Student projects
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Student activity (Spring 2019)
- The effect of the Robotrainer during training compared to regular strength training.
Hussein Ali Al-Issa & Rodaba Ghawsi (Bachelor thesis - Veltek) - Personalized Okklusion Training
Anders Hakon Reinhold Nielsen (Bachelor thesis - Veltek) - Weight reduced Robotassisted jump training.
Mathias Kloch & Mathias Clausen (Bachelor thesis - Veltek) - Development of demonstration models and suggestions to technology that can help patients in rehabilitation.
Rigin Suleiman & Vinoshi Srimurugan (Bachelor thesis - Veltek) - Use-focused design review of European Enhanced Exploration Exercise Device.
Katrine Rav (Bachelor thesis - Veltek) - Robot-assisted hamstring training.
Cathrine Damsbo Madsen & Martin Grønne Jensen (Bachelor thesis - Veltek)
Spring 2018
- Computer-generated music elements for biofeedback in physical training
Jackline Bamdeg (Bachelor thesis - Veltek) - Training assessment and optimization using RoboTrainer and EEG
Marlene Hammer Jeppesen & Troels Bregendahl-Rafn (Bachelor Thesis - Robotics) - RoboTrainer - Strength enhancement by variation of resistance
Christian Castor von Spreckelsen & Lasse Hassel-Pflugh (Bachelor thesis - Veltek) - Examination of eg. quadriceps activation during eg. squats using Robotrainer light compared to regular squats for the training of astronauts in weightless condition
Asger Bech Nybo & Jens Hesel Møller (Bachelor thesis - Veltek) - Q-sensor (find formal title)
Ramlo Abdulkadir Mohamed & Ellen Saaby Lorenzen (5ECTS studieaktivitet - Veltek) - Social Embodied Interaction Analysis (find formal title)
Cecilie Falden & Cecilie Wang Justesen (5ECTS studieaktivitet - Veltek) - Development of a robot-assisted neuromuscular training device - Comparison to conventional strength exercise
Jakob Brinkmann (30ECTS speciale - Idræt og Sundhed)
Autumn 2017
- Hjalte K. Sandholm & Jonatan K. Andersen - F17 - BSc
- Development of interface for PEP flute system
Sara B. Larsen & Dunya D. - F17 - BSc.
Spring 2017
- Lars K. Feddersen(Robotics) & Claes C. Jakobsen(Welfare)
40 ECTS Master thesis
Earlier
- Blood Flow Restriction exercise - bachelor's project
Claes C. Jakobsen, William K. Juel & Jakob Holm Andersen.
