ASIC Digital Design Engineer

Job Description: 
The selected candidate will be an independent contributor plus mentorship of Synopsys DesignWare Processor team involving in development of leading edge DesignWare processor IP products such as HPC processors, NN accelerators, vision processors, as well as energy-efficient processors. 
The responsibility is to take ownership and accountability on quality of delivery for one or more blocks of design and/or verification functions, or the entire pre-design performance analysis function within a product development effort. This may include but not limited to authorship of plans and specs for owned functions, guiding, coaching, and tracking others for appropriate execution with necessary technical works, as well as escalation of overall team competences. The technical works could be applied to architecture, micro-architecture, performance analysis, logic design, verification and validation operations, as well as related engineering flows or environments and necessary signoff delivery processes. Depending on individual’s capability and career development, the works may include but not limited to investigation, creation, implementation, analysis, debugging, and optimization in said areas. In addition, the candidate would have great opportunities to collaborate with cross-team or cross-site colleagues on various technical matters such as algorithms, methodologies, quality of delivery, SoC prototyping, system bring-up, or any other engineering works that are required for overall business operations. 
  
Job Requirements: 
 
 

• Master degree in EE or CS related engineering major is required as a minimum from reputed colleges 

• Minimum 4 to 9 years of experience in related digital frontend design or verification for IP business 

• Comprehensive knowledge in microprocessor architecture, memory architecture, and system architecture 

• In-depth hands-on experiences in architecture, micro-architecture and RTL design, or functional and performance modeling, performance profiling, performance benchmarking, or simulation verification based on UVM with co-simulation, functional formal, functional coverage, regression flows/environments and respective debugging activities, plus authorship of technical specs 

• Programming skills: SystemVerilog, SystemVerilog Assertion, Verilog, C/C++, assembly, Perl, Python, or shell scripts 

• Tools: RTL linters, simulators, synthesizers, functional formal, functional coverage, team work tools (continuous integration, source control management, issue tracking, etc.), ADL-based generation tools (such as Synopsys ASIP Designer), or software toolchains 

• Experience with multi-site development is helpful 

• Written and Verbal communication skills: 

• Creation, modification and review of documentation: design or verification work plans, engineering quality processes, test scenarios, test reports 

• Ability to profile the values, requirements, issues, risks, and solutions for engineering works presentation and persuade and compromise for consensus 

• Ability to follow disciplines describing issues and changes in track systems 

• Analytical skills: 

• Analysis of signoff requirements for product releases 

• Ability to analyze QoR and verification results for major milestone reviews and assessments. 

• Self-motivated team player with leadership, be able to thrive in a fast-paced engineering envi