Julie Kim

Experienced ASIC/FPGA engineer with strong focus on digital design, SystemVerilog coding, and hardware simulation. Proven track record in delivering high-performance digital design solutions, collaborating effectively with cross-functional teams, and adapting to evolving project requirements. Known for producing reliable results and driving efficiency in complex engineering projects.

• AUTONOMOUS ROBOT, A two-wheel dc motor was built to travel in a 3x8 cells (each cell is 17cmx17cm). The system was built to learn the environment and decide on the shortest path to follow, and was implemented on a microcontroller programmed in C to control the movement in real time via PID control system and DFS algorithm.
• BLUETOOTH ROBOT, A serial communication was implemented with phone application to control 4 direction of the two-wheel dc motor.

• FPGA EMBEDDED SYSTEM, Voltage control design was developed by integrating existing ADC and VGA IP, and demonstrate the functionality by loading the netlist into Zybo board.
• PIPELINED CPU DESIGN, The MIPS processor was built as five stages pipeline including hazard detection and forwarding unit with performance of 4x speed up.
• NON-PIPELINED CPU DESIGN, The same processor was built as 32-bit integer architecture including a Barrel Arithmetic Shifter unit for arithmetic calculation.