Signal Integrity Software Engineer (Algorithms)

12 Minutes ago • All levels

Software Development & Engineering

Job Description

Cadence is seeking a Signal Integrity Software Engineer to research and develop advanced algorithms for Signal Integrity (SI) analysis and Circuit Simulation EDA. The role involves creating algorithms for system-level network modeling and simulation, and designing high-performance computing (HPC) software infrastructure for large-scale simulations. Candidates should possess strong C++ programming skills on Linux or Windows and a solid understanding of Circuit Theory/Simulation or Computational Electromagnetic (EM).

Good To Have:

Familiarity with OpenMPI, CUDA, or ROCm is preferred.
Specialization in computational electromagnetics or microwave theory is highly desirable.
Prior experience with EDA tools such as layout connectivity, geometry operations, parasitic extraction, circuit simulation or EM analysis.
Hands-on experience with computational electromagnetic methods such as FDTD (Finite-Difference Time-Domain), FEM (Finite Element Method), or MoM (Method of Moments) is highly desirable.

Must Have:

Research and develop advanced algorithms for Signal Integrity (SI) analysis and Circuit Simulation EDA.
Research and develop algorithms for system-level network modeling and simulation.
Design and implement high-performance computing (HPC) software infrastructure.
Strong programming skills in C++ on Linux or Windows platforms.
Solid understanding of Circuit Theory/Simulation or Computational Electromagnetic (EM).
MS or PhD in Electrical Engineering, Mathematics, Physics, or a related field.

Add these skills to join the top 1% applicants for this job

team-management

communication

cpp

unity

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cuda

linux

algorithms

Responsibilities

Research and develop advanced algorithms for Signal Integrity (SI) analysis and Circuit Simulation EDA.
Research and develop algorithms for system-level network modeling and simulation.
Design and implement high-performance computing (HPC) software infrastructure to support large-scale simulations and analysis.

Required Skills & Qualifications

Strong programming skills in C++ on Linux or Windows platforms.
Solid understanding of Circuit Theory/Simulation or Computational Electromagnetic (EM).
Familiarity with OpenMPI, CUDA, or ROCm is preferred.

Education

MS or PhD in Electrical Engineering, Mathematics, Physics, or a related field.
Specialization in computational electromagnetics or microwave theory is highly desirable.

Preferred Experience

Prior experience with EDA tools such as layout connectivity, geometry operations, parasitic extraction, circuit simulation or EM analysis.
Hands-on experience with computational electromagnetic methods such as FDTD (Finite-Difference Time-Domain), FEM (Finite Element Method), or MoM (Method of Moments) is highly desirable