Top Engineering Jobs

Build and operate software automation for large-scale NVIDIA GPU infrastructure. Responsibilities include bare-metal provisioning, hardware validation, firmware and software upgrades, cluster lifecycle management, BMC and Redfish tooling, failure diagnosis, observability, incident response, and automated repair. The role supports NVL72 systems, BlueField DPUs, Linux, Kubernetes, and cloud or on-premises environments while coordinating across hardware, networking, platform, data center, and partner teams.

Leads global engineering teams responsible for technology strategy, modernization, resiliency, and operational excellence across mission-critical investment operations and portfolio services platforms. Partners with Product, Operations, Risk, Accounting, Trading, and Engineering leaders to deliver scalable systems supporting significant assets. Drives cloud-native architecture, distributed systems, automation, AI-enabled capabilities, platform reliability, organizational development, succession planning, and strategic transformation.

Leads the Landing Pages engineering team and product, overseeing architecture, scalable web experiences, APIs, integrations, reporting, and product growth. Partners with product and design to prioritize features, validate usage, and increase adoption. Recruits, coaches, and retains engineers; establishes team vision, goals, and processes; guides major technical decisions; and contributes code where strategically valuable.

Lead the Landing Pages engineering team, overseeing product vision, architecture, software delivery, and team development. Partner with product and design to prioritize features, validate adoption using usage data, and scale web experiences, APIs, integrations, hosting, and reporting. Recruit, coach, and retain engineers while guiding major technical decisions and contributing code when appropriate.

Lead the Landing Pages engineering team, overseeing product vision, architecture, development, and scalable web experiences. Collaborate with product and design to prioritize capabilities, validate adoption using usage data, and expand customer use cases. Recruit, coach, and retain engineers while guiding technical decisions and contributing code when appropriate. Own team goals, processes, and engineering quality in a high-growth environment.

Lead the Landing Pages engineering team, overseeing product vision, architecture, scalable web systems, APIs, integrations, reporting, and delivery. Partner with product and design to prioritize features and grow adoption. Recruit, coach, and retain engineers while guiding technical decisions and occasionally contributing code.

Participate in a 12-week onsite internship developing fusion power technology. Design and test hardware across mechanical, structural, fluid, thermal, electromagnetic, and control subsystems; investigate and resolve hardware issues on integrated fusion generators; apply engineering principles; and collaborate with experienced engineers on next-generation systems.

Supports hardware systems engineering for consumer products through system design, validation, test setup development, troubleshooting, prototyping, and performance analysis. The intern collaborates with firmware and product design teams, uses hardware components, lab equipment, and CAD tools, and helps mature designs for mass production. The role also involves manufacturing processes, material selection, rapid prototyping, simulation, thermal analysis, statistical methods, and design for high-volume manufacturing.

Leads a component engineering team responsible for qualifying NAND, SSD, server hardware, CPUs, memory, power systems, and interconnects. Owns component approval, supplier alignment, roadmap transitions, second sourcing, EOL and PCN management, failure analysis, and supply risk mitigation. Partners with Hardware Engineering, Quality, Supply Chain, Procurement, and semiconductor vendors to support new product introduction, manufacturing continuity, product reliability, and cost reduction.

Leads R&D testing for battery-materials hardware and process development. Designs and executes experiments on laboratory and pilot-scale equipment, analyzes experimental data and system logs, identifies failure modes and root causes, implements solutions, manages test platforms, and communicates findings. The role requires expertise in reactive or thermo-mechanical systems, engineering fundamentals, Python-based data analysis, instrumentation, electronics, sensors, actuators, and measurement systems.

Leads the Kubernetes Runtime Engineering team responsible for tenant cluster configuration, container runtime reliability, GPU workload infrastructure, networking, storage, security, and multi-tenancy isolation. Manages engineers, drives architecture for fleet-scale cluster lifecycle operations, builds AICR lifecycle tooling, establishes hardening standards, partners across platform and cybersecurity teams, and represents runtime engineering in architecture, roadmap, customer, and open-source initiatives.

Leads Clever’s engineering organization and technical strategy, overseeing architecture, execution, production systems, organizational design, recruiting, and leadership development. The role remains technically hands-on through architecture and code reviews, debugging, production support, and direct contribution. It also drives AI-assisted engineering, modernization of legacy systems, engineering productivity, and close collaboration with Product and executive leadership.

Leads the multidisciplinary SummitPro engineering team responsible for precious-metals recovery equipment across product development, improvement, proposals, and capital-project execution. Owns technical quality, schedules, budgets, engineering standards, field-performance governance, safety, and collaboration with Product Management, Service, Operations, Sourcing, and regional teams. Provides technical oversight for electrowinning, ADR, refining, and related systems; supports commissioning, troubleshooting, root-cause investigations, HAZOPs, and customer site issues. Manages resources, budgets, recruitment, performance, succession planning, and engineering capability development.

Leads electrical engineering and product operations activities across new product introduction and sustaining phases. Responsibilities include PCB material and supplier selection, BOM risk management, DfX, FMEA, quality issue resolution, value engineering, component qualification, design documentation, board bring-up, debugging, DOE, EFA, and technical lifecycle leadership for hardware products.

Leads electrical engineering and product lifecycle execution for networking hardware from new product introduction through end of life. Responsibilities include PCB material and supplier selection, BOM risk management, design and manufacturing FMEA, board bring-up, debugging, DOE, EFA, component qualification, value engineering, documentation, and complex issue resolution. The role collaborates with hardware, mechanical, manufacturing, quality, contract manufacturing, and supply chain teams to improve product quality, reliability, cost, and manufacturability.

Leads hands-on architecture, development, and delivery of secure healthcare systems while mentoring engineers and establishing engineering standards. Drives Azure, microservices, DevSecOps, automated testing, AI-assisted development, and scalable solutions. Partners with product, clinical, cloud, and security stakeholders to translate business needs into technical direction and support WelbeHealth’s PACE model.

Leads enterprise cloud and application architecture, designing scalable cross-functional systems, platforms, integrations, and technology roadmaps. Provides hands-on solution design, code review, technical mentorship, and leadership across development and IT teams. Ensures alignment with enterprise standards, security, business strategy, healthcare interoperability, and HL7 requirements. Evaluates project risks, testing, monitoring, and implementation while collaborating with system owners and external partners. Requires extensive architecture experience plus healthcare, payer data, X12, and EMR expertise.

Leads a team developing, prototyping, validating, and delivering mixed-signal PCBs and precision hardware for quantum computing systems. Oversees hardware architecture, design, testing, manufacturing, vendor relationships, project milestones, risk management, and quality improvements. Partners with physicists, optical engineers, firmware, software, systems, operations, and manufacturing teams while contributing hands-on technical expertise and driving root-cause investigations and corrective actions.

Owns end-to-end reliability engineering for Lumotive’s programmable optical semiconductor devices, from failure-mechanism studies and customer mission profiles through component, module, and system qualification. The role develops lifetime models, qualification and screening strategies, experimental designs, and customer data packages; drives reliability improvements across process, materials, design, and manufacturing; presents results to customers; and builds the reliability team.

Leads multiple software engineering teams supporting claims and other technology areas. Responsibilities include hiring and mentoring staff, budgeting, roadmap planning, architecture, hands-on delivery, security and compliance, performance optimization, modernization, CI/CD, technical strategy, and executive communication. The role requires driving scalable distributed systems, cloud transformation, operational excellence, and adoption of engineering best practices.

Leads quality engineering and continuous improvement across manufacturing operations. Resolves warranty, product, and manufacturing issues; analyzes failure and quality data; conducts audits and assessments; supports APQP-based new product introductions; ensures inspection and measurement system integrity; manages nonconformances; and partners with Engineering, Manufacturing, Supplier Quality, and Service teams to implement corrective actions and quality improvements.

Leads the architecture and delivery of complex software-intensive systems across cloud, distributed, AI-enabled, and mission-critical environments. Defines system boundaries, interfaces, integration strategies, and technical direction; conducts trade studies; manages architectural and operational risks; and drives systems from concept through validation, readiness, and adoption. Partners with engineering, product, architecture, customers, and senior leadership while mentoring technical leaders and scaling AI-enabled systems engineering practices.

Build and maintain backend platform tooling, shared services, automation, observability, and infrastructure capabilities. Improve reliability, scalability, deployment safety, production readiness, and developer workflows across engineering teams. Partner with product and infrastructure teams, support migrations and modernization, develop internal tools, and advocate for software quality, security, testing, and operational best practices.

Leads roadway, multimodal, and intersection design work for transportation projects. Prepares design plans, specifications, cost estimates, and advanced calculations while ensuring compliance with standards and client requirements. Coordinates multidisciplinary design activities, provides technical guidance to junior staff, and supports quality control, scheduling, and project deliverables.

Leads multiple software engineering and infrastructure organizations within Card Technology. Drives agentic AI-enabled engineering practices, cloud-native modernization, Kubernetes platform enablement, Terraform infrastructure-as-code standards, multi-region architecture, AWS IAM controls, CI/CD modernization, resilience engineering, chaos testing, and incident response automation. Partners with executives and cross-functional stakeholders to establish technical strategy, governance, security, reliability, and operating-model standards across the firm.