A dedicated and skilled FPGA Engineer with extensive experience in design, testing, and maintenance of embedded systems. Proficient in a diverse range of platforms, languages, and FPGA technologies. Demonstrated expertise in the development and verification of complex systems within the aerospace and defense sectors, showcasing strong competencies in utilizing tools like VHDL, Verilog, UVMF, and various simulation and synthesis tools. Adept at working independently on intricate projects, as well as collaborating effectively within a team. Completed a Master's program for advancing skills in embedded systems through, with a keen focus on practical applications in IoT and embedded technology. Proven ability to innovate and drive projects to successful completion, underscored by strong analytical and problem-solving abilities.
This company is an aerospace and defense manufacturer, and I worked as a Validation and Verification engineer.
Universal IO: Involved in the verification of an aerospace-based Universal Input Output bridge. Utilized DO-254 compliant UVMF (SV) test-benches.
Generator monitor: Focused on verifying a military-based on-ground generator unit monitor.
Generic VSCF: Worked on verifying a military-based generator control unit design.
This company is a service-based company, and I worked as a FPGA design and Verification engineer.
Parallel Port for PC-Printer Communication: Designed and verified a register control interface for PC-Printer communication via CPLD and IMX6U microprocessor for Caterpillar.
ASIC Prototyping: Designed and tested the internal RAM of an ASIC chip on a Xilinx Virtex Ultrascale board for Intel.
Ethernet Extender: Designed, implemented, and demonstrated an Ethernet extender Channel full duplex bit communication system.
Sessional Academic 08/2022 - 11/2023
Curtin University, Perth, Australia
Academic teacher 11/2023 - Present
Curtin College, Perth, Australia
Canny edge detection: The aim is to implement a canny edge detector algorithm in verilog.
Spiking Neural Network (Dr. Marco Winzker): The aim is to understand Dr. Marco’s implementation of Spiking Neural Networks (SNN) and their use in the detection of yellow and blue colors of an image.
I spend my free time sketching with pencils. I like to draw different things, including stuff I find online. Sketching helps me get better at noticing small details and it's also a calm activity that helps me be patient and focused. When I sketch, it's my way of taking time for myself and being committed to something I enjoy.