Senior Digital Design Engineer

Responsibilities:

Design and implement digital subsystems and IP blocks for mixed‑signal ICs from architecture through tape‑out. 
Develop RTL designs using Verilog and support integration into larger SoC environments. 
Design and verify DSP, control, and data‑path logic, including calibration and monitoring state machines. 
Perform functional verification, integration verification, and support UVM‑based verification teams. 
Contribute to behavioral and system modeling of digital and mixed‑signal systems 
Support post‑silicon validation, characterization, and production test, including lab bring‑up and silicon debug.
Collaborate across disciplines to ensure correct interaction between digital logic and analog circuitry.
Participate in design reviews, tape‑out readiness, and root‑cause analysis for silicon or system issues. 

Required Knowledge, Skills, and Experience:

Degree in Electrical Engineering, Computer Engineering, or a related technical field.
Bachelor’s with 5+ years of relevant digital IC design experience.
Master’s with 3+ years of relevant experience. 
PhD with 0+ years of relevant experience. 
Strong working knowledge of Verilog RTL design.
Solid understanding of the digital design flow, including: 
Microarchitecture and RTL development. 
Clock and reset domain crossing.
Functional verification. 
Timing constraints and synthesis. 
Experience designing and verifying complex state machines and control logic. 
Familiarity with CMOS VLSI design fundamentals. 
Strong analytical, problem‑solving, and communication skills. 
Ability to work effectively in a team‑based, fast‑paced development environment.

Preferred Knowledge, Skills, and Experience:

Expertise or strong background in Digital Signal Processing (DSP). 
Experience implementing FIR and IIR filters and other signal‑processing algorithms.
Familiarity with ARM‑based SoCs, microprocessor subsystems, buses, and peripherals.
Experience with mixed‑signal IC development, including interaction between digital and analog circuitry.
Exposure to low‑power and high‑performance ASIC design techniques.
Experience with back‑end flows, including synthesis, place & route, and timing analysis.
Experience generating test vectors and supporting production or probe test environments.
Proficiency with MATLAB, Simulink, or similar tools for modeling, algorithm development, and validation.
Strong lab and silicon validation skills, including silicon debug and characterization.