Description
We are seeking a Mixed-Signal Engineer to work on analog–digital co-simulation and digital RTL design for a power controller. The digital RTL implements the full control loop, including protections, fault handling, and calibration. This is a unique role with complete system-level exposure and the opportunity to influence both analog and digital design. The engineer should be flexible as priorities shift between co-simulation, RTL development, and debugging.
Responsibilities:
- Build and run co-simulations that connect digital RTL with analog circuits or SPICE and Verilog-A models.
- Enhance and maintain the RTL for the power controller’s full digital control loop.
- Verify startup, steady-state, transient, calibration, and fault behavior at the system level in either a purely digital or a co-simulation environment.
- Debug issues across the analog–digital boundary with analog and digital designers.
- Develop RTL behavioral models for mixed-signal blocks.
- Design and implement control, protection, fault-handling, and calibration features.
Requirements:
- B.S. or MS degree in Electrical Engineering (or equivalent experience)
- 1-3 years of work on analog–digital co-simulation and digital RTL design for a power controller.
- Experience designing and debugging synthesizable Verilog or SystemVerilog RTL.
- Flexibility to work across co-simulation and RTL design as project priorities change.
- A strong inclination to learn how the analog circuitry behaves. Analog expertise is not required; the team will provide support to help you ramp up.
- Strong teamwork and outstanding interpersonal skills.
Nice to Have:
- Experience with digital control logic in power management or a related system.
- Strong knowledge of, or experience working with, mixed-signal and custom-designed IP solutions.
- Understanding of firmware and embedded controllers.
- Prior exposure to analog design and mixed-signal simulation.