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发表于 2019-3-20 15:14:33
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add SH/BJ positions
I.
Title: Lead Verification Engineer (数字前端验证)
Location: SH
Position Description:
Deliver/implement advanced verification solutions by utilizing Cadence’s Incisive Verification product portfolio. The engineer should be able to act as a strong team member and contributor, leading team projects and initiatives. Exercise judgment within generally defined practices and policies.
Specific duties include:
Deep understanding on ASIC design and verification flow
Excellent knowledge of advanced verification methodology like eRM/OVM/UVM/VMM
Familiar with Cadence’s Incisive Plan to Closure Methodology (IPCM)
Proficiency in System Verilog, System C and/or e (Specman)
Developing and using Verification Components (eVC,OVC,UVC,VIP)
Developing and using assertion based verification and formal analysis methods
Skilled in scripting language, such as Perl,C shell,Python,Makefile
Assessing the project verification requirements
Position Requirements:
Essential Qualifications:
BS degree with 6+ years of applicable experience, MS degree with 3+ years of applicable experience in electrical engineering, microelectronics, comparable engineering science or solid state physics.
Essential that the individual demonstrates strong communication, verbal and written. Requires good communication skills in English.
Desirable Qualifications:
Will have demonstrated hands-on experience and expertise with Cadence verification design tools or equivalent tools, flows and methodologies required to execute a verification project.
Will have demonstrated successful completion of 3+ verification projects as an individual contributor
Will have DDR project verification experience
J.
Title: Lead Physical Design Engineer (数字后端设计项目方向)
Location: SH
Position Description:
Perform physical design implementation, including floor planning, power grid design, place and route, clock tree synthesis, timing closure, power/signal integrity signoff, physical verification (DRC/LVS/Antenna), EM/IR signoff, DFM Closure.
The candidate will have the opportunity to work on many varieties of challenging designs, i.e. low power and high speed design. The responsibility includes participating in or leading next generation PHY IP physical design, methodology and flow development.
Position Requirements:
BS degree with 5+ years of applicable experience, MS degree with 3+ years of applicable experience in electrical engineering, microelectronics.
Experienced with ASIC design flow, hierarchical physical design strategies, and methodologies and understand deep sub-micron technology issues.
Solid knowledge on LP Design, static timing analysis, EM/IR-Drop/crosstalk analysis, physical verification, DFM.
Successful track records of taping out complex, 16nm/10nm/7nm chips. Automation and programming-minded, solid coding experience in Makefile/Tcl/Tk/Perl.
Self-motivated, able to work independently or as a team player, excellent verbal and written communication skills in English.
K.
Title: Lead Physical Design Engineer (数字后端设计Research方向)
Location: SH
• Position Description:
Co-work with the R&D RTL design team for IP architecture exploration and optimization of the design and constraint
Co-work with other functional teams (Design/STA/Analog/Package/Verification) to optimize the high speed PHY IP development flow and set proper signoff criteria.
Optimize the physical implementation methodology and flow to meet the tight timing/power target of next generation high speed PHY IP.
Set and optimize the high speed PHY IP physical implementation guide which will be used by customers and internal global physical implementation teams.
Perform physical design implementation tasks including floor planning, place&route, clock tree synthesis and Timing/PV/Power/Signal-EM/CLP/DFM signoff checks for some critical milestone projects.
Position Requirements:
BS degree with 6+ years of applicable experience, MS degree with 3+ years of applicable experience in electrical engineering, microelectronics.
Experienced with ASIC design flow, hierarchical physical design strategies, and methodologies and understand deep sub-micron technology issues.
Solid knowledge on LP Design, static timing analysis, EM/IR-Drop/crosstalk analysis, physical verification, DFM.
Successful track records of taping out complex, 16nm/10nm/7nm chips.
Automation and programming-minded, solid coding experience in Makefile/Tcl/Tk/Perl.
Innovative, self-motivated, able to work independently or as a team player.
Excellent verbal and written communication skills in English.
L.
Title: Lead Software Engineer for SPICE
Location: BJ
Position Description:
The position is responsible for designing, implementing and maintaining software and algorithms related to advanced analysis and simulation tools used in the development of VLSI circuits and RF communication systems. The engineer will be responsible for leading multiple development efforts through the complete design cycle and working with a cross-functional team to ensure the software is tested, integrated and documented.
Position Requirements:
• Skilled in C++ programming, familiar with development under Linux/Unix environment;
• Good English communication skills both verbal and written
• Good problem solving skill and ability to work in a team environment
• Educational requirement is an MS or above in electrical, mechanical, or computer engineering; computer science, or applied mathematics. Candidate should have exposure to and interest in algorithmically-intensive software development.
• Background in one or more of the following areas is highly desirable: VLSI circuit simulation, computational electromagnetics, parallel numerical algorithms, spectral methods for solution of ordinary and partial differential equations, numerical linear algebra, computational fluid mechanics, finite element analysis, computational mechanics.
M.
Title: Lead Software Engineer for RF Simulator
Location: BJ
The position is responsible for designing, implementing and maintaining software and algorithms related to advanced analysis and simulation tools used in the development of VLSI circuits and RF communication systems. The engineer will be responsible for leading multiple development efforts through the complete design cycle and working with across-functional team to ensure the software is tested, integrated and documented.
Position Requirements:
• Skilled in C++ programming, familiar with development under Linux/Unix environment;
• Good English communication skills both verbal and written
• Good problem solving skill and ability to work in a team environment
• Educational requirement is an MS or above in electrical, mechanical, or computer engineering; computer science, or applied mathematics. Candidate should have exposure to and interest in algorithmically-intensive software development.
• Background in one or more of the following areas is highlydesirable: VLSI circuit simulation, computational electromagnetics,parallel numerical algorithms, spectral methods for solution of ordinaryand partial differential equations, numerical linear algebra,computational fluid mechanics, finite element analysis, computational mechanics.
• Exposure to analog, RF or microwave circuit fundamentals is a strong plus.
N.
Title: Principle Software Engineer
Location: BJ
• Familiar with Spice language and analog circuit simulation technology.
• Skilled in C++ programming and development under Linux environment.Analog circuit or digital simulator development experience is a plus
• Analog circuit design experience is a plus
• Good mathematics background & knowledge is a plus.
• EE or CS Master degree with at least 2 years related working experience or above
O.
Title:Software Engineer
Location: BJ
Position Description:
Develop, enhance and maintain digital mixed signal simulator which supports the co-sim between different HDL languages, such as Verilog, VHDL, SystemVerilog, etc, with some direction from manager or senior engineers
Position Requirements:
1. Familiar with Verilog, VHDL, SystemVerilog language
2. Analog circuit or digital simulator development experiences
3. Skilled in C/C++ programming, familiar with development under Linux/Unix environment.
4. Being familiar with Real number modeling is a plus
5. Being familiar with Digital Mixed-signal design is a plus
6. Being familiar with low power design is a plus
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