As an Electronics Engineer specializing in circuit design, embedded systems, and PCB development, I thrive on creating innovative hardware solutions. With hands-on experience in signal analysis, EDA tools, and embedded programming, I bring technical depth and operational agility to every challenge I take on.
To build cutting-edge electronic systems that enhance user experience and optimize performance, while contributing to innovations in IoT, communication, and embedded tech.
To deliver reliable, scalable, and efficient electronic solutions through disciplined design practices, collaborative teamwork, and continual learning in the fast-evolving electronics domain.
Expert in analog/digital circuit design using SPICE, Verilog, and MATLAB to develop reliable systems and validate designs through simulation.
Skilled in multilayer PCB layout and routing using Altium and KiCAD, generating Gerber files, and ensuring DFM and impedance control compliance.
Proficient in programming microcontrollers using Embedded C/C++, handling protocols like UART, I2C, SPI, and integrating with sensors and actuators.
Adept with oscilloscopes, Bode plots, and signal integrity tools to validate designs and troubleshoot real-time issues in embedded systems.
Familiar with GDSII, LEF/DEF, STA, and parasitic extraction tools for digital system design and verification.
Experienced in working with MQTT, Bluetooth, ADC/DAC interfaces, and integrating components for wireless and remote-controlled solutions.
Interfaced LCD using 8-bit parallel mode with stable refresh accuracy of 95%.
Wrote embedded C code for digit parsing via division and modulus.
Minimized layout offset by 72% and ensured stable output over 25+ test runs.
Designed bidirectional DC motor control using H-Bridge circuits and PWM signal routing.
Verified 100% directional accuracy via LED logic and improved delay response by 32%.
Reduced test bench failure rate by 40% through refined circuit design.
Programmed microcontroller GPIOs to display numeric output via 7-segment logic.
Engineered BCD-based segment switching improving clarity by 85% across test inputs.
Used waveform simulations to reduce debugging time by 35%.
Deployed an MDM (Mobile Device Management) framework to enroll and manage 60+ Android devices across the forestry division at Fleming College.
Integrated encryption, remote wipe, and GPS tracking features—resulting in zero breach incidents.
Facilitated developer-user feedback loops, reducing error tickets by 48% and improving onboarding efficiency.