We are looking for a Senior Physical Design Engineer to join a growing engineering team in Ottawa. In this role you would take ownership of backend implementation from netlist through to GDSII across challenging ASIC blocks and sub-systems.
You will work with advanced physical design flows and single-digit FinFET technology nodes, collaborating with an experienced engineering team to deliver complex designs through to successful closure.
This is a fully remote senior-level position, open to candidates based anywhere.
Key Responsibilities
- Own place & route implementation and analyze physical design results.
- Develop effective floorplans to support physically-aware synthesis.
- Drive designs through timing closure and physical verification.
- Debug issues across EDA tools, timing constraints, DFT, and RTL/design implementation.
- Work closely with front-end design teams to improve RTL quality and implementation efficiency.
- Implement timing ECOs and optimize designs for performance.
- Run PrimeTime and analyze timing reports.
- Develop strategies to optimize power, performance, and area (PPA).
- Perform IR-drop analysis and implement optimization strategies.
- Collaborate with analog, front-end, and other physical design teams to align implementation objectives.
Key Qualifications
- 8+ years of experience in ASIC digital physical design / place & route.
- Strong hands-on experience with leading Synopsys and Cadence EDA tools and flows.
- Experience working with advanced FinFET technology nodes, including DRC rules and node-specific P&R; requirements.
- Strong practical experience in floorplanning and physical implementation.
- Solid understanding of Clock Tree Synthesis (CTS) and clock design for timing closure.
- Experience with IR-drop analysis and optimization.
- Robust background in timing closure and ECO implementation; PT-ECO or Tweaker experience is a plus.
- Strong scripting and automation skills.
- Experience with several of the following: synthesis, StarRC, PrimeTime DMSA, RedHawk, Calibre, LEC, or Formality.
- A self-motivated, proactive approach with the ability to work effectively both independently and as part of a collaborative engineering team.