1. MOSFET device research and development, especially Trench MOSFET/ SGT/ SJ.
a). Define device layout design and product design rule
b). TCAD simulations to build device structure
c). Device measurement
d). DOE plan for MOSFET new product
2. Interface with Product engineer and Marketing.
3. EFA/ PFA for trouble shooting
4. Build related patent for new design
Responsible for developing custom IP for SoC design from specification definition, circuit design to testing, and familiar with component and process characteristics.
1. Responsible for ASIC physical implementation by using automatic place and route tools. The P&R processes including floorplanning, power plan synthesis and analysis, physical timing optimization, clock tree synthesis, routing, and post-routing optimizations.
2. Responsible for physical verification including DRC, LVS and ESD checking.
Analyzing voltage drop across the power grid under different operating conditions.
Evaluating current density in metal interconnects and reliability concerns.
Design, analyze, and improve power grids.
Cross-functional collaboration – working with design, package, and verification teams.
Automation and Flow Development – gaining hands-on experience in scripting to improve design efficiency.
1. Knowledgeable in power analysis and IR/EM methodologies, with hands-on experience using Ptpx, Redhawk, or Voltus for power and IREM evaluation.
2. Familiar with the integrated circuit (IC) design flow, capable of performing design, optimization, and verification using tools such as ICC2 or INNOVUS.
3. Experience in developing automation scripts using Python, Perl, TCL, or Shell is a strong plus.
4. Experienced in IO/IP planning, including bump/PAD placement and RDL routing is a plus.
5. Experienced in fundamental circuit structures (e.g., standard cells, IO), with the ability to simulate basic circuits using Hspice or Spectre is a plus.
1. Responsible for ASIC physical implementation by using automatic place and route tools. The P&R processes including floorplanning, power plan synthesis and analysis, physical timing optimization, clock tree synthesis, routing, and post-routing optimizations.
2. Responsible for physical verification including DRC, LVS and ESD checking.
1. Responsible for ASIC physical implementation by using automatic place and route tools. The P&R processes including floorplanning, power plan synthesis and analysis, physical timing optimization, clock tree synthesis, routing, and post-routing optimizations.
2. Responsible for physical verification including DRC, LVS and ESD checking.
1. Responsible for the digital back-end physical implementation from netlist to GDS, completing the chip sign-off process.
2. Complete the full-chip floorplanning, including chip partitioning, power and ground network, placement of critical modules, utilization optimization, pin assignment.
3. Complete the overall digital back-end design of the chip, including placement, clock tree implementation, timing closure, power calculation, IR drop analysis, SI closure, and physical verification.
4. Co-work with front-end design team for the logic, clock and timing optimization.
5. Co-work with package team for the substrate design and SIPI simulations.
1. Responsible for the digital back-end physical implementation from netlist to GDS, completing the chip sign-off process.
2. Complete the full-chip floorplanning, including chip partitioning, power and ground network, placement of critical modules, utilization optimization, pin assignment.
3. Complete the overall digital back-end design of the chip, including placement, clock tree implementation, timing closure, power calculation, IR drop analysis, SI closure, and physical verification.
4. Co-work with front-end design team for the logic, clock and timing optimization.
5. Co-work with package team for the substrate design and SIPI simulations.