About the jobWe are looking to recruit both talented and experienced engineers with knowledge of synthesis and static timing analysis (STA). As part of the Wi-Fi SoC group you will work closely with our Chip Synthesis and Static Check (CSSC) team and make a real contribution to the design flows and future product tape-outs of Nordic Semiconductor's next generation of world leading ultra-low power Wi-Fi chipsIf you are passionate about digital implementation, enjoy solving difficult engineering problems, and thrive in a collaborative environment where your work directly impacts cutting-edge silicon, this is an opportunity to make a meaningful contribution and grow alongside a team of highly skilled semiconductor professionals.

Key responsibilities
Develop, refine, and validate timing constraints to ensure accurate implementation and timing analysisPerform RTL-to-gate logic synthesis, optimizing designs for performance, power, and area while meeting project requirements.
Conduct comprehensive Static Timing Analysis (STA) to identify, analyze, and resolve timing issues across multiple operating conditions and process corners.
Drive timing closure activities by implementing and evaluating ECOs, ensuring designs meet performance and schedule targets.
Perform logic equivalence checking to verify functional consistency between RTL, synthesized netlists, and post-ECO implementations.
Execute low-power verification and analysis to ensure compliance with power intent specifications and support energy-efficient product development.
Collaborate closely with the Design-for-Test (DFT) team to integrate test structures, achieve high test coverage, and ensure manufacturable, testable silicon.
Partner with digital design and architecture teams to translate design intent into implementation, providing feedback and guidance to meet functional, performance, and timing objectives.




Qualification and skillsBSc/MSc in Electronics Engineering or similarSeveral years of experience in chip implementationExperience of relevant Synopsys and Cadence IC implementation and verification / signoff toolsContribution to flow development and setupKnowledge of scripting languages like TCL, Perl, Python or similarExperience using AI-assisted tools to improve design productivity (e.
G. AI-driven EDA flows, code/script generation, debug assistance)Excellent written and verbal communication skills in EnglishPersonal SkillsThe adecuado candidate will combine deep technical expertise with a structured and analytical approach to problem-solving. You have strong attention to detail and a team-oriented professional who communicates clearly and effectively with other teams. You take ownership of your work, thrive in a fast-paced development environment, and are motivated by delivering high-quality silicon on schedule. A continuous improvement mindset, combined with scripting skills and curiosity for emerging technologies such as AI-assisted design tools, allows you to drive efficiency and contribute to the evolution of implementation methodologies and design flows.
Working for NordicWorking at Nordic, you will be inspired and supported to develop yourself. Our teams enjoy a professional and informal working environment. We value and encourage the continuous development of skills and expertise to the highest levels. We are proud of our Norwegian heritage, our highly skilled international workforce, and our world-leading innovation.

We offer
a variety of tasks and projects, and the possibility to work alongside some of the world's most renowned experts within their field. We encourage our employees to question the established and innovate while expecting professionalism, commitment, and the will to learn.
BenefitsCompetitive salary with short
- and long-term incentive planFlexible

working hours
Medical insuranceFamily-friendly policies, insurances, and benefitsPractical detailsLocation: city, country | city,country | city, countryPlease note that this position might be subject to a background check.

📌 Asic Digital Synthesis Engineer (Bilbao)
🏢 Nordic Semiconductor
📍 Bilbao