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Autonomous Robotics

Code: ROBOTIIKKA

Objective

• The student will independently understand the principles of mobile robotic systems and be able to apply them in practical applications. They will master the basics of autonomous mobile robots, drones and sensor technologies and will be able to analyse and optimise related systems.
• The student will be able to design and implement robot navigation, positioning and path planning using sensor fusion, artificial intelligence and simulation tools. They will be familiar with the main software frameworks and be able to use them to control mobile robots and drones.
• The module will develop the student's ability to apply the potential of sensors and AI in autonomous systems. They will be able to analyse and process sensor data, apply machine learning methods for decision making and implement practical applications on physical robot platforms and in simulations.
• By the end of the module, the student will be able to work as an expert in the development, programming and application design of autonomous robots, drone technology and sensor systems in different industrial and service environments.

Optionality

All compulsory

Code Name Credits (ECTS)
ROBOTIIKKA-1001

Autonominen mobiilirobotiikka

(Choose 5 )

0 - 5
TX00GJ35 Fundamentals and Technologies of Autonomous Mobile Robots 1
TX00GJ36 Navigation, Positioning and Path Planning for Autonomous Robots 2
TX00GJ37 Autonomous Robot in Practice: Programming and Testing 2
ROBOTIIKKA-1002

Drone Technology and Applications

(Choose 5 )

0 - 5
TX00GJ38 Fundamentals and Principles of Drone Technology 1
TX00GJ39 Navigation, Positioning and Autonomous flight 2
TX00GJ40 Practical Applications and Testing 2
ROBOTIIKKA-1003

Sensors and Artificial Intelligence in Autonomous Systems

(Choose 5 )

0 - 5
TX00GJ41 Sensor Technologies and Basics of Sensor Fusion 1
TX00GJ42 Artificial Intelligence and Machine Learning for Sensor Data Analysis 2
TX00GJ43 Practical Applications and Testing 2

There are no ongoing implementations

There are no past implementations

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