- FPGA board design and schematics using Libero and VHDL- Validation and testing various FPGA packages/board functionalities through HW and SW- Running embedded programs in C, Verilog, and Linux for analysis, including developing testbenches to verify performance- Validating PCIE Protocols using PCI-CV and PTC tests by creating Verilog Endpoint design to provide remote processor access to main fabric and daughter board memory mapped interface- Worked with FPGA Verilog modules on communication functionalities including corner cases through AXI bus for PCIe and create a functional high-performance simulation to recognize problems when debugging- In charge of design and validation for PLL/DLL to ensure silicon capabilities during initialization state- Developed AXI Bus Sniffer that captures and analyzes continuous 64KB DMA transactions after injecting ECC single and double errors to multiple memory locations in TX, RX, P2A, and A2P buffers, mimicing functionality in radiation environment- Created Soft Monitor Processor design and simulation for System On Chip silicon device- Lead validation project on Radiation Tolerant Silicon Devices through testing PCIe Gen2 x2 as well as System Controller Suspend Mode functionality

- Designing circuit diagrams and making models of electrical systems using Revit and AutoCAD- Single-phase schematic design and construction of electrical breaker panels following National Electrical Code and safety guidelines- Provided electrical designs for multi-residential, medical, and commercial projects- Voltage drop and photometric calculations

- Developed mask smoking detector project using Grideye, Bluetooth Low Energy, and MLX- Created IoT Inspector application using Unity and Python- Implemented real-time image feedback feature in Processing- Experience in a variety of programming languages and technologies, with a focus on IoT

- Designed and created a custom battery pack using over 300 lithium ion batteries, with a nominal voltage of 97V and a nominal capacity of 4.7Wh- Conducted comprehensive testing and monitoring of the battery pack under various simulated competitive scenarios to ensure reliable performance- Designed and built a specialized enclosure for the battery pack to protect it from damage and improve its overall function- Integrated a MPPT (maximum power point tracker) into the battery pack design to optimize power output and increase efficiency- Demonstrated advanced knowledge and expertise in electrical engineering, with the ability to design and assemble functional battery packs

- Successfully organized and planned a range of fundraising events, including collaborating with other engineering organizations at UCR- Managed the fundraising website and maintained accurate and up-to-date information about events and campaigns- Worked with Funderbolt, a crowdfunding platform, to promote fundraising campaigns and secure donations from a broad audience- Demonstrated strong leadership and project management skills, with the ability to effectively plan and execute successful fundraising events- Demonstrated expertise in fundraising and marketing, with the ability to collaborate with other organizations and utilize online platforms to reach a wider audience