Top Engineering Jobs

Leads approximately 35 engineers across data engineering, integration engineering, and integration support. Owns delivery predictability, manager development, operational reliability, SLA performance, data platform modernization, integration scalability, and organizational clarity. Partners with product, data science, commercial, and delivery teams while overseeing healthcare integrations with EHR systems, enterprise data infrastructure, incident management, and client-facing reliability commitments.

Design, develop, and operate scalable, reliable cloud-native backend services and distributed systems. Responsibilities include system and software design, code and design reviews, testing, troubleshooting, monitoring, automation, security, reliability improvements, and production ownership. Collaborate with product and engineering teams to deliver data-driven customer and partner experiences.

Leads global infrastructure engineering standards, governance, technical assurance, platform roadmaps, and continuous improvement. Oversees Microsoft 365, Azure, hybrid infrastructure, networking, identity, endpoints, and SAP infrastructure. Manages engineers, vendors, and consultants; drives modernization, cloud adoption, technical debt reduction, production readiness, root-cause resolution, security alignment, and operational resilience across a global, multi-site environment.

Leads ABM’s product engineering organization and digital product portfolio across B2B portals and B2C applications. Owns cloud architecture across Azure and AWS, platform engineering, engineering delivery, financial management, security, operational resilience, and talent development. Oversees scalable multi-tenant platforms, consumer applications, identity, payments, compliance, and modernization initiatives while translating commercial strategy into an executable technology roadmap.

Leads a globally distributed engineering organization responsible for CSS and CSU platforms. Defines technical and AI strategy, manages engineering investments and workforce planning, guides architecture, security, reliability, and live-site operations, and delivers measurable customer and business outcomes. Develops engineering leaders, drives AI transformation, partners across Microsoft and with customers, and owns portfolio health, organizational capability, succession planning, and budget allocation.

Leads engineering and design execution for power generation and oil and gas EPC projects. Coordinates third-party engineering firms, multidisciplinary deliverables, schedules, costs, quality, change management, and client interfaces. Provides technical support during construction, commissioning, and startup, resolves field issues, and ensures compliance with contract requirements, industry codes, and engineering standards. The role requires broad industrial engineering knowledge and extensive EPC project experience, but does not include direct personnel management.

Design electrical systems for commercial, institutional, and industrial buildings, including power distribution, lighting, controls, and fire alarm systems. Perform load, short-circuit, and voltage-drop calculations; select equipment; prepare construction drawings, specifications, reports, and cost estimates using AutoCAD and Revit. Ensure code compliance, coordinate with multidisciplinary teams and clients, manage project deadlines and budgets, conduct site visits, and mentor junior staff.

Designs telecommunications and technology systems, including network pathways, backbone distribution, audiovisual systems, and telecommunications spaces using CAD software. Responsibilities include interpreting construction documents, coordinating with engineering teams, conducting field surveys, preparing installation documents, supporting construction and system start-ups, and guiding drafting staff. Requires familiarity with AutoCAD, telecommunications standards, construction documentation, and multidisciplinary engineering workflows.

Leads a multidisciplinary engineering organization supporting circuit card assembly production and new product introductions. Oversees SMT, soldering, inspection, testing, process optimization, root-cause investigations, corrective actions, quality compliance, equipment qualification, capital projects, budgets, and continuous improvement. Manages supervisors, engineers, and technicians while collaborating with production, quality, supply chain, program management, design engineering, suppliers, and customers. The role is onsite in Salt Lake City and may involve occasional travel.

Mechanical Engineering Intern supporting product improvements for plasma and waterjet cutting systems. Responsibilities include evaluating mechanical components, product testing and validation, root cause analysis, engineering change control, documentation, and collaboration with design, manufacturing, procurement, quality, regulatory, reliability, and supply chain teams. The intern will complete a meaningful engineering project and present recommendations to leadership.

Leads multiple software engineering teams developing mission-critical aerospace and defense software. Responsibilities include people management, software lifecycle oversight, Agile and DevOps process implementation, CI/CD and version control governance, compliance with aerospace quality standards, budget and resource management, cybersecurity integration, process improvement, and stakeholder communication. The role requires mentoring engineers, ensuring secure and reliable delivery, and maintaining U.S. security clearance eligibility.

Leads a team of approximately eight engineers responsible for building and operating secure, scalable, data-intensive score reporting systems. Sets technical direction, manages people and performance, partners across product and technology teams, guides architecture and delivery, and ensures reliability, security, compliance, cost efficiency, and operational readiness. The role also drives modernization, cloud adoption, AI-enabled capabilities, production issue resolution, and long-term platform strategy.

Develop and deliver production C++ software for software-defined vehicles, integrating middleware, drivers, abstraction layers, and services with ECUs, sensors, networks, and compute platforms. Debug hardware-software integration issues involving timing, communication, and resource constraints. Build unit, integration, HIL, bench, and vehicle tests; support deployment and tooling. Collaborate across global teams to improve the Arene platform’s reliability, portability, safety, and production readiness.

Supports R&D and metallurgy projects by analyzing mechanical property and processing data, assisting design engineers, and investigating aerospace materials and manufacturing processes. The intern will gain hands-on experience with titanium alloys, nickel-based superalloys, forging, heat treatment, and critical aerospace component production.

Performs structural, thermal, dynamic, vibration, fatigue, and mechanical analyses for advanced directed energy defense systems. Develops and validates engineering models, correlates predictions with test data, supports mechanical design and qualification, investigates failures, and provides actionable recommendations. Collaborates across systems, electrical, optical, manufacturing, quality, and test teams. Senior engineers lead subsystem analysis, technical reviews, qualification activities, and mentoring.

Lead and grow a platform engineering team responsible for developer enablement, self-service tooling, CI/CD, infrastructure automation, cloud-native deployment environments, observability, reliability, security, governance, and cost optimization. Own the internal developer platform roadmap, establish enterprise standards, partner with product and security leaders, and track platform impact through DORA metrics, adoption, and developer satisfaction.

Leads a DevOps engineering team responsible for AWS infrastructure delivery, internal developer platform capabilities, CI/CD automation, security guardrails, cost governance, and operational excellence. The role manages infrastructure demand, aligns requests with platform roadmaps, partners with engineering and security stakeholders, and mentors DevOps engineers. Hybrid work and potential production on-call participation are required.

Own and evolve Mayo Clinic’s cloud-native Engineering Front Door platform, enabling engineering self-service, cloud governance automation, workflow orchestration, knowledge management, and AI-assisted guidance. Design ServiceNow workflows, BPMN processes, cloud integrations, REST APIs, governance automation, reusable engineering patterns, and intelligent assistants. Partner with cloud, security, architecture, and platform teams to improve reliability, adoption, engineering productivity, and operational efficiency across a hybrid multi-cloud environment.

Oversee stamping die design, development, validation, trial runs, production launches, and continuous process improvement. Collaborate with tooling suppliers, customers, purchasing, quality, production, and supply chain teams. Manage RFQs, PPAP activities, design-for-manufacturability changes, tolerance adjustments, technical documentation, and project communications. The role requires stamping die expertise, CAD software knowledge, blueprint interpretation, problem-solving skills, and up to 30% travel to North American facilities and Japan.

Entry-level rotational engineering program for recent engineering graduates. Participants complete three two-month assignments across Watlow facilities, gaining hands-on experience with technologies, products, customers, manufacturing environments, and technical development projects. The program includes mentorship, cross-functional collaboration, relocation support, and transitions into a permanent engineering role in San Jose after successful completion.

Leads Continuous Improvement Engineering teams supporting motor control center and capacitor product lines. Oversees design standards, engineering change orders, automation systems, technical projects, quality issue resolution, and cross-functional collaboration with manufacturing, quality, application engineering, and new product development teams. Manages engineering resources, design programs, continuous improvement initiatives, and compliance with ISO, ANSI, UL, NEMA, ASME, and GD&T standards.

Leads Eaton’s Americas Supplier Development Engineering organization, overseeing supplier readiness, capability improvement, capacity expansion, risk mitigation, new product introductions, supplier transitions, and manufacturing growth programs. Directs five reports and a 45-person Supplier Quality team while aligning supplier development strategy with procurement and business objectives. Drives APQP, PPAP, production validation, industrialization, Lean, Six Sigma, process improvement, and operational excellence across the supply base. Requires extensive technical leadership and up to 50% domestic travel.

Leads enterprise infrastructure automation strategy, adoption, and engineering execution. Oversees automation teams, Infrastructure-as-Code, Terraform, Ansible, CI/CD governance, reusable platform capabilities, self-service infrastructure, cloud enablement, security, compliance, and operational improvement across a large matrix organization.

Leads new product introduction engineering for panelboard and switchboard products. Manages engineers, technicians, and drafters; provides technical direction; coordinates project schedules, resources, testing, budgets, metrics, and documentation; and ensures manufacturing readiness for product launches. Oversees performance management, continuous improvement, competitor analysis, engineering standards, product knowledge, and organizational development while collaborating with manufacturing facilities and cross-functional teams.

Summer engineering intern supporting aerospace MRO operations for Rolls-Royce RB211 engines. The role involves repair industrialization, tooling and fixture design, process improvement, technical documentation, engine testing, failure analysis, production support, and compliance with airworthiness and safety requirements. Interns collaborate with experienced production engineers during a 10–12 week placement.