Projects & Works
Completed
Satellite Ground Station Hardware and Interface Design
In the project, ground station hardware and interface studies were carried out to obtain signals from cube satellites sent to space to perform scientific missions in Low Earth Orbit. In the designed hardware, receiver modules named Lora, which can receive signals at 433, 868, and 915 MHz frequencies, which are among the UHF band frequencies, were preferred. The design is equipped with peripherals to improve the user interface and is supported by innovative methods. On the software side, the hardware was tested on the TinyGS platform, where the signals from the satellites were transferred to the internet environment by the ground stations, and telemetry packages were received from the satellites, both successful and unsuccessful.
Completed
Design and Implementation of BUS Protocol Supported Gateway that Transfers Industrial Data to the Cloud Environment
In the study, gateway hardware is designed, which receives and processes data from various industrial communication protocols where data flow takes place in industrial environments and transfers this data to the cloud environment over the internet. The design, which was carried out with the technical parameters determined under the conditions of the industrial environments and the purpose of the project, was tested with a basic prototype. As a result of the study, sample CAN Bus data was transferred to the cloud environment. Hardware design has also been improved by evaluating parameters such as power, protocol support, ergonomics, and connection features.
Completed
CAN Bus Supported Vehicle Analysis and Development System Design and Implementation
In the study, a hardware design and implementation have been made that allows connection to the CAN Bus network, which is an important part of the in-vehicle communication network infrastructure, and can be connected via the OBD-II port found in the majority of vehicles. With the examination of the general structure of the CAN Bus protocol, technical requirements were created and CAN Bus communication was made by performing software tests with a prototype circuit. The circuit board design of the hardware was made with the determined system requirements. The final design was created by considering power options, interface options, peripherals, and various user parameters.
