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We are planning to conduct Walk In Interviews at Bangalore office on Sunday 22nd November for the below positions.
Skills in Short
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Detailed Job Description.
· Key Responsibilities:
• Responsible for participating in the pre-silicon blocks, chip, multi-chip and system level verification strategy for the Graphics chips
• Specifying an overall design verification plan for an full chip SoC
• Specifying or reviewing plans for complex blocks within the ASIC
• Architecting new verification methodologies and evaluating new tools.
• Responsible for developing complex verification environment using the latest coverage/assertions based verification design methodology, which includes :
o self-checking, reusable, automated verification environment : both at full-chip & block level
o Constrained random generators and reference models
• Being a mentor and technical leader for more junior verification engineers.
• Leading or participating in the ASIC bring-up and debug
· Job Requirements and Skills:• Responsible for participating in the pre-silicon blocks, chip, multi-chip and system level verification strategy for the Graphics chips
• Specifying an overall design verification plan for an full chip SoC
• Specifying or reviewing plans for complex blocks within the ASIC
• Architecting new verification methodologies and evaluating new tools.
• Responsible for developing complex verification environment using the latest coverage/assertions based verification design methodology, which includes :
o self-checking, reusable, automated verification environment : both at full-chip & block level
o Constrained random generators and reference models
• Being a mentor and technical leader for more junior verification engineers.
• Leading or participating in the ASIC bring-up and debug
• B.E/B.Tech/M.E/M.Tech in Electrical/Electronics Engineering
• Minimum 7+ years experience in ASIC Design Verification, including 2 years as a verification lead
• At least 2+ years experience in complex ASIC Design Verification, direct experience in SOC or Processor/Graphics/Video is preferred
• Must have excellent knowledge of ASIC Design Flow
• Extensive experience with C & C++ and SystemC
• Experience in developing complex testbench/model in verilog, PLI and/or System verilog
• Excellent debug skills in both functional and gate level simulations are must.
• Experience in random test generation, coverage analysis, failure debug, formal equivalency checking, and Assertions (PSL, SVA)
• Proficiency in common UNIX scripting languages (perl, csh, sh.)
• Knowledge of I/O interfaces like USB2.0, SATA, SD and etc is desired
• Knowledge of 2D/3D Graphics, Video and Display standards is a plus
• Must have good communication skills and the ability and desire to foster a team environment.
Exposure to processor verification is highly preferred
Must have taped-out at least one successful SOC
Appropriate candidate will have the skills of:
• Verilog/High level verification
• SOC verification and random test generation
• Testplanning & test writing especially for processor verification
• Exposure to tools like: VCS/NCSim, Debussy
• Perl and scripting
• Knowledge/exposure to complete SOC tape-out flow
· Leadership and Mentoring skills a must.
· Strong Back ground of ASIC Physical Design : Floor planning , P&R extraction, IR Drop Analysis, timing and Signal Integrity closure.
· Hands on experience and detailed knowledge in Cadence or Synopsys or Magma ASIC Physical Design Tools
· Scripting Language with PERL ,TCL,AWK, shell scripting a very big asset.
· Familiar with Physical Verification is also desirable.
The job involves developing flows and methodologies for the creation of high quality manufacturing tests for cutting edge designs using structured Design-for-Test (DFT), Automatic Test Pattern Generation (ATPG) and Logic Built-In Self Test (LBIST) techniques/tools. Candidates must have good software engineering skills and strong knowledge of C/C++ and scripting languages such as Perl. Candidates should also be knowledgeable about DFT techniques such as JTAG TAP, MUX-D/LSSD scan, MBIST, on-chip hardware test compression and at-speed test using on-chip PLL. Familiarity with LBIST and architecture/RTL of Design-for-test techniques is an added advantage.
We look forward to your continuous support and more referrals!!!
Please feel free to mail your queries/clarification to the Team – HR.
Team HR.