Mustafa Ceylan Email & Phone Number

Turkey

Ankara, Turkey

Embedded Systems and Hardware Design Engineer - Military and Aerospace ApplicationsTUBITAK UZAY (Space Technologies Research Institute) was founded in 1985, under the framework of a protocol signed between the Middle East Technical University (METU) and The Scientific and Technological Research Council of Turkey (TUBITAK) as a publicly funded research institute.TUBITAK UZAY specializes in space technologies, electronics, information technologies and related fields, keeping abreast of latest technological developments. The institute leads and takes part in R&D projects, aiming at having a pioneering role in the national research community, and assisting the industry in solving technical problems encountered during system design, selection and use, product development and manufacturing in abovementioned specialization areas.TUBITAK UZAY gives special emphasis on developing capability on small satellite design, manufacturing and test, leading Turkish Space Program and initiating international collaboration in space technologies.RASAT is the second remote-sensing satellite after the launch of Turkey’s first remote sensing satellite BILSAT of TUBITAK UZAY. RASAT, having a high-resolution optical imaging system and new modules developed by Turkish engineers, will be the first Earth-observation satellite to be designed and manufactured in Turkey.GOKTURK-2, the first Turkish high resolution earth observation satellite, was launched from the Jiuquan Satellite Launch Center on 18th of December. GOKTURK-2 was carried into space by a Long March 2D (Chang Zheng-2D) launch vehicle. It is an earth observation satellite designed and developed by the Scientific and Technological Research Council of Turkey (TUBITAK) and built by TUBITAK Space Technologies Research Institute (TUBITAK UZAY) and Turkish Aerospace Industries (TUSAS) for the Turkish Ministry of National Defence.

NanoMagnetics Instruments has been established in Oxford, UK in 1998 to develop Scanning Hall Probe Microscopes (SHPM) for room temperature applications. The SHPM offers quantitative and non-invasive magnetic imaging with high resolution, down to 50nm & 6nT /√Hz.After our first product, Room Temperature Scanning Hall Probe Microscope(RT-SHPM) , we launched our Low Temperature Scanning Hall Probe Microscope (LT-SHPM/SPM) in 2001. By changing sensors, you can use these microscopes as quartz crystal AFM & STM. Our low temperature Scanning Probe Microscopes (LT-SPM) are compatible with most of the cryostats (including PPMS), He3 systems and Dilution Refrigerator systems in a wide temperature range 30mK-300K. In 2005, following the market needs, we launched our Low Temperature Magnetic/Atomic Force Microscope (LT-MFM/AFM) for high resolution magnetic/topografic imaging, achieving sub-10nm magnetic resolution. Our LT-MFM/AFM design utilises a fiber interferometer cantilever detection technique with alignment free silicon cantilevers. All AFM modes: EFM, Scanning Spreading Resistance, Piezoresponse Force Microscopy, contact mode AFM etc. are available with these microscopes in the 30mK-300K temperature range.

Master Of Science (Msc), Image Processing And Neural Network

Detection and Classification of Defects at BGA Solder Balls By Using Image Processing Techniques and Neural Networks

Bachelor Of Science (Bs), Electronics Enginnering