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In this study, it is aimed to implement a digital oscilloscope by FPGA architectures to correspond the requirements of laboratories in the educational institutions in an economic way. It is shown that non-professional oscilloscopes can be implemented with low-cost, educational purposed FPGAs. It is also able to measure high frequency signal by high speed FPGAs. Terasic DE0 kit is used as hardware and Quartus II is used as software in this application. The sine signal which is a widely known signal used to measure is generated by the signal generator. The graphical view of the sampled signal in the FPGA is shown on a 640x480 pixeled VGA monitor.

In Universities, controlling or organizing the senior projects, project proposals, thesis and internship of students is being very hard without an online system. If a project brings university and industry together it will be useful to society. But without a bridge this is not possible to students and industry owners. In this case an online system that simplifies processes and brings students, academics and industry together is needed. In this study a web based application is created. There are 5 types of users in this system and when industry has a project and needs employee then it add this project to the system and an academician would be a consultant to this project then students apply to this project. Owners of the industry can make comments about their student employers by this system and can send to the consultant. A case study of this management system was done in Computer Engineering department.