-Within the scope of the TF-X(KAAN) project at Turkish Airspace, consultancy on technical support and review on LRUs regarding the power distribution, converter, inverter and battery systems within the electrical power system of the aircraft.-Guidance of subcontractors developing these systems within the scope of D0-254 certification processes and review of HWs/SWs-LatticeMico32 based SoC on a Lattice ECP5 FPGA for Spectrometer Application-Li-Ion/LiFePO4 Battery Management System Design(4s-16s) for Energy Storage Systems-Single-Phase On-Grid Solar Inverter Design-HDMI to 3G/HD-SDI Converter Design

- Manage all project design, development and deployment. Provide method to all strategic and technical planning for entire projects from idea to product deployment.- Lead hardware team to guide/influence products analog and digital design- Lead embedded software team to implement devices firmware’s (C), on micro-controllers (STM32, MSP430, C2000) - Lead software developers for Web server applications (Node.js, Angular, Django, Database, Phyton) - Following latest embedded software strategies and technologies, processes and tools to apply knowledge to power electronics applications - Design, modelling, simulation and implementation of power electronics for three phase application (AC - DC - AC), including analog and digital electronics, for power conversion and circuit protection- Design Projects• High Efficiency Three Phase Modular UPS (More than 20 modules can be paralleled) TUBITAK/TEYDEP Project No: 1160434 "YÜKSEK VERİMLİ ÜÇ FAZLI MODÜLER KESİNTİSİZ GÜÇ KAYNAĞI TASARIMI " as Project Manager and Writer• Battery Management System (Alpais)• Traction Battery Monitoring System (Tais)

System Engineering (HÜRKUŞ B DVKS): Requirement Capture and Analysis from contract documents, System/Subsystem Conceptual and Detailed Design, Hardware/Software Partitioning, Design Reviews, Preparation of the procedures for Validation and Verification Process, Preparation of the procedures of Environmental Qualification Tests according to Military Standards, Documentation of prototype and production of the system, DO-254 Hardware Certification Responsibility.

- FPGA Design : Implementation of 10G XAUI Interface, DDR2 Controller, and HDMI Interface on Xilinx Spartan-6 FPGA. - Hardware Design : FPGA based High Speed Remote Command Control System Design (HDMI, Ethernet, RS232, USB, and Audio)

- FPGA Design: Implementation of digital Notch filter, Serial Communication Standards(UART, SPI, I2C), Realization of ADC, DAC, Digital Potentiometer, Waveform Generator,EEPROM and FRAM Interfaces. State machine design to control all peripheralcomponents.- Analog Design: Designing readout circuits and signal conditioning circuits of analogsensors, Analog filter design, ADC&DAC Applications, Analog Switching and OPAMPCircuits- PCB Design: Design of Analog/Digital multilayer printed circuit board followingschematics with taking special considerations EMC&EMI and grounding issues. - Application Software Development: Design of Real-Time Data Acquisition software toget simultaneous samples from ADCs by using FPGA Interface, Visual Studio IDE is usedto develop application software.

- Analog Design: Designing readout circuits and signal conditioning circuits of analogsensors, Analog filter design, ADC&DAC Applications, Analog Switching and OPAMPCircuits- Power Management: Buck and Boost type DC-DC Converter Design, Power Switchingand Management Design, Battery powered circuit design, EMI Filter Design,- Control Actuator System: Microcontroller-based BLDC Motor Driver Board Design,- PCB Design: Design of Analog/Digital multilayer printed circuit board followingschematics with taking special considerations EMC&EMI and grounding issues.,

Responsible for design of Digital and Analog TV Systems at the system level using involved Integrated Circuit Families specifically designed and developed for video and audio applications. - To investigate Video and Audio solutions of the related semiconductor companies (ST Microelectronics, NXP, Trident etc.) from point of view of video quality, audio features and any other performance criteria and select the optimal concept families. - Right after selecting optimal solution design progress starts .Implementation of system on a Block Diagram before transferring the system to the PC, means preparing the schematic design files. During Layout phase, it should be notice check the correct grounding, signal integrity EMC/EMI performance, High Speed Data line issues, and distribution of power and clock sources. - After board bring up ,integration of the whole TV system without any problem and giving one fully working prototype to the related department for Quality Assurance's Test - To adapt new technology applications to the systems, likes HDMI, DVI, USB. - To approve international EMC, EMI Reliability and Safety test complaints.