Projects.aspx

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                    <h2 class="featurette-heading">- Design of a System that Retrieves Data from Sensors, Captures Image from Cameras, Records Camera Images, Performs Detection 
                    (Location, Speed, etc.) and Interventions, Manages the Entire System via a Website, and Stores Data in a Database (Server) (In Collaboration with Mavi 
                    Proje Engineering Consulting Ltd.)</h2>
                    <p class="lead">Industry Sector: Public Sector (Turkish State Railways - TCDD)<br/>Role in the Project: R&D Engineer
                    <br/>Time Range: October 2016 - August 2017<br/>Environments in the Project: Single Board Computer (SBC) Programming, ARM-based Microcontroller Programming, Communication 
                    (MODBUS, UART, CANBUS), PIC Programming, Proteus, IP Camera, Router
                    <br/>Tools: PIC C Compiler, Proteus IDE, Debian Wheezy, VM Debian, PCB
                    <br/>Description: With the designed system, data is collected from sensors placed in the locomotive's oil tank. These data are then stored in the database (or server) of 
                    the prepared website, enabling oil quality analysis based on the data, which is presented to the user via the website. Another feature of the system I designed is the 
                    retrieval of image footage from security cameras attached to the locomotive, which is then transferred to the server. Users can view these images through the website 
                    connected to the server. Additionally, the designed system records information such as the locomotive's location and speed in the database of the website, allowing users 
                    to view the data through the website. The system periodically generates data, including image footage, sensor data, and other information, every 5 minutes after the 
                    locomotive starts operating, and saves them to the server (database).</p>      
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                    <h2 class="featurette-heading">- Microprocessor Controlled Turbo and Main Engine Analysis Detection, Measuring the Operating Speed and Temperature of Turbos in Locomotives 
                    (In Collaboration with Mavi Proje Engineering Consulting Ltd.)</h2>
                    <p class="lead">Industry Sector: Public Sector (Turkish State Railways - TCDD)<br />Role in the Project: R&D Engineer
                    <br />Time Range: October 2015 - June 2016<br />Environments in the Project: ARM-Based PLC Programming, Sensor Development, Screen Design
                    <br />Tools: İesTeco IDE, Photoshop, TeraTerm, GIMP<br />Description: The designed system enables the sensor data collected from the locomotive to be displayed in the 
                    designed monitoring system and transferred to the cloud. The data in the cloud are then transferred to a web interface, allowing observation of the data from any environment. 
                    A similar product has been produced with the design of a Carbon Limit Sensor for Coal Brushed DC CER Motors used in locomotives, along with a Microprocessor-Controlled 
                    Preventive Maintenance and Monitoring System. </p> 
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                    <h2 class="featurette-heading">- Development of Carbon Limit Sensor Design for Coal Brushed DC CER Motors Used in Locomotives with Microprocessor-Controlled Preventive 
                    Maintenance and Monitoring System (In Collaboration with Mavi Proje Engineering Consulting Ltd.)</h2>
                    <p class="lead">Industry Sector: Public Sector (Turkish State Railways - TCDD)<br />Role in the Project: R&D Engineer
                    <br />Time Range: September 2015 - January 2016<br/>Environments in the Project: ARM-Based PLC Programming, Sensor Development, Screen Design
                    <br />Tools:  İesTeco IDE, Photoshop, TeraTerm, GIMP<br />Description: The designed system enables the sensor data collected from the locomotive to be displayed in the 
                    designed monitoring system and transferred to the cloud. The data in the cloud are then transferred to a web interface, allowing observation of the data from any environment.</p> 
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                    <h2 class="featurette-heading">- Creating Software Libraries for Microprocessors, Microcontrollers, and ARM-based Microcontrollers (Python Module Development) (In Collaboration 
                    with Mavi Proje Engineering Consulting Ltd.)</h2>
                    <p class="lead">Industry Sector: Public Sector (Turkish State Railways - TCDD)<br />Role in the Project: R&D Engineer
                    <br />Time Range: January 2016 - July 2017<br />Environments in the Project: Creating Libraries for Microprocessor, Creating Libraries for Microcontroller, Python Module 
                    Development, Creating C++ Libraries<br />Tools: PIC C Compiler, Code Comperoser Studio, Arduino IDE, Debian Wheezy, VM Python<br />Description: Based on the requirements arising 
                    from the content of the project, I am completing the software by creating appropriate libraries for various types of microprocessors and microcontrollers. While creating Python 
                    modules for ARM-based microcontrollers and SBCs, I develop libraries with the C++ programming language for microprocessors such as PIC, Arduino, MSP430, etc. Typically, I fill 
                    the software gaps according to the needs of the project.</p> 
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