Key skills
Electrical EngineeringAnalog DesignHigh Speed AnalysisHardware Descriptive LanguageQuality AssuranceVLSIPCB DesignSimulation ToolsDesign Rules
About this role
Siemens Industry Software Inc. is seeking a High Speed & Analysis SQA Engineer to join their team. This role involves manual and automated design flow testing of EDA Analysis/Simulation tools within a High Speed design flow, working with various simulators and ensuring integration points are validated and functioning correctly.
Responsibilities:
- Responsible for manual and automated design flow testing of a range of EDA Analysis/Simulation tools used within a High Speed design flow
- Working with analog, mixed signal, signal integrity and EMC simulators and associated environments
- Run regression suites with Test Farm in both Windows and Linux with the latest build for the software tools mentioned
- Run the manual regressions for the software flows and check the AMS designs
- Design and test the software tools on Windows and Linux
- Test and ensure all integration points between the HyperLynx (Analog simulation tools) and surrounding tools are validated and functioning correctly
Requirements:
- Bachelor's degree, or foreign equivalent in Electrical Engineering or related field
- 24 months of experience in the job offered or in an Analog Design or High Speed Analysis-Software Quality Assurance Engineer-related occupation
- Alternatively, a Master's degree, or foreign equivalent, in Electrical Engineering or related field and no experience
- Experience, internship, or coursework in Hardware Descriptive Language including VLSI used to create integrated circuit designs for PCB designs
- Experience in analog design and behavior related to integrated circuit design with analysis verifying functionality, characteristics, and performance
- Experience with layout and simulation tools used in analysis and verification of analog integrated circuit designs
- Knowledge of Design Rules for analog design layout
- Experience in simulation of analog designs
- Knowledge of Quality Assurance processes including developing analog integrated circuit designs for specific tests, analyzing the design, and determining the results of the test