Lead the hardware design of power conversion products, from topology selection through prototype and commercial-scale manufacturing, and mentor other engineers.
Locations (2)
Merrimack, New Hampshire, United States
Pointe-Claire, Quebec, Canada
Responsibilities
Own the power-stage hardware design of assigned power conversion products and set the hardware design rules that the product line follows.
Design power stages for AC/DC rectifiers, DC/AC inverters, and bidirectional, multi-phase, and interleaved DC/DC converters using Si and SiC MOSFETs, IGBTs, and SCRs.
Design gate drives, current and voltage sensing, protection and fault-detection circuits, and auxiliary power supplies.
Design supporting circuits, including DC links, active and passive pre-charge and discharge circuits, input and output filters, snubbers, clamps, relay and contactor drives, fan control and monitoring, and interfaces to capacitor and supercapacitor energy storage.
Design and specify low- and high-frequency magnetic and filter components and qualify them with suppliers.
Requirements
Bachelor’s degree in electrical engineering or a related technical field
Nice to have: Master’s or doctoral degree in electrical engineering or power electronics
Nice to have: magnetic design of transformers, inductors, and common-mode chokes
Lead technical work on short‑circuit, protective device coordination, arc‑flash, and grounding studies for DC and AC power conversion and distribution products, mentoring engineers and driving design decisions.
Lead a production-focused analyst team responsible for day-to-day operational stability across store-facing technology.
Compensation
The actual base pay offered to the successful candidate will be based on multiple factors, including but not limited to job-related knowledge/skills, experience, geographical location, and internal equity.
Responsibilities
Own day-to-day operations, including incidents, requests, critical issues, and support coverage
Serve as the Tier 3 escalation owner
Own endpoint compliance, vulnerability remediation, patch management, and hardening
Act as the technical lead for site reliability engineering
Build automation using PowerShell, Python, or Bash
Lead a production-focused analyst team that operates at the center of reliability for store-facing technology, driving critical incident response end to end and improving operational health.
Compensation
The actual base pay offered to the successful candidate will be based on multiple factors, including but not limited to job-related knowledge/skills, experience, geographical location, and internal equity.
Responsibilities
Own day-to-day operations, including incidents, requests, critical issues, and support coverage
Serve as the Tier 3 escalation owner, driving root-cause analysis and permanent fixes
Own endpoint compliance, vulnerability remediation, patch management, and hardening
Act as the technical lead for site reliability engineering, setting standards and building diagnostic rigor through mentorship
Build automation using PowerShell, Python, or Bash for diagnostics, remediation, health checks, and reporting
Lead incident response and build data pipelines to improve reliability for NVIDIA’s AI cloud services.
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:
152,000 USD – 241,500 USD for Level 3; and 184,000 USD – 287,500 USD for Level 4.
Responsibilities
Serve as incident commander for high‑severity incidents
Build and maintain data pipelines for reliability reporting
Join a multidisciplinary team of scientists and engineers supporting the development, testing, and analysis of advanced sensing and imaging technologies.
Compensation
Undergraduate Student: $30/hr (currently enrolled in BS program)
Graduate Student: $35/hr (currently enrolled in MS program)
Responsibilities
laboratory testing and characterization of imaging systems
development of software tools and automation scripts
data collection and analysis
experiment design
modeling and simulation
Requirements
Bachelor's program in Astronomy, Physics, Aerospace / Electrical Engineering, Computer Science, Applied Mathematics, or a related STEM discipline
Master's program in Astronomy, Physics, Aerospace / Electrical Engineering, Computer Science, Applied Mathematics, or a related STEM discipline
PhD program in Astronomy, Physics, Aerospace / Electrical Engineering, Computer Science, Applied Mathematics, or a related STEM discipline
Lead statistical analysis and modeling to support anti‑trafficking operations, child‑focused programs, and organizational learning.
Responsibilities
Use data, statistical analysis, and modeling to generate insights that advance Love Justice’s anti‑trafficking efforts, child‑focused programs in South Asia, and organizational learning
Apply analytical findings to support real‑world action, including informing anti‑trafficking operations and investigations, improving program design, and strengthening accountability
Develop and maintain objective measures of impact, including assessing child wellbeing and benchmarking outcomes against relevant populations where appropriate
Design, build, and continuously improve predictive assessments that support consistent, effective hiring across a range of roles
Establish and document reproducible analytical workflows and standards, and contribute to the ongoing improvement of data systems, metrics, and data quality across the organization
Requirements
Master's degree or higher in statistics, data science, research methods, development economics, or a related field
Develop predictive models and analytical insights to enhance operations, supporting anti-trafficking efforts and child-focused programs in South Asia.
Responsibilities
Use data, statistical analysis, and modeling to generate insights that advance Love Justice’s anti-trafficking efforts, child-focused programs in South Asia, and organizational learning
Apply analytical findings to support real-world action, including informing anti-trafficking operations and investigations, improving program design, and strengthening accountability
Develop and maintain objective measures of impact, including assessing child wellbeing and benchmarking outcomes against relevant populations where appropriate
Design, build, and continuously improve predictive assessments that support consistent, effective hiring across a range of roles
Establish and document reproducible analytical workflows and standards, and contribute to the ongoing improvement of data systems, metrics, and data quality across the organization
Requirements
Bachelor's degree in data science, mathematics, statistics, economics, or a related field
The primary duty of the Statistician is to bring statistical methodologies to bear on the evaluation and execution of key program strategies, focusing on anti-trafficking efforts and child-focused programs in South Asia.
Responsibilities
Use data, statistical analysis, and modeling to generate insights that advance Love Justice’s anti-trafficking efforts, child-focused programs in South Asia, and organizational learning
Apply analytical findings to support real-world action, including informing anti-trafficking operations and investigations, improving program design, and strengthening accountability
Develop and maintain objective measures of impact, including assessing child wellbeing and benchmarking outcomes against relevant populations where appropriate
Design, build, and continuously improve predictive assessments that support consistent, effective hiring across a range of roles
Establish and document reproducible analytical workflows and standards, and contribute to the ongoing improvement of data systems, metrics, and data quality across the organization
Requirements
Master's degree or higher (doctoral degree preferred) in statistics, data science, research methods, development economics, or a related field
The Engineer II partners with Analytics, Data Science, Research & Development (R&D), Data Engineering, and cross-functional teams to design and deliver scalable data solutions supporting Corteva’s Seeds and Biotech domains and enterprise data platform.
Responsibilities
Design, develop, and maintain Lakehouse data pipelines, APIs, and data products supporting seed models, biotech research assets, enterprise applications, dashboards, and analytics
Develop scalable ETL/ELT pipelines using Python, SQL, dbt, Trino, and shell scripting to process and integrate large-scale structured and unstructured agricultural data from enterprise systems, laboratory platforms, geographic datasets, drones, satellites, and IoT devices
Develop and maintain Bronze, Silver, and Gold Layer data assets by integrating data from Exasol, ClickHouse, MSSQL Server, and other enterprise sources and applying transformation, validation, reconciliation, and quality-control processes
Design Lakehouse datasets and transformation pipelines supporting seed, biotech, pathology, and disease analytics, including the integration of laboratory, geographic, and historical research data
Develop and optimize incremental and full-refresh dbt models and complex Trino SQL queries to improve the performance, scalability, and maintainability of Seeds and Biotech data products
Requirements
Master’s degree or equivalent in Computer Science, Statistics, or a related field
Loveland, Colorado, United States
Responsibilities
Own short‑circuit, protective device coordination, arc‑flash, and grounding studies
Build and maintain system models of power converters, rectifiers, batteries, and protective devices
Calculate DC and AC fault currents using IEC and IEEE methods
Coordinate fuses, breakers, and converter limits
Perform arc‑flash analyses and determine incident energy
Requirements
Bachelor’s degree in electrical engineering or related technical field
Nice to have: Master’s degree in electrical engineering
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