IGT Systems MDC-E

Design, verification, and validation of PCBA-based products for ASML. Following and documentation of ASML system engineering processes.

• Worked as an electrical designer and took technically responsibility for a prototype design-based project.• Designed an autonomous flying platform and sensor system to collect data depending on the 3-D location inside warehouses and greenhouses.• Prepared an exploration and calculation of parameters report and offered a project plan. Developed a driver for the sensor units with a single-board computer. Developed as a team a new 3-D printed drone chassis with a single motor.

• Worked as a system engineer in the group developing 2. Generation Philips Pathology Scanner. • Took tasks in integration, testing, and verification for Software and Hardware of Digital Pathology Scanner Systems.• Conducted qualification tests for realization and final product. Tested auto annotation of the scanner using developed Matlab codes. Found on low-resolution scan mode and QR reader errors.• Found and solved QR reader and auto annotation errors of tissue slides. After the final realization was complete, Philips began high-volume production.

• Worked as a system engineer for a company that produces fire detection sensors and electronic control units.• Undertook the responsibility for updating product family such as fire detection sensors, addressable and conventional main system controllers, and reducing false alarms to an acceptable level.• Designed the infrared smog sensor and multi-sensor. Carried out subcontractor relations for updating PCB, software, and plastic molds. Reached acceptable false alarm rates. Conducted EN certification process. • The company had the chance to offer full-spectrum solutions to its customers by revising its entire product family, and the detectors were certified according to European standards.• Prepared contracts with subcontractors for the production and assembly of PCBs, plastic molds, and mechanical parts.

• Designed Vacuum Microwave amplifiers. Developed and implemented infrastructure and test equipment for Vacuum Microwave Tube Amplifier. Leaded an R&D based project. • Designed Travelling Wave Tube Amplifier (TWTA), developed and implemented a Hydrogen atmosphere sintering furnace, and vacuum test chamber for e-guns and cathodes. Undertook responsibility for an amplifier subpackage of a radar project. Led the cathode development project.• Worked with subcontractors from Turkey and the USA for the development and implementation of the cathode test chamber and furnace. He completed the X-Band cathode development project using this equipment. • Made preliminary calculations and electromagnetic simulation. It led the team to design an ultra-wideband SSD amplifier.• Designed X, Ka and Ku band satellite TWTA. Successfully managed the 2-18 GHz SSD amplifier project subpackage. Proposed a project with a budget of 3 million dollars and it was accepted.• For the first time in Turkey, the department succeeded in sintering tungsten cathode pellets at 2300 degrees Celsius for X-band communication TWTA. • Learned how to design TWTA from scratch for communication and RADAR application. He has learned and experienced how to work and lead a multidisciplinary team.

• Gave undergraduate and postgraduate courses. Supervised a master thesis.• Gave "Digital Design" and "Electro-optics" courses. Supervised a Master's thesis titled “A New Approach to Sound Steganography in Cover Image”.

• Worked as a research engineer for R&D projects. New project proposals were developed and prepared.• Participated in electro-optics, optical metrology and DSP-based research. carried out laboratory applications of undergraduate courses.• Developed and completed the project titled Development of a Diffractive Optical Interface with Digital Holography Techniques of a programmable space light modulator. The project was supported by the national scientific support fund with 200 thousand dollars. • Nuclear Quadrupole developed signal processing algorithms for the project titled sensor-based explosives detection.• Designed optical contactless three-dimensional profile measurement systems. Carried out laboratory applications of Logic Design, Electronic Circuits, and Microprocessors courses.

• Provided consultancy services to the project “Development of LED exterior lighting and signaling fixtures for Motor Vehicles”.• Prepared the grant project application form. Designed reflectors, lenses, and LED drivers according to their functional needs with the design team. Verified with optical simulation programs. It carried out EMC testing, functional testing, integration, and certification processes in accordance with European automotive standards.• The product family of stop, signal, reverse, parking, daily working light, third brake light functions, and interior lighting functions has been designed and production has begun in high volumes. Products started to be used by Ford, Isuzu, Mitsibushi.

• Worked as a technical service engineer in the Turkish division of HOYA ConBio medical lasers.• Solving technical problems and performing periodic maintenance of 1064 nm Nd:YAG Q-Switched lasers and Fiber-coupled Er:YAG lasers.• Received two trainings and certificates for medical lasers. Provided technical service to 20 medical and dental clinics in Turkey.• Learned real world applications of photonic devices.