Senior Analog Mixed Signal Design Verification Engineer

Analog Devices (NASDAQ: ADI) designs and manufactures semiconductor products and solutions. We enable our customers to interpret the world around us by intelligently bridging the physical and digital worlds with unmatched technologies that sense, measure, and connect. 

• Location: Limerick, Ireland 

• Business Unit: Instrumentation (IPP) 

• Group: Precision Amplifier Group (PSG) 

Group Description: 

The Precision Signal Chain Group develops next generation precision sensing and signal conditioning ICs for a broad range of industrial and instrumentation multi markets.  We also have an adjacent focus on Scientific Instruments end market, helping transform molecules into insights in applications such as food safety, air and water quality, drug discovery & development, as well as genetic sciences. 

As our real-world analog signal processing capabilities advance, there is an increasing demand for ultra-high precision signal conditioning solutions. To achieve this goal, our team of analog and digital designers work on ground-breaking products by merging cutting-edge process technologies with advanced IC design techniques.  

The Precision Signal Group is seeking an experienced Senior level Analog Design & Verification Engineer to join our development team.  

Responsibilities: 

ADI’s product development is driven by engineers who can translate system requirements into robust analog architectures, execute transistor-level design, and then verify those designs with scalable, metric-driven methods. This role expands beyond traditional design and verification by combining hands-on analog design ownership with AI-enabled verification automation to improve iteration speed, coverage, and signoff confidence for ultra-high precision signal-conditioning ICs. 

What you’ll do (design and verification) 

• Requirements → specs → architecture: Break down system-level requirements into design specifications; contribute to architecture choices and trade-off decisions for precision amplifier signal chains and mixed-signal subsystems. 

• Behavioral + abstract models: Create behavioral models (e.g., Verilog-A/AMS) to enable top-down verification and earlier system learning. 

• AI-enabled design and verification: Develop automation and AI-assisted approaches for design optimization, regression triage, anomaly detection, smart sweep/corner selection, and results summarization for design reviews. 

• Cross-functional delivery: Partner with wafer fab and modeling to understand process capabilities; support board design, lab evaluation, and test to ensure silicon success. 

• Transistor-level circuit design: Design and simulate key analog circuits/blocks and support design closure through focused experiments and sensitivity-driven iteration. 

• Layout partnership: Oversee and support analog/digital layout activities with attention to parasitics, stability, matching, and robustness; validate post-layout behavior and iterate as needed. 

What you bring (core requirements) 

• Analog/mixed-signal depth: Strong knowledge of analog and mixed-signal circuit design, tools, and flows. Precision amplifiers, DACs/ADCs, bandgaps, bias circuits; bipolar circuit design and/or high-speed amplifiers. 

• AI/ML for engineering workflows: Applying ML/AI to simulation data (feature extraction, clustering/outliers, active learning for corner discovery). 

• Automation: Proficiency with Python (and/or Tcl/Perl) for simulation orchestration, data analysis, and workflow automation. 

• Collaboration + clarity: Ability to communicate technical decisions and results clearly across a global engineering team. 

Minimum qualifications 

• MS/PhD in EE/ECE (analog/mixed-signal focus) with 7+ years relevant industry experience