This team is responsible for defining and implementing the flow and methodology for the digital physical design of Lightmatter’s chips. We interface with multiple teams and utilize industry best practices to develop flows and methodologies which enable the physical design team to design and implement chips, while optimizing power, performance, and area.
Compensation
Hourly Rate in USD
$50—$55 USD
Responsibilities
Learn the Lightmatter physical design flow
Improve the physical design flow through scripting in languages such as Python
Investigate usage of AI to improve and augment the physical design flow
Work with members of the physical design team on physical implementations or analysis
Work with other teams in Lightmatter such as the analog design team or photonics team to collaborate on and improve mixed signal and mixed signal + photonics design methodologies
The Lead Reliability and Performance Engineer will lead the strategy, delivery, and operational performance of the Windchill-based Product Lifecycle Management platform supporting MedTech.
Locations (2)
Raritan, New Jersey, United States
West Chester, Pennsylvania, United States
Compensation
The anticipated base pay range for this position is: $96,000- $155,250
Responsibilities
Defines and maintains service-level indicators, service-level objectives, reliability dashboards, alert thresholds, and error-budget reporting for critical PLM services.
Engineers full-stack observability across Windchill, ThingWorx, Java/JVM processes, web tiers, queues, integrations, databases, operating systems, cloud infrastructure, storage, and network dependencies using Dynatrace and complementary platform telemetry.
Builds automated health checks, synthetic monitors, anomaly detection, and actionable alerts that distinguish user-impacting conditions from noise and accelerate detection and diagnosis.
Lead the administration, optimization, and adoption of Ellucian's enterprise Atlassian application ecosystem, primarily Jira Cloud, Confluence Cloud, and Bitbucket Data Center on AWS.
Responsibilities
Execute operational and maintenance activities via planned work
Ensure assigned technical work is planned prior to designated window
Validate supplemental team needs to finalize assigned work
Execute assigned work based on plan and designated maintenance window
Design mixed-signal blocks for NVIDIA’s high-speed I/O SerDes group, contributing to NVLINK and other high-speed protocols.
Compensation
Your base salary will be determined based on your location, experience, and other objective job-related factors. The expected base salary ranges for this position are: 168,000 USD – 264,500 USD for Level 4; and 196,000 USD – 310,500 USD for Level 5.
Responsibilities
Work with analog designers to create accurate SystemVerilog model of analog components such as closed-loop PLL, Rx CTLE, SAR ADC and optics components.
Collaborate with system architects and digital designers to define and verify system architecture specifications and refine adaptation algorithms.
Streamline workflows with scripts to increase efficiency and enable reusability.
Participate in silicon bringup, build scripts for debug, QA, characterization and ATE.
Requirements
B.S. or MS degree in Electrical Engineering or equivalent experience
Ensure the continuous availability, stability, and optimal performance of critical enterprise applications while driving automation and efficiency initiatives.
Compensation
receive a competitive base salary (which is annually reviewed), and enjoy a whole host of additional benefits such as:
Responsibilities
Perform Start of Day (SOD) readiness checks
Continuous platform monitoring
Same-day risk reconciliations
Seamless regional handovers across global shifts
Provide rapid technical triage and end-to-end resolution for production outages
Platform Performance and Power Intern responsible for completing post-silicon performance and power benchmarking on NVIDIA and competitive GPU products across notebook, desktop, workstation, and embedded platforms.
Compensation
The expected hourly rate for this position is 20 USD – 71 USD.
Responsibilities
Implement hands-on tests focusing on performance and power on current GPU platforms across real world applications from gaming, professional visualization, and AI
Set up and maintain test systems by configuring hardware, operating systems, drivers, and software tools used for benchmarking and data collection
Analyze benchmark and power data, turning raw results into clear reports that help hardware, software, and product teams improve GPU efficiency and performance
Debug issues that arise during testing—whether related to applications, scripts, or hardware—and work with other engineering teams to resolve them
Contribute data and insights that influence future GPU builds and help compare NVIDIA products against competing solutions
Leads technical triage for complex availability and performance incidents; correlates logs, metrics, traces, thread dumps, heap behavior, database activity, operating-system statistics, and recent changes to isolate root cause.
Restores service safely during incidents, documents timelines and evidence, contributes to blameless post-incident reviews, and implements corrective and preventive actions.
Requirements
Bachelor’s degree in computer science, Software Engineering, Information Systems, Engineering, or a related discipline
Physical Design, Intern (Summer 2027)NewLightmatter · Boston, US
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