WUSA is committed to contribute the design resources in student training. The Electrical Engineering department of Fu-Jen Catholic University is one of the major cooperative partners. The program is open to senior and junior grade students. Professor Dr. Liu and Dr. Chuang of Fu-Jen Catholic University are the mentors to the project students, and enhance the students related theories beyond the classroom.
Program conductor – This program is conducted by WUSA funder Mr. Lay. The students are guided from circuit testing, circuit design, PCB layout through coding. Those who with outstanding performance during the program period might get the internship as well as be invited to join WUSA after graduation from school.
The program involves the most updated technologies which are applied to the innovated products and solutions in the coming market. The core technologies for the training are:
- ARM cortex-M MCU coding
- Bluetooth Low Energy (BLE) wireless communication
- BLE mesh
- Sensor fusion
2021 Project Boxing Bag
Upon selecting the training program on smartphone APP, the punching instruction will be sent to the targets. Each target is composed of LEDs and motion sensor. The LEDs will be flashing according to the actions in training video, and that simultaneously. After your boxing training, your may review your exercise performance on the smartphone APP, including how many punching you made and how strong it is.
Award Winning – 2 teams attend the National Colleges and Universities Innovation and Cross-domain Integration Creation Competition, both teams are in the final list. The team presents Boxing Bag receives the 3rd prize. Nothing is more than happy to have a great meal offered by contest bonus after daily hard studying.
2020 Project Hospital Bed Card
Utilizing Bluetooth Low Energy technology in hospital where the low wireless transmission power is required, building a nesh network consumes less energy compared to Wifi access point. This project exercise an E-ink writing system. The patient bed card will be updated with the mesh system, and each bed card will relay the data for others. No more Wifi station deployment is needed.
Award Wining – The team working on provisioning wins Merit Award and Jury Prize in the graduation project exhibition.
2019 Project Futrack
Futrack is designed to trace the foot motions of football players. It will be tired on the legs or made in stockings.
By digital sensing technology and sensor fusion algorithm, it tells the orientation, the acceleration as well as the calculated data, such as step cadence, to the coach and player by sending the information to a smartphone, tablet or portable computer. A featured APP will be associated with Futrack for reading the real time information.
Futrack prototype is applicable in shootout, flying header and dribbling analysis meanwhile. The algorithm will be fine tuned and more features will be developed in the coming months.