We will trust you with:

• Owning and driving the execution of SOC designs from synthesis, floorplanning, place and route, timing signoff, physical signoff, and electrical signoff
• Defining and setting up the SOC top-level design template, integration of analog & digital IP blocks into the top-level design
• Collaborating closely with lead engineers to optimize designs, resolve issues, and achieve timing closure
• Establishing criteria to qualify IPs for integration into the top-level design
• Mentoring junior engineers and leading the team toward final tape-out

Your experience includes:

• MSc/PhD with 6+ years or a BSc with 10+ years of relevant industry experience in backend/physical design of processor SOCs/IPs with multiple product tape-outs
• Strong timing analysis and debugging skills, generating constraints, lint cleaning
• Proven track record of implementing designs through the ASIC backend flow - synthesis, hierarchical, floorplanning, placement, CTS, routing, extraction, timing, physical verification, 
• Proven experience with implementing designs with multiple voltage and clock domains, and/or low-power designs, CTS methodologies
• Strong experience with industry-standard EDA tool flows - Cadence/Synopsys
• Experience with scripting languages such as  TCL, Perl, Python
• Experience in defining and setting up back-end tool flows
• Knowledge of SystemVerilog is a plus

What you need to succeed:

• Problem-solving mentality,
• A goal-oriented attitude,  and be highly-motivated
• Be self-starter, and passionate about technology

We offer you:

• A dynamic working environment around a fearless culture
• Ambitious teams with the freedom to innovate
• A flexible working environment (work-from-home policy, flexible working hours, advantageous holidays scheme ..)
• An inclusive company culture that embraces communication, diversity, and support around holistic and personal development.

About us

Innatera is a rapidly-growing Dutch semiconductor company that develops ultra-efficient neuromorphic processors for AI at the edge. These microprocessors mimic the brain’s mechanisms for processing fast data streams from sensors, enabling complex turn-key sensor analytics functionalities, with 10,000x higher performance per watt than competing solutions. Innatera's technology serves as a critical enabler for next-generation use-cases in the IoT, wearable, embedded, and automotive domains.