Developer(6)

About this opportunity

Ericsson Inc. seeks a Developer (Infrastructure Front End CAD Engineer) in Austin, TX; Hybrid work policy w/in commuting distance, who will serve to design and validate electronic circuits and components for use in telecommunications.

What you will do:

Perform development tasks for Digital ASIC and SoC development for all existing and future mobile standards including 5G. Work independently to make complex design tradeoffs. May lead a project team for complex projects requiring advanced solutions. Work with internal and external stakeholders, standardization teams, market leading silicon vendors, advanced silicon foundries, and ASIC Design houses. Utilize EDA tools and methodologies. Develop advanced electronics, software, and models for the leading-edge mobile telecommunication systems. Perform modeling, Register Transfer Level (RTL) design, verification, systemization, integration, synthesis, test, placement, routing, timing, electrical analysis, physical checks, software development, and hardware validation. Hybrid work policy w/in commuting distance.

You will bring:

Bachelor's degree or foreign equivalent in Electrical Engineering, Electronics Engineering, Computer Engineering, or a related field and 7 years of experience in ASIC IP or ASIC SoC design OR Master's degree or foreign equivalent in Electrical Engineering, Electronics Engineering, Computer Engineering, or a related field and 4 years of experience in ASIC IP or ASIC SoC Design.

Experience (7yrs w/Bachelor's or 4yrs w/Master's) to include any combination of the following:

1. ASIC IP/ASIC SoC design, RTL, Verilog, UVM, and System Verilog.
2. Front-end tools including Verilog simulators, RTL/Verification linters, clock domain crossing checkers.
3. System-Verilog assertions, checkers, and advanced design verification techniques.
4. Scripting languages including Perl, Python, bash, or csh.
5. Modern design methodologies and techniques.
6. Coordinating and supporting geographically dispersed engineering teams.
7. Compute batching solutions such as LSF, Slurm, and Altair.

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