May W. is a Principal Physical Design Engineer at WD Corp, where she leverages over eight years of hands-on experience in ASIC and SoC design to drive innovative solutions in advanced semiconductor technologies. Her expertise spans the entire RTL/netlist to GDS2 flow, encompassing critical phases...
May W. is a Principal Physical Design Engineer at WD Corp, where she leverages over eight years of hands-on experience in ASIC and SoC design to drive innovative solutions in advanced semiconductor technologies. Her expertise spans the entire RTL/netlist to GDS2 flow, encompassing critical phases such as synthesis, floor planning, place and route (P&R), clock tree synthesis (CTS), and static timing analysis (STA). May’s meticulous approach to physical design has led to significant achievements, including a remarkable 20% reduction in power consumption through the application of low-power techniques and a 6% decrease in block area after optimizing P&R processes.
At WD Corp, May is currently spearheading several key projects focused on enhancing the efficiency and performance of complex integrated circuits. She excels in executing and debugging essential design checks, including DRC, LVS, ERC, and DFM, ensuring that all designs meet stringent industry standards. Her proficiency in signal integrity analysis, including electromagnetic (EM) effects, crosstalk, and IR drop analysis, positions her as a vital asset in maintaining the reliability of high-performance designs.
May's skill set is further complemented by her expertise in die size planning, IO and block placement, and DFT scan chain reordering, making her a well-rounded engineer capable of tackling the multifaceted challenges of modern semiconductor design. With a strong foundation in EDA tools like Innovus and a deep understanding of VHDL, May W. continues to push the boundaries of physical design, contributing to WD Corp's reputation as a leader in the semiconductor industry. Her passion for innovation and commitment to excellence ensure that she remains at the forefront of technological advancements in the field.
