As an electrical engineering graduate of 2024, I'm passionate about applying core electrical engineering concepts like digital signal processing, electronics, and control systems to solve challenging and important issues. As a dependable and committed engineer, I combine my technical experience and deep intuitive understanding of engineering theory to solve problems. Throughout my studies, I have demonstrated a strong understanding and importance of engineering design by balancing risk, cost and ethical/professional considerations without sacrificing quality. My experience at Universität Rostock as a part of the RISE program was an eye-opener for me about the breadth of electrical engineering. There, I honed 3D imaging techniques for bone and cartilage tissue, aiming to create digital models simulating electrical stimulation for faster healing. I also took the lead in reviving the OTU IEEE student branch and represented my university at the Canada Student Congress 2023, demonstrating my leadership and networking skills within the professional engineering community. I also recently earned a Student Scholarship Award from IEEE Toronto. My goal is to work in a fast-paced environment that challenges me and allows me to grow as a professional.Electrical Engineering Background:- Signal Processing (3 years), Strong background in mathematics of DSP with relevant background in probability- Digital Electronics (3 years), Knowledge of microprocessors and architecture of digital logic circuits.- RF (2 years), strong understanding of electromagnetic field theory with applications in transmission lines, waveguides and antennas- Control Systems (2 years), adept with the mathematics and theory of control systems using PIDs, LQRs, and Kalman filters.Technical Skills:- Python (3 years), adept with basic Python including numpy and pandas, familiar with Tensorflow/Keras libraries for ML applications- MATLAB (3 years), adept with MATLAB programming and familiar with Simulink and SimScape packages.- C++ (3 years), familiar with C++ programming for microcontrollers and embedded systems.- VDHL & Verilog (2 years), familar with using VDHL to simulate digital circuits