In this collaboration model, it is planned to develop a powered prosthetic device with control algorithms and a battery developed for individuals with limb amputations. Verification and optimization tests will be carried out in MADE IN NTSP for the functionality of basic movements (level/inclined surface walking, ascending/descending stairs) and transitions between them with joint work. Thus, it is planned to obtain a product that can compete with the existing devices in the market and that provides superiority to products in the international market with its technological level, thanks to control algorithms that allow for more advanced and economical equipment. Additionally, the comprehensive tests will be carried out with this cooperation model for the technological advancement and success evaluation of the "Drug Effects Continuous Monitoring and Analysis Device for MS and Parkinson's Patients" prototype developed by Karel Elektronik. The software, mechanical, and electronic designs of the system (multi-sensor support system) that can work with GSM and Narrow Band-Internet of Things module (NB-IoT) or Bluetooth Low Energy (BLE) will be performed. The multi-sensory support system is aimed at the challenges of limb amputation and diseases such as stroke, Parkinson's, multiple sclerosis, and cerebral palsy.