-Coordinate and manage embedded software projects, ensuring they are completed on time, within budget, and to specification. This includes scheduling, resource allocation, and risk management.-Lead and mentor a team of embedded software engineers. Provide guidance, support, and professional development opportunities to team members. Foster a collaborative and productive work environment.-Review and approve software design and architecture. Ensure that the software meets technical requirements and industry standards. Provide technical direction and problem-solving support for complex issues.-Work with stakeholders to gather and define software requirements. Ensure that these requirements are clearly communicated to the development team and that the final product aligns with them.-Implement and enforce best practices for software development, including coding standards, testing procedures, and documentation. Ensure that the software is thoroughly tested and free of defects.-Oversee the creation and maintenance of detailed documentation for software projects. This includes design specifications, user manuals, and development notes.-Coordinate with other departments (such as hardware engineering, quality assurance, and product management) to ensure seamless integration of embedded software with hardware and other systems.-Address and resolve technical and operational issues that arise during development or after deployment. This may involve debugging, troubleshooting, and working with other teams to find solutions.-Ensure that the software complies with relevant industry standards, regulations, and safety requirements. Stay updated on emerging standards and technologies.

• Writing codes for KNX home automation systems in C.• Writing smart electricity meter software that will work integrated with the smart grid system. • To execute the low cost electronic electricity meter project. Monitoring processes such as meter design, software, PCB drawing and testing. • Writing electricity meter test program with PHYTHON + Qt creator(for HMI) • Reviewing TEDAŞ electricity meter specifications and determining system requirements • Drafting the meter software in the meter project with HD-PLC (High-speed Power Line Communication), writing the HD-PLC driver.Projects Completed:• KNX/IP gateway (Used for connecting KNX home automation system to the internet)• Daikin VRV gateway (Used for controlling Daikin air conditioner via KNX home automation) • ICT test system for production( Placed 2.nd at Panasonic Quality Circle Competition) • Low Cost Monophase Electricity MeterExperienced Technologies and Methods• TCP, UDP, UART, I2C, RS485, PLC(Power Line Communication), P1/P2 • Embedded Web Server (HTML, CSS) • Software update over Ethernet • Bootloader • Python + Qt creator(HMI) • IEC 62056, DLMS/COSEM communication protocol • KNX/IP, KNX/TP communication protocol • Touch Control • Cypress, Stm32, TI Msp430

-Determining the smart grid system requirements, designing and software of the smart electricity meter system that will work integrated with this system. - Examining the tender specifications, determining the deficiencies and correcting them. - To make software revisions of current electronic electricity meters. - Reviewing TEDAŞ electricity meter specifications and determining system requirements. -Writing electricity meter calibration and test software in PHYTON.Projects Completed: • Single-phase meter• Three-phase meter (One-way / two-way) (Active / Reactive) • Prepaid meterTechnologies and methods used:• IEC 62056 communication protocol • Wireless data exchange via optical port • SPI, UART, I2C, RS485 communication protocol • Mıfare RFID card system

-Determining the project requirements by negotiating with the customers. -Creating the project calendar and submitting the project proposal. -Designing PCB with Altium designer and writing codes in C Designed products: • Smart band (Sports tracker which collects movement data and send it to the mobile device via bluetooth)• Battery-powered beacon with 9 axis gyro. • Trip computer and tracking device designed for cars with LPG, providing extra security, digital lpg tank indicator, gas leak warning.Technologies and sensors used: • Dialog DA14531 low cost BLE module• Nordic nrf52832 BLE Soc• ESP8266 wifi module • OBDII reader (Used for collecting data from vehicle)• Wifi, BLE 4.2, BLE 5.0, Gas sensor, magnetic sensor( Used for LPG tank level measurement)

Determining the design inputs and criteria of the new product with the R&D team in line with customer demands, to select the most suitable and economical MCU and components for the job - Writing codes in ASM and C for refrigerator, built-in oven, hood, vitroceramic cooker, electronically controlled gas cooker, electronic vacuum cleaner and various electronic circuits from customers. -Writing test programs in Visual basic-Writing Code for PLC (Programable Logic Controller) for testing electronics card in productionCompleted Projects:• Fully automatic gas hob control card• Semi-automatic gas hob control card• Vitroceramic hob control card• Various refrigerator control cards (Fridge, Freezer, Combo, Single evaporator, double evaporator refrigerator control cards)• Freezer control card• Oven control cards (Fully automatic, semi-automatic, Smart, etc.)• Heater drawer control board.• Infrared heater control card• Hood control cards (Classic and mobile models)• Vacuum Cleaner control card• Paper towel machine control cardExperienced Applications :• Applications with BLE (Bluetooth Low Energy)• TFT, LED, VFD and LCD display applications• Touch key applications• Remote control applications• Applications with temperature, humidity, gas, moevement sensors• STM32 (32 bit MCU (arm cortex m4)), Cypress (32 bit (ARM cortex m0 and m0 +) and 8 bit MCU), Microchip (16-bit MCU), Holtek (8 bit MCU), Atmel (8 bit MCU)• Delta PLC (Programable Logic Controller)