RF Hardware Design Lead of Traffic Alert and Collision Avoidance Systems (T2CAS / T3CAS) Airborne M/HF Direction Finding Monitor Receiver and Airborne V/UHF Monitor Receiver projects RF modelling, frequency spectrum and cascaded budget analyses of RF sub-assemblies (conversion, local oscillator etc.) are performed starting from early conceptual design phase.

Leading design efforts in RF / microwave and analog circuitries and / or systems for small and large scale proposed military and/or commercial projects.

- Engineering Manager & RF Design Lead of E - J Band Multi-Polarization Transmitter, which consists of three High Power (100W+) Amplifiers (GYB-1, GYB-2, GYB-3) Besides the managing the technical group of 10+ engineers, cascaded RF budget analysis and SRU tests are conducted. - RF PCB Design Engineer of M/HF Direction Finding Monitor Receiver (HF DF) and M/HF Monitor Receiver (HF MON) projects RF modelling, frequency spectrum and cascaded budget analyses, all schematic and PCB designs, tests and integration of RF sub-assemblies (conversion, local oscillator etc.) from conceptual design to series-production phase of receivers, are performed. - RF PCB Design Engineer of M/HF & V/U/SHF Monitor Receiver (MON) project RF modelling, frequency spectrum and cascaded budget analyses, all schematic and PCB designs, tests and integration of RF sub-assemblies (conversion, local oscillator etc.) from conceptual design to series-production phase of receiver, are performed. - RF System and Module Design Engineer of V/U/SHF Channelized Jammer (KTB7) RF modelling, frequency spectrum and cascaded budget analyses of RF sub-sections (conversion, oscillator etc.); as well as design, manufacturing and testing of some RF parts (chip & wire / hairpin filters, power dividers / combiners etc.), are performed. - RF System Engineer of A – E Band National Jamming System (MIL-KAR-3A2) project All schematic and PCB designs, cascaded budget analyses, tests and integration of RF sub-assemblies (Switching Distribution Unit, Signal Oscillator Power Combiner Unit etc.) from conceptual design to series-production phase of units, are performed. - RF System Engineer of E – J Band Land-Stationed Stand-Off-Jammer (KARA-SOJ) RF modelling & budget analysis of SRU / LRU (Wideband and Narrow Band Receivers) and system level are conducted, conceptual design phase scenarios are created.

Created EMI/C Design and Test Methodology in several Missile Systems projects while mainly focussed on MIL-STD-461C and MIL-STD-464. In addition to that, leaded Avionic System Designs of several Missile Systems such as OMTAS, UMTAS, ATMACA, CNRA etc. Specifically dealt with the design and budget analysis of RF data link of those missiles.

: RF / Microwave Engineer in Mikes Inc. - BAE Systems Inc., RF System Engineer of Self Protection Electronic Warfare System (SPEWS-2) project. Participated the design (analysis & modelling using Matlab, ADS, AWR and MS Excel Spreadsheet), development, implementation, validation (including EMI/EMC and environmental qualification) and verification of receiver Line Replaceable Unit's (LRU's) with its associated RF SRUs (Shelf-Replaceable-Units such as WBR: Wide Band Receiver, TR: Tuneable Receiver, and DR: Digital Receiver) and their sub-parts, of a complete Self-Protection Electronic Warfare System (ESM / ECM). Defined and specified the performance, physical and functional requirements as well as the workmanship, reliability, maintainability and quality assurance closes of the associated RF sub-parts with the Source of Control Drawings and Specification Control Documents (SCD's). Managed the technical part of the procurement process of these sub-parts which had been purchased as the sub-contract of the main contract. Design and optimize the test systems for these receivers. Established the test requirement documents (TRD's) and test procedures for several level of validation in accordance with the Specification Documents for these LRU's. Supported for the System Compliances tests and System Performance Tests. Developed the practices and expertise on all of the design and development life cycle of the receiver LRU's. Also, participated the design, development, validation and verification of several other RF signal generation / processing parts (e.g. DRFM, DLVA etc.) of the radar & communication projects.

: Project Assistant in Electrical & Electronics Engineering Department, Middle East Technical University (METU), Ankara, TR (part-time assistant during May.2004 - Dec.2006). Researcher in RF MEMS Group in Electrical & Electronics Engineering Department, METU. Performed design, fabrication and measurements of RF MEMS switches, re-configurable and multiple frequency microstrip patch antennas as either integrated or hybrid structures in several projects such as Development of RF Components with MEMS Technology (101E023),

Institute of Applied Natural Sciences, Master of Science

Department of Electrical & Electronics Engineering, Bachelor of Science