ALTEN is seeking a CAD Development Engineer in San Diego, CA to join our Technologies Inc Global CAD team. The role involves developing RTL2GDS implementation tools and supporting CAD tools for synthesis, floor planning, and place & route for cutting-edge product designs. Candidates should have 2+ years in CAD flow development, familiarity with EDA tools, and skills in Tcl and Python. A Bachelor's degree in Computer Engineering, Computer Science, or Electrical Engineering is required. Join us to help build the latest tools for complex chip designs.
Qualifications
Hands-on expertise in developing and maintaining CAD tools for digital design.
Knowledge of industry EDA tools and PPA optimization techniques.
Strong logical and creative problem-solving skills.
Excellent interpersonal skills and ability to work independently.
Highly motivated with excellent team spirit.
Responsibilities
Develop and support CAD tools and flows for Synthesis, Floorplan, and Place & Route.
Debug issues for design closure in advanced process nodes.
Regression and test analysis of QoR results.
Collaborate with design and CAD teams.
Interface with EDA vendors for production-ready tools.
Skills
Synthesis
Floorplan
Place and Route
Static Timing analysis
IR drop analysis
Physical verification
Logic verification
Tcl
PERL
Python
Education
Bachelor's in Computer Engineering
Bachelor's in Computer Science
Bachelor's in Electrical Engineering
Tools
Synopsys Tools
Cadence Tools
Mentor Graphics Tools
Ansys Tools
Job description
ALTEN is seeking a CAD Development Engineer in San Diego, CA to join our Technologies Inc Global CAD team. The role involves developing RTL2GDS implementation tools and supporting CAD tools for synthesis, floor planning, and place & route for cutting-edge product designs. Candidates should have 2+ years in CAD flow development, familiarity with EDA tools, and skills in Tcl and Python. A Bachelor's degree in Computer Engineering, Computer Science, or Electrical Engineering is required. Join us to help build the latest tools for complex chip designs.