Top Tech Jobs & Startup Jobs in Toronto

Lead development of the internal photonics PDK: create Python-based pcells, build and verify compact behavioral models, automate parameter extraction from FDTD/FEM solvers, correlate models with lab measurements, implement CI/regression tests, and own netlist extraction and connectivity logic for circuit-level simulation.

Lead DFT insertion and ATPG for ASIC designs, perform post-silicon bring-up and ATE test program debug, script and automate DFT/ATPG flows, interface with physical design and RTL teams, and support synthesis through place-and-route timing closure and tape-out signoff.

Responsible for timing constraints development, STA and timing closure on CMOS technologies, driving timing sign-off, analyzing power/performance tradeoffs, and running full-chip STA.

Lead system-level electrical design for silicon-photonics AI accelerators: define requirements, design power/memory/interconnect circuits, oversee PCB layout and manufacturability, validate and qualify boards in lab, integrate cross-functionally, support contract manufacturing and vendor selection.

Lead implementation of complex digital blocks from synthesis through physical verification on advanced nodes (3nm). Drive timing closure, power and EM/IR analysis, full-chip floorplanning, IO and clock distribution, DRC/LVS cleanup, ECOs, and collaborate with EDA vendors. Automate and customize flows using Tcl/Python/Shell; support tape-out and photonics integration.

The Design Verification Engineer will rigorously verify designs using UVM techniques, collaborating closely with digital and analog design experts, while defining DV methodologies and ensuring quality tapeouts.

The role involves architecting digital circuits for mixed-signal and photonic systems, collaborating with teams to design and validate high-speed architectures, and ensuring product readiness for market.

Lead design of high-speed analog/mixed-signal transceivers for silicon photonics systems. Drive block specifications with cross-functional teams, run post-layout and mixed-signal simulations, validate circuits in lab, define test plans, document designs, and mentor junior engineers.

Develop high-speed analog transceiver solutions, design analog/mixed-signal blocks, collaborate across teams, and validate circuit performance in the lab.

Design, layout, simulate, and test silicon photonic devices and integrated laser systems. Collaborate with packaging, systems, and characterization teams to validate performance, troubleshoot issues, optimize for manufacturing variability, and publish/present novel photonics results at conferences.