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Study module, curriculum year 2020–2021
TTY-SY_TTI/SO-1000
Robotics, At least 30 cr
Tampere University
- Description
- Content
Description
Robotics is multi-disciplinary and its application domain is vast. Many routes leads to robotics: mechanical engineering, electrical engineering, computer engineering, signal processing, or mathematics. The main objective of this Major is to provide the graduate with a level of knowledge on robotics that she/he can make informed and wise decisions in many possible study or career paths. The student can thus specialize and deepen her/his knowledge in a desired direction by taking from many available optional courses and other minors.
The knowledge and skills gained will make the graduate attractive to many application domains such as mobile machine industry (mining, construction, maintenance, forestry, logistics, marine) and manufacturing. Besides well stablished industry, relevant start-ups are growing and in need. Be part of the future.
The knowledge and skills gained will make the graduate attractive to many application domains such as mobile machine industry (mining, construction, maintenance, forestry, logistics, marine) and manufacturing. Besides well stablished industry, relevant start-ups are growing and in need. Be part of the future.
Objectives
- The graduate from TUT Robotics major will learn scientific and technological challenges and trends in robotic manipulation and mobility.
The graduate learns fundamental questions in robotics: perception, cognition and action.
When completed successfully, the graduate understands the literature and software tools of robotics, and can realize, tune or adapt them in the her/his specialized domain.
Extensive hands-on exercises and projects work in this curriculum will provide the graduate with knowledge and skills to setup a robotic system including hardware and software.
The graduate learns to work as a team member in a multi-disciplinary team.
The graduate understands the impact of robotics on work and on society, which is the ground for innovativeness.
Study module code
TTY-SY_TTI/SO-1000Language of instruction
English
Academic year
2020–2021Level of study
Advanced studiesFields of study
Engineering, Manufacturing and ConstructionPersons responsible
Responsible teacher:
Risto RitalaResponsible teacher:
Minna LanzResponsible teacher:
Joni KämäräinenResponsible teacher:
Reza GhabchelooResponsible teacher:
Jose Martinez LastraPrerequisites
Studies that include this module
Study module code
TTY-SY_TTI/SO-1000Language of instruction
English
Academic year
2020–2021Level of study
Advanced studiesFields of study
Engineering, Manufacturing and ConstructionPersons responsible
Responsible teacher:
Risto RitalaResponsible teacher:
Minna LanzResponsible teacher:
Joni KämäräinenResponsible teacher:
Reza GhabchelooResponsible teacher:
Jose Martinez Lastra