Assistance Systems and Sensors in Power Tools - Literature Review

Modern power tools are increasingly being equipped with integrated sensors and assistance systems (e.g. for torque control, backlash detection or usage data acquisition). The IPEK is investigating how ergonomic parameters such as joint angles and loads can be derived from tool-integrated sensors. This bachelor's thesis is intended to provide an overview of existing solutions through a structured literature review and evaluate their transferability to this application.

 

Tasks:

Within the scope ofof the thesis, a structured overview of existing assistance systems and integrated sensor technology in power tools is to be compiled by means of a systematic literature search (scientific publications, patents, technical data sheets) and categorized according to criteria such as sensor principle, functional objective and integration location. Based on this, the transferability of the identified approaches to the tool-integrated recording of ergonomic movement and load characteristics is to be evaluated. Finally, starting points and research gaps for meaningful sensor integration in the context of ergonomic analysis will be identified.

Profile:

  • You are studying mechanical engineering, mechatronics or a similar degree program, study program
  • Structured, independent and conscientious way of working
  • You have an interest in sensor technology, measurement technology and/or ergonomics
  • Good knowledge of English for reading scientific literature
  • Initial knowledge in the Division of Sensor Technology or Data Processing is an advantage, but not essential.

 

If you are interested, I look forward to hearing from you!