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Senior Virtual Prototyping methodology engineer (f/m)

Intel


Location:
Munich, DE
Date:
01/15/2018
2018-01-152018-02-13
Job Code:
JR0043541
Categories:
  • Engineering
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Job Details

Senior Virtual Prototyping methodology engineer (f/m) Careers at Intel in Munich,
   
Job ID: JR0043541
Job Category: Engineering
Primary Location: Munich, DE
Other Locations:
Job Type: Experienced Hire

Senior Virtual Prototyping methodology engineer (f/m)

Job Description

The Intel Communication and Devices Group is looking for a Senior Virtual Prototyping (VP) methodology engineer and an all-around Maker to play an integral role for facilitating VP based prototyping for complex wireless SoC platforms.  We provide a highly sophisticated System Level Design and Prototyping flow that enables the development of leading edge wireless solutions. As part of the pre-silicon validation methodology and flow team you can directly influence the efficiency and quality of our wireless platform (chip + firmware + software) development.  This includes adaptation, automation and optimization of the VP development infrastructure.    

This role will develop/create advanced Virtual Prototyping Methodologies and Flows to prototype hardware and firmware, our work is the foundation for providing outstanding products to our customers.  

Join us now as:

Senior Virtual Prototyping methodology engineer (f/m)

Your major accountabilities:

Virtual Prototyping Methodology and Flow development and project support  

  • Development of Virtual Prototyping flow and methodology for wireless system projects
  • Provide common infrastructure (tool integration, libraries, code generation, build system)
  • Triage issues found in VP with design and verification
  • Providing transaction level modelling (SystemC TLM) libraries and IP
  • Enable Architectural explorations methodologies for performance and power, HW/SW partitioning and co-design
  • Improve re-use of architectural models including Mixed Signal and RF components
  • Support Virtual Prototyping development and Hybrid VP-RTL Emulation
  • Enable TLM - RTL co-simulation with common test bench approach


Qualifications

  • Proficient in object-oriented programming, with extensive working/hands on knowledge of SystemC/ C++
  • Proficient in hardware abstraction and Virtual Prototype concepts
  • Experience with Virtual Prototyping and System Level Design Flows and Tools (e.g. Synopsys Virtualizer, SIMICS,  ARM Fast Model ) including usage of appropriate debugger (e.g. Lauterbach)
  • Architectural performance and power analysis (e.g. Synopsys Platform Architect, Cofluent, Docea)
  • Tools used in System Level Design, Software development and RTL implementation
  • Strong experience with Linux development tools (e.g. Eclipse) and programming/scripting skills (eg. C, C++, Perl, TCL, Python)
  • Verification mindset and outstanding sense and drive for continuous improvements

Additional  

  • Experience in performance analysis/debug techniques.  
  • Solid IT know-how: OS,UNIX, Windows, version control
  • Strong analytical ability and problem solving skills, ability to quickly learn/adapt new technologies
  • Supportive attitude, excellent communication skills with global teams and EDA supplier
  • Knowledge of VHDL, Verilog, System-Verilog, micro-architecture development, Signal processing, filters, data-path designs, communication systems & standard and ASIC design flow (RTL to GDS) would be desirable

Qualifications
BS or Master's degree in  Computer Science Electronics or Electrical Engineering, with concentration on System and SW development

7+ years of industry experience in digital design of complex SoC IP blocks and products. Extensive experience in Virtual Prototyping and RTL prototyping systems.

Candidate should possess strong digital design and VLSI fundamentals.

Inside this Business Group

Intel is one of the largest suppliers of chips for the communications market. The Intel Communications group is focused on designing and building communications technologies such as Ethernet connectivity products, optical components, communications processing solutions and broadband products.

   

As an electronics industry innovator and a leader in corporate responsibility, we look for ways to apply our technology to address global challenges while serving as a role model for how companies should operate.

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