Curriculum Vitae

Education

Relevant Coursework: Electronic Circuit Design (EEE 313), Signals and Systems (EEE 321), Introduction to Statistics (MATH 260)

Activities and societies: IEEE Student Branch (2020-2022), Young Entrepreneurs Society (2020-2021)

Relevant Coursework: Advanced Data Networks (NET 7422), Signal Enhancement Methods (SIC 7001), Intro- duction to Information Theory and Signal Processing (SIC 7221), Radio Frequency for Connected Objects (PHY 7509)

Experience

Conducted simulations of Simple Point Target Radar, CFAR (Constant False Alarm Rate), and AESA (Active Electronically Scanned Array) systems using MATLAB.

Designed and simulated microwave circuits, including Wilkinson Power Dividers, Hybrid Couplers, waveguides, and resonators, using CST Microwave Studio and AWR Design Environment. Manufactured and tested a copper- shielded Quadrature Hybrid Coupler on Rogers RO4003C substrate.

Created and managed virtual card data, conducted System Integration Testing (SIT), Pre-Production (Pre-Prod) Testing, and User Acceptance Testing (UAT) for development projects, and optimized database performance by extracting and analyzing data from authorized databases using MySQL queries.

Conducted User Acceptance Testing (UAT) in Akbank’s UAT environment for development projects using SQL queries and designed an automatically generated Scrum template via Excel macros for the team Gonzales.

Contributed to the repair and development process of a constant current regulator using Proteus, investigated navigation systems such as ILS, RAPCON, TACAN, and ACMI POD, participated in the testing of military devices using Automatic Test Equipment (ATE), observed calibration processes in compliance with military standards, and completed training on IPC J-STD-001 soldering standards.

Projects

Two-semester senior design project in collaboration with ASELSAN aims to develop a GNSS-independent radio- navigation system using MATLAB for algorithm development and data processing and GNU Radio for real-time signal transmission, ensuring reliable delta-position measurements with minimal errors.

Indoor Positioning System using Sensor Fusion of Wi-Fi and Inertial Navigation System (INS) using MATLAB.

OPAMP with differential input, single ended output and an output stage using BJTs using LTSpice.

Solar panel angle optimization with BASYS3 FPGA and 7-segment display using VHDL and Arduino

High-frequency 27MHz transceiver (transmitter-receiver) with the maximum detection distance 11 meters.

Skills

Programming: Python, MATLAB, C, VHDL, Assembly, SQL, CSS, HTML5, Vivado, LTspice

Miscellaneous: Git, Overleaf, LaTeX

Soft Skills: Time Management, Leadership, Teamwork, Problem-solving, Innovative, Target-Oriented

Languages

Turkish: Native proficiency

English: Professional proficiency

French: Limited proficiency

German: Limited proficiency

Voluntary Work