Collaborating with a team to engineer high-speed communications and radar systems using a combination of GPU, FPGA, and CPU processing techniques. Responsibilities include leveraging the CUDA programming framework for optimized GPU performance, employing Xilinx system design tools for FPGA development, and implementing advanced digital signal processing techniques to enhance system functionality and efficiency.

In this role, I designed and developed embedded radar systems using ZYNQ system-on-chip FPGAs. Responsibilities included writing and optimizing code in C, C++, and hardware description languages to control and interact with various hardware components. Device drivers were developed and integrated to ensure effective communication between the software and hardware, such as sensors and actuators.The position also included the development of real-time systems that guaranteed timely and deterministic responses to external events, which are crucial for embedded applications. This involved rigorous testing and debugging to ensure the software met all system requirements as well as implementing security measures to protect the embedded system from potential threats.

Creating an algorithmic trading platform to be used for building, testing, and deploying fully automated model driven trading systems. Building this platform requires a large amount of work in data processing and storage, feature engineering, real-time model training and storage, as well as general web design

Designed and installed industrial automation and field instrumentation as part of process control in large manufacturing facilities. Skills learned included system hardware design, software configuration, instrument programming, and overall process control performance analysis.

Designing and running Facebook advertising for a number of small businesses. Process includes deciding budgets, fully tailored graphic design, and implementation of various sales funnel processes.