As an Electronic Design Automation (EDA) Software Engineer within Altera you will be working on one of the most fascinating technology used in big data centers - The Field Programmable Gate Arrays (FPGA).
Compensation
Estimated Salary Range: $110K – $120K CAD
Responsibilities
Developing high quality C/C++ software code for enabling placement and mapping of peripheral components in FPGAs.
Owning, developing and enhancing tools that automate the Device Modeling of peripheral components of FPGA
Owning the hardware/software co-design architecture of various blocks
Designing and implementing new features based on the hardware/software co-design architecture as well enhancing existing features while maneuvering your way through a huge code base
Owning various analytical/logical/CAD tasks involved in device modeling and compilation of various peripheral components
Requirements
Bachelor’s Degree in Computer Engineering, Electrical Engineering, Computer Science or related field
Developing high quality C/C++ software code for Quartus Prime Pro to support routing, placement and programming of various state of the art peripheral components in FPGAs.
Compensation
Estimated Salary Range: $95K - $100K CAD
Responsibilities
Developing high quality C/C++ software code for Quartus Prime Pro
Owning, developing and enhancing tools that automate the Device Modeling of peripheral components of FPGA
Owning the hardware/software co-design architecture of various blocks
Designing and implementing new features based on the hardware/software co-design architecture
Owning various analytical/logical/CAD tasks involved in peripheral placement
Seeking a highly skilled offensive security professional to perform advanced security testing and adversary simulation activities to validate the effectiveness of security controls against realistic attack scenarios.
Responsibilities
Lead and execute penetration tests, adversary emulation exercises, and red team activities.
Assess web applications, APIs, cloud environments, identity platforms, infrastructure, and emerging technologies.
Simulate realistic attacker behaviors to identify vulnerabilities, control weaknesses, and attack paths.
Validate security controls through exploitation and proof-of-concept testing.
Support threat-led operations aligned to organizational risk priorities.
Lead end-to-end integration of MicroLED AR display modules, translating customer needs into module-level specifications and driving prototype delivery and product commercialization.
Responsibilities
Lead end-to-end integration of MicroLED display chips, CMOS backplanes, package structures, driver boards, and optical engine components.
Translate customer and application needs into module-level requirements, interface definitions, development plans, and measurable performance targets.
Coordinate display, CMOS, packaging, hardware, firmware, optics, test, and manufacturing contributors to resolve cross-subsystem issues.
Bring up and debug display modules, including power delivery, electrical interfaces, timing, grayscale control, pixel behavior, image artifacts, and communication interfaces.
Work with packaging teams and external suppliers on die/backplane integration, bonding and interconnects, assembly builds, alignment, and packaging-related failure analysis.
Requirements
Bachelor’s degree in Electrical Engineering, Optical Engineering, Applied Physics, Materials Science, or a related technical field.
Lead full‑stack algorithm R&D for post‑training of Vision‑Language Models, advancing visual foundation perception, large model reliability, and user interaction scenarios.
Responsibilities
Lead Post‑Training R&D System for Vision‑Language Models
Advance Visual Foundation Perception
Enhance Large Model Reliability
Empower User Interaction Scenarios
Requirements
Master's degree or above in Computer Science, Software Engineering, Artificial Intelligence, or related fields
In this role, the Senior Hardware Test Engineer will lead efforts to ensure the quality, reliability, and performance of cutting-edge mechatronic systems in current and next-generation electric vehicle hardware.
Compensation
The salary range for this role is $132,100 - $165,100 for Palo Alto, CA-based applicants.
Responsibilities
Architect, plan, and execute comprehensive hardware test plans including functional, performance, environmental (thermal, vibration, humidity), durability, and safety testing on complex vehicle systems and subsystems.
Lead the architectural design, development, configuration, and integration of automated custom test benches, automated test equipment (ATE), high-fidelity fixtures, and advanced instrumentation.
Oversee hardware bring-up, signal integrity analysis, and advanced system-level debugging of complex electronics assemblies and prototype test systems.
Partner with cross-functional engineering leads, system architects, and lab technicians to provide technical direction and establish testing methodologies.
Implement test set-ups, perform tests, collect results, and maintain appropriate logs.
Play a pivotal role in leading the Planning and Performance Division, oversee the development and execution of annual business plans, Key Performance Indicators (KPIs), and performance measurement strategies. Responsible for ensuring the company's performance aligns with established targets and plans.
Responsibilities
Develop and revise policies and procedures for the Performance and Planning Division, ensuring adherence to industry best practices, regulatory requirements, and organizational goals.
Provide quality and timely finance (valuation, accounting, tax etc.) input and value assurance to business decision making process challenging and supporting Supply and Trading organization.
Managing interface with ATA Controller’s, Treasury and ATA Affiliate Finance teams to deliver aligned and timely finance input into all applicable business activities.
Contribute to establishing and supervise the Key Performance Indicator (KPI) framework, aligning it closely with strategic objectives.
Lead monthly sessions dedicated to budget reviews and KPI analysis, ensuring a robust foundation for effective financial planning.