Lead the development, bring‑up, and validation of ASIC SerDes and PCIe PHY products for rack‑scale AI infrastructure.
Compensation
Salary range is $210,000 to $275,000 depending on experience, level, and business need. This role may be eligible for discretionary bonus, incentives and benefits.
Responsibilities
Lead ASIC Electrical-level validation strategy across product definition, architecture, PCB/test fixture development, validation automation, data review, bring‑up, debug, optimization, qualification, and production release.
Define validation plans, coverage goals, risk assessments, schedules, and exit criteria for high‑speed ASIC and PHY IP.
Make hands‑on technical contributions to unblock critical design, validation, and customer issues.
Direct ASIC Power‑On and bring‑up, silicon/PCB debug, PVT characterization, margin analysis, and performance optimization.
Validate high‑speed NRZ and PAM4 SerDes‑based protocols, including PCIe Gen 3 and above.
Requirements
Bachelor’s degree in Electrical Engineering
Master’s degree in Electrical Engineering (preferred)
As a Solution Consultant focused on Life Sciences, you’ll help enterprise clients in pharmaceuticals, biotechnology, and related sectors solve complex research and innovation challenges using AI and data.
Compensation
The salary band for this role is $80-$120K USD base with a bonus equivalent to 2 months worth of base salary based on personal and company performance.
Responsibilities
Partner with Account Executives to uncover life sciences clients’ research objectives, workflows, and pain points.
Lead scientific and technical discovery conversations, translating business and research goals into structured solution designs.
Apply your life sciences knowledge to use cases such as scientific literature analysis, drug discovery, competitive intelligence, and patent research.
Rapidly scope and prototype custom solutions using mock-ups and low-code tools.
Deliver compelling product demos tailored to life sciences audiences, showcasing AI, workflow automation, and data/API use cases.
Requirements
Bachelor’s degree or higher in a relevant discipline such as Biology, Biochemistry, Biotechnology, Pharmacology, Pharmaceutical Sciences, Biomedical Sciences, Bioinformatics, or a closely related field
Lead root cause analysis and failure investigations for mechatronic and electrical systems, driving corrective and preventive actions through resolution
Compensation
The hiring range for this role is typically between $95,000 and $116,000 annually, with the full range extending to $137,000 annually, based on experience, internal equity, and career progression
Responsibilities
Lead root cause analysis and failure investigations for mechatronic and electrical systems, driving corrective and preventive actions through resolution
Provide troubleshooting and sustaining support for electromechanical components, including actuators, motors, gearboxes, bearings, power systems, batteries, sensors, circuit boards, and wiring harnesses
Investigate system-level failures through hardware testing, inspections, teardowns, measurements, and performance analysis
Review electrical schematics, mechanical drawings, and engineering changes to identify potential system risks and opportunities for improvement
Develop and maintain diagnostic procedures, test fixtures, acceptance criteria, and regression tests to improve failure detection and system reliability
Requirements
Bachelor's degree in Mechanical Engineering, Electrical Engineering, Mechatronics, Robotics, or a related field, or equivalent required
Nice to have: Python scripting for test automation and data analysis
Lead root cause analysis and failure investigations for embedded firmware issues, provide troubleshooting and sustaining support for embedded systems, develop and maintain firmware diagnostics, support system integration and release readiness, analyze firmware performance and failure trends, document investigation findings, collaborate with cross-functional teams, and follow business technology policies.
Compensation
The hiring range for this role is typically between $95,000 and $116,000 annually, with the full range extending to $137,000 annually, based on experience, internal equity, and career progression
Responsibilities
Lead root cause analysis and failure investigations for embedded firmware issues
Provide troubleshooting and sustaining support for embedded systems
Investigate system-level issues across firmware, software, and hardware interfaces
Review firmware updates, software changes, and system configurations
Develop and maintain firmware diagnostics, self-tests, automated testing, and regression procedures
Requirements
Bachelor's degree in Computer Engineering, Electrical Engineering, Computer Science, Robotics, or a related field, or equivalent
Support the Identification Friend or Foe (IFF) programs onsite in Marlborough, MA
Compensation
The salary range for this role is 57,200 USD - 108,800 USD.
Responsibilities
Software growth and sustainment activities for legacy radar systems, to involve software updates, troubleshooting, and maintenance
Collaborate with subject matter experts and cross-functional teams for a unified solution
Work with C/C++ code in a multithreaded environment
Improve code quality by performing code reviews and good software practice
Participate in software development lifecycle through requirements, software design, code, unit test, integration, verification, and in some cases field work
Requirements
Typically requires a degree in Science, Technology, Engineering or Mathematics (STEM)
Nice to have: embedded software development for VxWorks RTOS or Linux
Director Post-Si Electrical Validation EngineeringAstera Labs · San Jose, US
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Systems Engineer - Mechatronics, ElectricalSigma Design · Redmond, US