Istanbul, Istanbul, Türkiye
Embedded Software and Hardware Design Engineer. Proven expertise in developing robust embedded systems for diverse sectors including robotics, white goods, automotive, medical devices, and commercial products. Skilled in firmware development, real-time operating systems, and hardware integration. Strong background in PCB design, prototype testing, and optimizing system performance. Committed to delivering innovative solutions that meet stringent regulatory standards and exceed client expectations. Embedded Software Hardware Development Schematic Design Layout Design Industrial Design Mechanical Design Product Lifecycle Feasibility Studies Prototyping Manufacturing Regulatory Compliance Continuous Improvement Leadership Team Management Collaboration Innovation Strategic Vision Problem-Solving Stakeholder Communication Talent Development Budget Management Resource Efficiency Timeline Management Goal Achievement Key Skills • Embedded Systems & Software Design • Proficient in C, C++, C#, Assembly, Verilog, Java, and digital/analog signal processing. • Experienced with BLE services, advanced control algorithms, and sensor fusion. • Skilled in using CMake, RTOS (e.g., FreeRTOS, Azure RTOS), and low power modes management. • Expertise in bootloader and OTA updates (secure boot/firmware updates). • Programmed 8-bit, 16-bit, 32-bit microprocessors, microcontrollers, FPGAs from GigaDevice, STMicroelectronics, Espressif, Microchip, Cypress, Atmel, Silicon Labs, NXP, Altera, Xilinx. • Hardware Design (Altium Designer) Expertise in multilayer PCB design, impedance and length matching, high-speed hardware design for RAM/memory systems, and IPC standard footprint design. • Protocols & Peripherals USART, UART, SPI, I2C, CAN, USB, DMA, I2S, SRAM, SDRAM, FMC, FSMC, SD, FLASH, NAND, NOR, Ethernet (TCP/IP, UDP), WIFI, BLE, ADC, DAC, EXTI, GPIO, RTC, PWM, LTDC, TSC, 8080, SPI, RGB, MIPI DSI. • Skilled in Python, Bash, PowerShell scripting, and using version control systems like Git, GitHub. • Skilled in algorithm design and simulation using MATLAB. • Knowledgeable in biosensors, robotics, GUI development, and mechanical design using SolidWorks.
• Established a robust environment for hardware development, built the company's hardware infrastructure from the ground up, recruited and managed personnel. • Achieved regulatory compliance on first submission for EMC, EMI, RF, CE, FDA, etc. • Led the development of a new version of the Smart Cane, incorporating feedback from nearly 60 customer insights. • Designed hardware featuring a dual-core BLE MCU, flash memory, speaker, microphone, ultrasonic sensor, flashlight, tactile switches, vibration motor, IMU, magnetometer, pressure sensor, and a Type-C USB. • Implemented software features including version control using Git, project follow-up with Jira, bare-metal environment in VS Code with a CMake build system, custom BLE services, sensor fusion technology, Opus codec for high-quality audio streaming, secure boot and firmware updates, and low-power modes management. • Conducted feasibility studies, helped designing industrial and mechanical aspects of plastic casings, and managed relationships with third-party suppliers and design houses. • Created hardware schematics and layouts, minimized BOM costs, procured electronic components, and supervised manufacturers. • Led compliance testing and certification efforts and developed embedded software infrastructure. • Engineered mechanical features such as acoustic horns for ultrasonic sensors, a reflector for a flashlight, and enclosures utilizing over molding and insert molding for waterproofing.
• Developed the patented Touch Indicator System and Method for Ovens (WO2021015691A1). • Actively participated in Developing Touch Screen Hardware and Software Using New Generation Electronic Sensors, funded by TUBITAK under TEYDEB 1501. • Designed RGB light hardware for refrigerators, known as Harvest Fresh, to extend the freshness of fruits and vegetables. • Engineered TWIN, a popular LEGO like electronic science kit for kids, encompassing more than 20 modules. • Managed cross-departmental operations and outsourced testing to establish traceability system for a leading white goods company's products. • Contributed to various R&D projects aimed at enhancing manufacturing capabilities, including developing ICT and FCT fixtures and systems, programming jigs, environmental monitoring systems, integrating sphere for LED measurements, and communication modules for robotic systems.
• Developed control hardware for a chemical dosing system capable of precise mixing of two chemicals in customizable doses and intervals. • Designed a sophisticated control system for an industrial grill enabling simultaneous cooking of up to 10 distinct meals, implementing a "set and forget" logic with an LCD GUI interface.
• Contributed to a TUBITAK-funded research project, resulting in the conference paper titled A Low-cost Biomarker-based SAW-Biosensor Design for Early Detection of Prostate Cancer at BIOSENSORS 2016 (27: 248-249). • Served as an instructor for laboratory sessions in various courses including Digital Logic Design, Circuit Theory, Electronics, Microcontrollers, and Sensors and Actuators.