion: A photo showing gears moving in close detail to highlight the intricate mechanism of tribology

Servo motor and gear system: A photo showing a servo motor and gear system, highlighting the integration of mechanical and electrical systems in mechatronics.
Servo motor and gear system: A photo showing a servo motor and gear system, highlighting the integration of mechanical and electrical systems in mechatronics.

Autonomous vehicle: A photo of an autonomous car, demonstrating the integration of mechanical, electrical, and software systems for advanced functionality.
Autonomous vehicle: A photo of an autonomous car, demonstrating the integration of mechanical, electrical, and software systems for advanced functionality.

Autonomous vehicle: A photo of an autonomous car, demonstrating the integration of mechanical, electrical, and software systems for advanced functionality.
Autonomous vehicle: A photo of an autonomous car, demonstrating the integration of mechanical, electrical, and software systems for advanced functionality.

Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.
Robotic assembly line: A photo of a line of robots being assembled, showcasing the integration of mechanical, electrical, and software engineering in mechatronics.

Close-up of gears in motion: A photo showing gears moving in close detail to highlight the intricate mechanism of tribology
Close-up of gears in motion: A photo showing gears moving in close detail to highlight the intricate mechanism of tribology