3DFoamOS - Development of a novel process for 3D printing EVA foam for the production of customizable orthopedic soles
A new 3D printing process for printing EVA foam is to be developed. The process is to be used for the production of customizable orthopaedic soles. The development of a 3D printer as a stand-alone device for orthopaedic shoemakers
Conversation Meet Ups
KAISERSLAUTERN
Would you like to come have a chat in English? Practice your language skills in an enjoyable way with our language coaches and meet new people!
GERMAN & ENGLISH SPRACHTREFF Every last Wednesday of the month from 5:00 p.m. (earlier in December due to the holidays) - Wednesday 29th October - W
PIRMASENS
GERMAN & ENGLISH CONVERSATION DROP-IN
3rd November, 1st December, 5th January 11:00 a.m. – 12:30 p.m. Pirmasens - the Atrium
No registration – just come along!
Take part in sponatenous conversations in a relaxed environment!
Language Coach: Theresa Kettering (theresa.kettering@hs-kl.de)
PIRMASENS
ENGLISH & GERMAN CONVERSATION DROP-IN
3rd November, 1st December, 5th January 11:00 a.m. – 12:30 p.m. Pirmasens - the Atrium
No registration – just come along!
Take part in sponatenous conversations in a relaxed environment!
Language Coach: Bonnie Lewis (bonnie.lewis@hs-kl.de)
Conversation Meet Ups
KAISERSLAUTERN
Would you like to come have a chat in German? Practice your language skills in an enjoyable way with our language coaches and meet new people!
GERMAN & ENGLISH SPRACHTREFF Every last Wednesday of the month from 5:00 p.m. (earlier in December due to the holidays) - Wednesday 29th October - Wednesda
AI-SeRvo - AI-assisted servo control feedforward
In the AI-SerVo project, the potential of machine learning methods to improve feedforward control in cascaded control structures of electric servo drives is being investigated.
The aim is to compensate for individual, drive-specific disturbances—such as friction, torque ripple, or manufacturing to
AI-SeRvo - AI-assisted servo control feedforward
In the AI-SerVo project, the potential of machine learning methods to improve feedforward control in cascaded control structures of electric servo drives is being investigated.
The aim is to compensate for individual, drive-specific disturbances—such as friction, torque ripple, or manufacturing to
Open Source Leg – Active Prosthetics
The OSL is an open-source platform that provides researchers with a foundation to initiate studies in the field of active prosthetics — i.e., prosthetic devices with integrated electric actuators — with minimal initial effort.
Conventional passive prostheses are unable to supply energy, which in healthy indiv
Open Source Leg – Active Prosthetics
The OSL is an open-source platform that provides researchers with a foundation to initiate studies in the field of active prosthetics — i.e., prosthetic devices with integrated electric actuators — with minimal initial effort.
Conventional passive prostheses are unable to supply energy, which in healthy indiv
