About the role

Digital Design Engineer

Location:- Bangalore

Experience:- 7-15Years

The candidate will lead the digital design architecture, digital RTL, low power design, synthesis and timing analysis, and behavioral coding teams for the power management chips as well as executing various tool flows for IP quality control
The candidate will be able to work as part of a large and focused team of engineers and will be able to collaborate successfully as needed with design architects, digital verification, project management, and digital and analog design teams in multiple worldwide geographies
Drive architecture to micro-architecture to RTL implementation with the refining of features requirements throughout the design process
Support the bring-up of various features at a system level in various pre-silicon platforms like SOCV, Emulation, FPGA.
Knowledge of development of digital control peripherals, MCU systems
Own technical outcome of design, verification, implementation, and execution of Power Management ICs with complexities that can span from simple regulators to complex designs, control loops, and digital interfaces
Identify, recommend, and implement new systems, tools, processes, and technologies to improve design, reuse organizational processes and decision-making
Support post-silicon validation activities for your designs.
BS in Electrical Engineering or related 8 years of experience in working and leading Digital Design, Architecture and ASIC/Mixed signal chip developments
The ideal candidate should have thorough understanding of the end-to-end digital design flow in order to accurately and efficiently collaborate with all members of the technical staff, both analog and digital, regarding overall project development progress and status
Solid understanding of RTL design, CDC, ASIC synthesis, timing analysis and CDC, P&R, UPF and system Verilog (assertion)
Solid understanding of Verilog, TCL and Perl/Python/XML programming languages
Experience in developing ASIC/Mixed signal ICs for various Power Converters such as multiphase converter, DC-DC PMIC/POL, AC-DC converters, LED drivers
Good understanding of topologies and architectures for Constant-on-time, Peak, and Valley Current/Voltage Mode control mechanism, Hysteretic, Multi-Phase Controllers, and Smart Power Stages
Understanding of digital architecture trade-offs for power, performance, and area
Must have good written and verbal cross-functional communication skills