Top Engineering Jobs

Supports the design, implementation, and optimization of secure, scalable data movement across Northwood’s hybrid cloud and on-premises ground station network. Responsibilities include developing data transfer interfaces and pipelines, testing reliable and fault-tolerant systems, working with networking devices and protocols, and collaborating with software, network, and FPGA engineers to improve performance and scalability.

Leads and scales multidisciplinary engineering teams developing defense and intelligence software products from satellite imagery and APIs. Owns architecture, data models, AI/ML integration, deployment pipelines, system reliability, performance SLAs, and ITAR/EAR compliance. Partners with product and executive leaders to deliver geospatial analytics, real-time alerting, automated detection, and agentic workflows across commercial and sovereign cloud environments.

Leads and scales multidisciplinary engineering teams developing mission-critical defense and intelligence software from satellite imagery and APIs. Owns architecture, data models, AI/ML integration, deployment pipelines, system reliability, SLAs, and ITAR/EAR compliance. Partners with product and executive leadership to deliver geospatial analytics, real-time alerting, automated detection, and agentic workflows across commercial and sovereign cloud environments.

Lead and grow an observability engineering team that builds, scales, and operates telemetry platforms (metrics, logs, traces). Define roadmap and architecture, drive reliability (SLOs/SLIs), improve telemetry storage and query layers, partner with infrastructure, security, and application teams, and own operational excellence for large-scale AI/cloud infrastructure.

Build and lead a precision cleaning organization supporting aerospace manufacturing. Develop standardized cleaning processes, SOPs, work instructions, equipment specifications, validation reports, training programs, and competency requirements. Collaborate with Manufacturing, Quality, Design, and EHS to ensure safe, compliant, repeatable operations. Lead contamination control, FOD mitigation, equipment and infrastructure selection, lean improvement, staffing, and long-term departmental scaling.

Lead and grow a Build Reliability Engineering team to embed reliability across design, manufacturing, test, and launch. Drive failure analysis (Fault Tree, 8D), integrate FMEA and predictive modeling into early designs, set reliability KPIs (MTBF, first-pass yield), partner with NPI, Supply Chain, and Operations to resolve supplier and production issues, and build scalable processes and staffing for high-rate production.

Support high-speed PCB development for digital communication systems, including schematic design, layout, FPGA and microcontroller integration, prototyping, board bring-up, validation, and performance testing. Collaborate with RF, antenna, and DSP/FPGA engineers, suppliers, and hardware teams to optimize reliability, scalability, component cost, and system performance. Work may involve lab testing, PCB rework, signal integrity, and EMI/EMC considerations.

Supports RF hardware design, prototype fabrication, antenna and active RF circuit characterization, integrated RF testing, troubleshooting, and performance optimization. Collaborates with electrical, RF, mechanical, manufacturing, and software engineers from concept through production. Provides technical support to regulatory and site operations teams while gaining hands-on experience with RF test equipment, antenna systems, PCB design, and electromagnetic simulation tools.

Build, deploy, and support Microsoft Power Platform applications, workflows, integrations, data pipelines, and Power BI solutions. Translate manual business processes into secure, maintainable digital systems while troubleshooting APIs, authentication, synchronization, and data quality issues. Collaborate with business and technical leaders to gather requirements, improve workflows, migrate legacy data, and support solutions through production. The role also involves documentation, testing, environment management, and relationship-building with technical and nontechnical users.

The Principal Customer Integration Engineer will focus on technical engagement, product development, process engineering, and support for customer integration in advanced HBM products.

Defines the technical vision and architecture for NVIDIA’s next-generation autonomous driving stack, integrating classical safety systems with learning-based autonomy. Leads engineering teams across prediction, planning, control, decision-making, and safety; oversees productionization of end-to-end driving pipelines and foundation models; and partners with research teams to bring robotics, embodied AI, and generative AI advances into scalable autonomous vehicle systems.

Lead NVIDIA’s HBM Product Development Engineering team through bringup, characterization, NPI, manufacturing ramp, and high-volume production. Manage engineers, collaborate with ASIC, test, reliability, manufacturing, and HBM suppliers, and resolve yield excursions, quality issues, and reliability escapes. Establish data analysis, automation, and statistical monitoring frameworks; drive supplier feedback, test audits, qualification readiness, and manufacturing scale-up. Present HBM readiness and risk assessments to leadership.

Lead software engineering strategy and platform modernization for Utilization Management, migrate Behavioral Health and Home & Community UM to the OCM platform, integrate enterprise AI and automation, establish architecture and DevOps standards, drive AI workforce transformation and ethical governance, manage budgets and global engineering teams, and partner with executive stakeholders to improve clinical workflows and care delivery.

Leads and grows the ATE Test Engineering organization, defining test strategies for high-speed mixed-signal and SoC products from silicon bring-up through high-volume manufacturing. Oversees wafer-sort and final-test hardware, ATE program development, characterization, debug, coverage, yield, cost, and test-time optimization. Partners with design, DFT, product engineering, operations, and manufacturing teams to deliver production-ready connectivity products and improve quality and execution.

Lead full-stack software development for critical power infrastructure systems. Build Go microservices and React/JavaScript frontends, deploy containerized applications on Kubernetes, develop operating system services, maintain CI pipelines, and apply threat modeling, vulnerability scanning, static analysis, and fuzz testing to ensure secure, reliable products.

Designs, configures, tests, commissions, and troubleshoots PLC-based automation and control systems for industrial, manufacturing, water/wastewater, and data center clients. Responsibilities include system architecture, HMI/SCADA and historian integration, instrumentation and electrical design, FAT/SAT, startup support, documentation, client collaboration, project leadership, proposal support, and mentoring junior staff. The role requires up to 50% travel and work at industrial customer sites.

Drive Cadence digital and signoff product support by applying RTL-to-GDSII, place-and-route, timing closure, and PPA optimization expertise. Collaborate with R&D, applications engineering, marketing, and release teams to resolve customer issues, conduct design benchmarks, and develop customer-specific flows and methodologies. Provide technical guidance on VLSI physical design, clock tree synthesis, routing, timing analysis, and silicon signoff at 7nm and below.

Lead and scale the engineering organization from 10 to 30 employees. Own hiring, management, onboarding, culture, delivery, technical direction, architecture, quality, reliability, and engineering standards. Partner with Product, Design, Compliance, Security, Sales, and Operations to ship compliant, secure, reliable systems. Coach engineers, develop leaders, maintain accountability, and contribute hands-on when needed in a high-stakes regulated environment.

Build production full-stack features and quality infrastructure for AI-generated code, including automated testing, evaluation frameworks, CI/CD quality gates, observability, release criteria, and security guardrails. Use AI coding agents while validating correctness, performance, maintainability, and privacy. Develop scalable services for travel and rewards platforms, protect member trust, and promote AI-assisted engineering quality practices across teams.

Leads system-level testing, post-silicon validation, characterization, yield improvement, and manufacturing ramp for AI, data center, SOC, GPU, and automotive products. Manages product development engineers and collaborates with design, test, reliability, and manufacturing teams. Oversees silicon debug, qualification, production monitoring, test optimization, root-cause analysis, and high-volume semiconductor manufacturing readiness.

Lead customer and partner enablement for NVIDIA Embedded solutions from new product introduction through mass production. Define system requirements, architectures, specifications, documentation, and test plans. Collaborate with hardware, firmware, software, validation, sensor, AI, and project management teams to integrate solutions into automotive and robotic systems. Evaluate system performance, power efficiency, thermal and mechanical integration, and reliability while developing customer roadmaps and providing feedback for product improvements.

Lead design, build, and operate high-performance Linux platforms for low-latency electronic trading. Perform kernel- and hardware-level performance engineering, write production automation, architect containerized and immutable deployment models, drive AI-assisted engineering adoption, and mentor cross-functional teams while governing engineering decisions and vendor relationships.

The Assistant Director oversees capital-funded construction projects at CUNY, managing budgets, timelines, stakeholder collaborations, and ensuring quality standards. They lead teams to meet project goals while maintaining compliance with regulations and best practices.

The Director of Software Engineering will lead the development of a comprehensive software system for the construction industry, ensuring successful technology delivery and communication with various stakeholders.

Leads robotic process development engineering, including recruiting and managing multidisciplinary teams; translating optical and mechanical designs into scalable manufacturing processes; developing automated precision photonic assembly systems; and overseeing process architecture, equipment, alignment, verification, validation, and qualification. Partners cross-functionally on design-for-manufacturability, production transition, process optimization, and complex engineering programs while balancing schedule, budget, resources, and risk.