Furkan Kardaş

İlkadım Mahallesi Dikmen Caddesi 139/8 Çankaya, Ankara

+90536 710 8491

furkankardas@gmail.com

EDUCATION

2019-Current Electrical and Electronics Engineering, Yıldırım Beyazıt University (MSc. In English)

2010-2015 Electrical and Electronics Engineering, Eskişehir Osmangazi University (Bachelor In English)

EXPERIENCE

2019- Current Turkish Scientific and Technological Research Institution, TÜBİTAK, EW and Radar System Engineer

To provide solutions with proven reliability through laboratory and field tests as a result of research, analysis and verification for the detection needs of Electronic Warfare and communication systems. At the same time, taking part in field studies and carrying out update activities. Execution of development activities with developed algorithms. Experienced in RF test equipments.

2016- 2019 Turkish Air Force, EW System Engineer

Responsibility of EW systems on all air/land platforms within the scope of Electronic Warfare system engineering. Examining system designs, preparing documents and making necessary inputs in projects. Identifying the problem and making system improvements for the problem. Installation and commissioning of test systems. Planning and execution of field tests.

Internship

2015 SÜTAŞ Dairy Products, Long-term

Presenting 4 projects and 2 improvement suggestions in the internship study on the subject of 'Energy Efficiency in Packaging Systems', making software and hardware tests.

2014 Turkish Telecom Company

Access operations, communication systems analysis in access planning units.

2013 Turkey Electricity Transmission Company

Examination of modernization and control projects with the electricity transmission team.

PROJECTS

Master Science

Machine Learning; Finding positions using Wi-Fi signals and neural networks Publication: Wireless Indoor Localization Problem with Artificial Neural Network, ASYU 2021, DOI: 10.1109/ASYU52992.2021.9599079 Radar Systems; Bird Detecting Radar MATLAB modeling 

Antenna Design; Microstrip antenna with rectangular input type with high directivity, pyramid 2.4 GHz horn antenna with waveguide feed with a directivity value greater than 18 dB, half-wavelength dipole antenna at 1 GHz center frequency (CST)

Microcontroller; Oven system (Proteus and PIC 18F45K22), RC control software/circuit with software PWM and port change interrupt (Proteus and PIC 18F45K22), 500 Hz triangle signal generation (Proteus and Arduino)

Signal Integrity; Simulation of connections and designs for test rig of Ethernet transmission mode in Hyperlynx in accordance with IEEE standards Bachelor’s degree

Graduation project; TUBITAK supported Autonomous Forklift with Self Positioning and Real Time Image Processing

Capability, Position Verification and Control

Mechatronics; Ni-Cd Charger Circuit and Software (Proteus PIC 16F883)

Microcontroller; Square, Triangle, Sinusoidal Wave Generator (Keil, Proteus 8051)

COMPETENCIES

Computer Ability

MS Office, MATLAB, Proteus 7, AutoCAD, HyperLynx, Keil uVision, CST, QUCS and Eagle

Programming C, Machine Learning, 8051 Assembly, ARM, PLC S7 300, PLC LOGO, Raspberry Pi, Arduino

LANGUAGES

2012 Kings College, Bournemouth, UK, English Education Foreign Language Exam (in Turkey) 2016: 77.5/100

Graduate Programs Language Exam (in Turkey) 2016: 82.5/100

Organization

2011-2012 Hezarfen Aviation and Space Student Club Hezarfen Defence Industry Symposium 2012,

Hobby aircraft construction and training

PERSONAL INTERESTS

Watching TV series and documentaries, reading history and science fiction books. Interested in coffee culture. Enjoying swimming and playing violin.

REFERENCES

Rıfat Edizkan Eskişehir Osmangazi University – Prof. Dr. e-mail: redizkan@gmail.com

Muhterem Özgür Kızılkaya TUSAŞ/Turkish Aviation and Space Industry – Mission System Chief Engineer, Dr. e-mail: kizilkaya76@gmail.com