Microchip Technology Inc. is a leading semiconductor supplier of smart, connected and secure embedded control solutions.
Chandler, AZ
Microchip Technology Inc. is a leading semiconductor supplier of smart, connected and secure embedded control solutions. Its easy-to-use development tools and comprehensive product portfolio enable customers to create optimal designs which reduce risk while lowering total system cost and time to market. The company’s solutions serve more than 125,000 customers across the industrial, automotive, consumer, aerospace and defense, communications and computing markets. Headquartered in Chandler, Arizona, Microchip offers outstanding technical support along with dependable delivery and quality. For more information, visit the Microchip website at www.microchip.com. The content on our LinkedIn page may contain AI-generated imagery, performers and/or audio.
On-site · Burnaby
The Senior System Validation Engineer will lead silicon bring-up, system integration, and validation of next-generation SoCs. Responsibilities include developing test infrastructure, executing complex tests on prototype hardware and firmware, and driving cross-functional debugging.
On-site · Burnaby
The Principal Design Engineer will lead the co-verification of SoC devices using hardware emulators and FPGA platforms. Responsibilities include developing test ecosystems, porting RTL, and troubleshooting complex problems in embedded multi-core systems.
On-site · Burnaby
The Principal System Validation Engineer will lead silicon bring-up, system integration, and validation of next-generation SoCs. Responsibilities include building validation infrastructure, developing test plans, and driving complex debugging across hardware, firmware, and system levels.
On-site · Ottawa
The candidate will design and implement SoC-based timing solutions while collaborating with hardware, systems, and marketing teams. Responsibilities include developing firmware, writing integration test plans, and performing root-cause analysis to resolve complex technical issues.
On-site · Ottawa
The role involves the design, simulation, and validation of analog integrated circuits and mixed-signal SOC designs. You will collaborate with architects to develop critical IP blocks and perform system-level laboratory evaluations.
On-site · Montréal
The principal analog design engineer will design, simulate, and validate analog and mixed-signal integrated circuits, including critical IP blocks like PLLs and MEMS drivers. Responsibilities also include developing behavioral models for system-level simulations and performing laboratory evaluation of silicon devices.
On-site · Ottawa
The principal analog design engineer will design, simulate, and validate analog integrated circuits and critical IP blocks. Responsibilities include working with architects on mixed-signal SOC designs and performing system-level laboratory evaluations.
On-site · Calgary
The candidate will define requirements for mixed-signal IPs and collaborate with SoC architects and IP vendors to customize solutions. They will also manage IP intake processes and provide support through post-tape out phases, including lab testing and debug.
On-site · Burnaby
The role involves creating qualification plans and performing die-level reliability testing for new Microcontroller and Analog products. The engineer will collaborate with development teams and vendors to implement reliability stress plans and burn-in board solutions.
On-site · Burnaby
The Technical Staff Engineer will own complex digital integrated circuits at the block, subsystem, or device level using Verilog and System Verilog. They will also lead and mentor design engineers while communicating technical status and implementation trade-offs to executive leadership.
On-site · Burnaby
Design, develop, and verify high-quality firmware for embedded SoC systems focusing on datacenter technologies like CXL and NVMe. Collaborate with chip design and validation teams to handle pre-silicon development and post-silicon troubleshooting.
On-site · Burnaby
Lead customer platform enablement for PCIe switch products and drive system-level solutions for data-center and AI platforms. Collaborate with hyperscale and OEM customers to support board bring-up, debug complex system issues, and develop technical collateral.
On-site · Burnaby
The role involves taking technical ownership of complex digital subsystems from architecture and RTL design through to silicon bring-up and post-silicon support. The engineer will act as a subsystem lead, mentoring junior staff and coordinating technical direction for storage controller devices.
On-site · Ottawa
The individual will design, simulate, and validate analog integrated circuits, focusing on mixed signal SOC designs. Responsibilities include working with design leads to develop critical IP blocks and conducting block-level validation of silicon devices.
On-site · Toronto
Develop and maintain analysis and transformation passes for a high-level synthesis compiler to generate high-performance FPGA designs. Optimize hardware architectures for power efficiency, performance, and area utilization based on real-world customer applications.
On-site · Burnaby
Participate in the full ASIC design cycle, including design, verification, backend implementation, silicon bring-up, and debugging. Contribute to the RTL design and verification of DDR or flash controller/PHY subsystem blocks throughout the ASIC development lifecycle.
Hybrid · Burnaby
Develop, execute, and debug validation plans for PCIe switches and NVMe controllers to ensure functional compliance. Build automation scripts and mentor junior engineers while collaborating across teams to resolve hardware and software issues.
On-site · Burnaby
The role involves the characterization, analysis, and debug of high-speed SERDES designs to optimize electrical performance across PVT extremes. Responsibilities include developing automated test scripts, designing high-performance PCBs, and authoring detailed technical reports.
On-site · Ottawa
Design and simulate analog IP blocks for mixed-signal SoC products while collaborating with design leads to implement circuit requirements into production-ready designs. Support silicon validation and lab characterization.
On-site · Ottawa
Develop SoC-based timing solutions by implementing algorithms, hardware drivers, and firmware architecture. Collaborate with cross-functional teams to define requirements and create integration test plans for verification.
