Senior Digital Design Engineer
Role details
Job location
Tech stack
Job description
Contribute as an individual designer and technical mentor within a collaborative environment. Design and implement logic and state machines using SystemVerilog/Verilog RTL. Develop, debug, and validate RTL using industry-standard simulation, synthesis, and analysis tools (including LEC, CDC/RDC, lint, DFT, and STA). Generate PPA (power, performance, area) estimates, schedules, and detailed RTL design specifications. Collaborate with verification and AMS teams to ensure functionality, performance, and coverage goals are met. Support top-level integration, including floorplanning and digital/analog co-design. Work closely with cross-functional stakeholders to identify requirements and drive continuous improvements., Overview The Sr. Engineer, Power & Electronics will be responsible for the design and development of Chargers and peripheral equipment, as well as large Battery Energy Storage Sy…
- 1 month ago
Requirements
They're seeking a Senior to Staff-level Digital Design Engineer (typically 4-12+ years of experience) to architect and develop RTL for a range of products. This role focuses on digital control systems (PMICs) as well as clock buffers and synchronizers. The ideal candidate will have hands-on experience with the full RTL-to-GDSII flow and a desire to provide technical leadership within a growing organization., Experience: 4-12+ years of relevant industry experience in digital design (Leveling available from Senior to Staff). Design Depth: Strong background in high-speed, low-power design using advanced deep submicron technologies. RTL: Proficiency in SystemVerilog/Verilog for both simulation and synthesis. Tools: Experience with industry tools such as Design Compiler and PrimeTime. Scripting: Experience with Perl, Tcl, and/or Python. Mindset: Strong communication skills with a proactive, ownership-driven mindset and a willingness to mentor junior talent. Preferred Qualifications Experience with embedded microcontrollers (e.g., RISC-V). Knowledge of digital control circuits for PMIC applications. Familiarity with clock buffers and synchronizers.