Digital Mixed Signal Modeling Engineer

Join a growing wireless silicon development team to model and verify Analog/RF/Mixed-Signal blocks and SOCs using SystemVerilog. You will create behavioral models, testbenches, checkers, and tests, and execute test plans to meet project schedules and quality requirements. This role involves developing behavioral models for wireless SoCs, integrating mixed-signal models onto emulation platforms, and supporting pre-silicon validation teams to ensure fully functional first silicon. Collaboration and innovation are key in this dynamic environment.

Must Have

• Develop accurate and simulation-efficient analog behavioral models for Analog/RF blocks in SystemVerilog
• Build and reuse monitors, and checkers for RF, Mixed-Signal and Digital blocks
• Debug failures, fix test bench/model/checker issues, and manage bug tracking
• Write scripts for automation of the flow and improve Mixed-Signal verification methodology
• Develop models that are emulation ready
• Hands-on experience in Mixed-Signal Verification and Real Numbered Modeling of Mixed-Signal Systems
• Knowledge of ubiquitous wireless technologies: WiFi, BT, UWB or radio systems in general
• Knowledge of basic analog circuits: PLLs, LDOs, Bandgap, and ADC/DAC

Good to Have

• Ph.D. or Master’s with 5+ years of experience in modeling of analog/RF circuits
• Good understanding of emulation technologies and mixed-signal modeling requirements for synthesis-ready models
• Experience in modeling with SystemC and/or C/C++
• Experience in writing scripts in languages such as Perl or Python
• Knowledge of signal processing using Python or Matlab
• Good understanding of AMS and wireless circuits/systems
• Experience with SystemC modeling and high-level synthesis

Perks & Benefits

• Comprehensive medical and dental coverage
• Retirement benefits
• Range of discounted products and free services
• Reimbursement for certain educational expenses (tuition)
• Discretionary bonuses or commission payments
• Relocation (might be eligible)
• Opportunity to become a shareholder through employee stock programs
• Employee Stock Purchase Plan

Imagine what you could do here! Together we could help craft the next generation of the world’s finest devices. New ideas have a way of becoming extraordinary products, services, and customer experiences very quickly. Bring passion and dedication to your career, and there's no telling what you could accomplish. The growing wireless silicon development team is seeking an exceptional candidate for its modeling and verification team. In this role, you will be modeling and verifying Analog/RF/Mixed-Signal blocks and SOCs using SystemVerilog to create behavioral models, testbenches, checkers and tests. You will build and execute test plans to meet project schedules and quality requirements. You will become part of a hands-on development team that fosters engineering excellence, creativity and innovation. Collaboration across teams is a key component of success. The right candidate will thrive in that type of environment. It's one of the most exciting aspects of the job. Dynamic, smart people and inspiring, innovative technologies are the norm here. Will you help us design the next generation of revolutionary products?

As a member of the digital mixed-signal modeling team, you’ll play a crucial role in developing behavioral models to verify wireless SoCs. Additionally, you’ll be involved in cutting-edge technology for integrating mixed-signal models onto emulation platforms. Your support will be essential for multiple pre-silicon validation teams to ensure a fully functional first silicon.

• In this role, core responsibilities include, but are not limited to the following:
• Develop accurate and simulation-efficient analog behavioral models for Analog/RF blocks in SystemVerilog
• Build and reuse monitors, and checkers for RF, Mixed-Signal and Digital blocks
• Debug failures, fix test bench/model/checker issues, and manage bug tracking
• Write scripts for automation of the flow and improve Mixed-Signal verification methodology
• Develop models that are emulation ready

• BS and a minimum of 3 years of relevant industry experience
• Self-motivated individual contributor with a strong passion for the team’s success
• Hands-on experience in Mixed-Signal Verification and Real Numbered Modeling of Mixed-Signal Systems
• Knowledge of any of the ubiquitous wireless technologies: WiFi, BT, UWB or radio systems in general
• Knowledge of basic analog circuits: PLLs, LDOs, Bandgap, and ADC/DAC
• Excellent communication and problem-solving skills

• Ph.D. or Master’s with 5+ years of experience in modeling of analog/RF circuits
• Good understanding of emulation technologies and mixed-signal modeling requirements for synthesis-ready models
• Experience in modeling with SystemC and/or C/C++
• Experience in writing scripts in languages such as Perl or Python
• Knowledge of signal processing using Python or Matlab
• Good understanding of AMS and wireless circuits/systems
• Experience with SystemC modeling and high-level synthesis