As a Principal Application Engineer, you'll support customers with digital design implementation and signoff, collaborate with R&D, and enhance tools/methodologies using backend tools.

Develop performance models, perform architectural tradeoff analysis, and enable data-driven design decisions for DDR memory controller architectures.

The Application Engineer will support signoff timing analysis solutions for SoC projects, validate tools, enhance timing mechanisms, and assist customers with workflows in the semiconductor domain.

Lead development and execution of ATE test strategies for large complex SoCs, collaborating with design and manufacturing teams.

Develop and maintain high-quality C/C++ code for an HDL language-based compiler and runtime support, improving performance and infrastructure.

Intern will explore AI/ML techniques for engineering data, develop AI-driven approaches, prototype and test AI models, and participate in technical discussions.

The intern will gain hands-on training in digital design, software development, and customer support while networking with peers and professionals.

Customer-facing presales role supporting Allegro X enterprise customers across Canada. Lead technical discovery, demos, enablement, and adoption efforts; advise accounts, influence product roadmap, mentor peers, and collaborate with Sales, R&D, and Product to drive design wins and customer success.

The role focuses on leadership in PCB design and innovation, driving impactful technology solutions while mentoring and developing talent.

As a Software Engineer II, you will design and optimize infrastructure for simulation workflows, develop core libraries, analyze performance, and collaborate with teams to enhance product foundations.

The Lead Software Engineer will develop and maintain synthesis technology, implement new VHDL/Verilog features, and optimize logic performance.

The role involves creating post-silicon infrastructure, automating tests, and integrating various systems to validate designs and debug issues.

Assist customers improving verification productivity and simulation performance, support debugging issues, learn validation techniques, and develop technical documentation.

Support customers using Cadence tools for analog design, debugging circuits, and improving productivity while collaborating with teams to enhance tool usability.

Develop and maintain synthesis technology, optimize logic, implement VHDL/Verilog features, and work with EDA/CAD tools in a team environment.

Interns will collaborate on software research, coding, algorithm development, and project work in a CAE-focused team over 6 months.

The Lead Software Engineer will develop and maintain synthesizer technology, implement new features in VHDL/Verilog, and optimize performance.

The Software Architect will design and debug virtual and hybrid platform integrations, oversee pre-silicon software bring-up, and work with cross-functional teams on complex system requirements.

The Lead Product Engineer will develop software tools for advanced chip design, collaborate with teams, and test Innovus software.

The intern will design, implement, and maintain software for transistor-level circuit simulation using advanced math, computer science, and machine learning.