Top Engineering Jobs

Leads hardware systems engineers developing electron-beam metrology instruments. Responsibilities include requirements development, systems optimization, design improvements, prototype integration, testing, technical problem resolution, customer support, vendor coordination, and cross-functional collaboration. The role also manages engineering talent, develops training materials, prepares technical reports and test plans, and provides technical leadership for semiconductor manufacturing equipment from concept through release.

Lead Docker’s Secure Build and SCS Services teams, owning delivery, team health, technical direction, operational excellence, hiring, and engineer development. Shape portfolio priorities across secure build, Docker Scout, and Docker Hardened Images while balancing roadmap work, reliability, on-call, and stakeholder commitments. Partner with Product and cross-functional teams, guide distributed-systems and infrastructure decisions, oversee incidents and production operations, and establish clear ownership across team interfaces. The role requires strong backend engineering judgment, software supply-chain security understanding, and leadership across remote European and US teams.

Supports mechanical design of engine systems and components, validation testing, dimensional stack-ups, data analysis, failure investigations, and technical documentation. Collaborates with product design, manufacturing, quality, suppliers, customers, and internal teams while managing assigned engineering projects. Uses CAD/Creo and standard engineering techniques in a hands-on marine propulsion manufacturing environment.

Lead client-facing architecture and delivery of secure, cloud-native applications using C#, .NET, and Microsoft Azure. Modernize legacy systems, guide distributed engineering teams, establish DevOps and infrastructure practices, and provide hands-on architecture, coding, troubleshooting, and technical leadership. Drive responsible AI-assisted and agentic development workflows, including human review and production hardening. Support discovery, workshops, proposals, technical sales, account growth, mentoring, hiring, and development of reusable Azure, .NET, modernization, and AI engineering practices.

Supports the design, analysis, documentation, and implementation oversight of building electrical systems. Assists with project planning, scheduling, quality control, client communication, code-compliant calculations, multidisciplinary coordination, and safety reviews. The role handles low- to medium-complexity engineering tasks, monitors design progress, documents decisions, and contributes to research and innovation under the guidance of senior engineers. Mentorship and training are provided for this full-time hybrid consulting position.

Entry-level mechanical engineering role supporting the design, analysis, documentation, and implementation oversight of HVAC, plumbing, and fire protection systems for building projects. Responsibilities include engineering calculations, client communication, project coordination, quality control, safety assessment, and collaboration with engineers, architects, and project managers. The role provides mentorship, training, and opportunities to develop consulting and technical expertise.

Drive end-to-end verification and validation for single-phase UPS products, including firmware, hardware, integration, system, compliance, reliability, and automation testing. Develop test strategies, plans, scenarios, procedures, reports, and requirements traceability. Manage lab testing schedules, equipment capital projects, defect root-cause analysis, certification support, and continuous improvements. Collaborate with global stakeholders and maintain a safe, organized testing laboratory.

Leads the Frontline Engineering team responsible for complex customer escalations across the Workspace ONE UEM platform. Builds and mentors engineers, drives root-cause analysis and resolution, improves escalation processes, partners with Product, Quality, Support, and TPM teams, and translates escalation trends into product and testing improvements. Advances AI-assisted diagnostics, automation, and telemetry analysis while tracking operational metrics and reducing recurring customer issues and engineering interruptions.

Three-year rotational engineering program for recent chemical, mechanical, and electrical engineering graduates. Participants complete three 12-month assignments across areas such as process engineering, plant operations, production engineering, project engineering, controls, and start-up engineering. The program includes mentorship, leadership development, technical training, field and headquarters assignments, and relocation assistance.

Plans and scopes infrastructure and real property projects from concept through formal justification. Develops facility layouts, cost models, economic analyses, specifications, condition assessments, space plans, sustainability metrics, and decommissioning strategies. Coordinates multidisciplinary stakeholders, supports capital improvement planning, prepares executive documentation, and independently delivers technical work. Requires full-time onsite work and the ability to obtain and maintain government security access.

The Digital Control Systems Engineering Manager will lead a team in designing and integrating Grid Automation projects, ensuring high-quality engineering solutions and project delivery while managing resources and collaborating with stakeholders.

Lead mission and systems architecture for REACTOR cognitive decision aids across counter-UAS, integrated air and missile defense, and multi-domain missions. Translate operational needs into requirements, interfaces, architectures, verification strategies, and deployment baselines. Define decision workflows, data contracts, and system integrations while maintaining MBSE artifacts. Lead trade studies, integration planning, testing, demonstrations, and operational performance analysis. Mentor engineering teams and communicate technical recommendations to customers and leadership.

Leads manufacturing automation strategy, engineering teams, and capital projects involving robotics, automated assembly, material handling, vision systems, PLCs, HMIs, SCADA, MES, and industrial networks. Drives productivity, quality, safety, throughput, cost, OEE, and downtime improvements through Lean, Six Sigma, TPM, and smart manufacturing initiatives. Oversees vendors, equipment commissioning, troubleshooting, cybersecurity, machine safety, compliance, budgets, and cross-functional collaboration.

Electrical Engineering Interns assist with electrical system design, engineering analysis, documentation, equipment research, interdisciplinary coordination, project scheduling, document reviews, addenda preparation, and job site observations for healthcare and MEP building projects. The 10–12 week summer program provides hands-on consulting experience under experienced engineers and includes collaboration with clients, suppliers, and cross-functional project teams.

Two-year international rotational program for early-career engineers working across R&D teams on software and AI solutions. Responsibilities include developing innovative network and communications products, collaborating with Agile teams, communicating design and project progress, resolving issues, learning new technologies, and adapting to changing priorities. Participants may complete temporary assignments in other countries or locations before continuing their careers with VIAVI.

A two-year international rotational program for early-career engineers working across R&D teams. Participants develop software and hardware solutions for communication networks, collaborate with Agile teams, solve technical problems, and learn emerging technologies. The role includes software engineering and AI-focused work involving programming, Linux, networking protocols, RESTful APIs, large language models, AI-assisted coding, and agentic workflows. Graduates continue their careers with a designated VIAVI team.

Leads the CounselLink engineering organization and multiple internal and external software development teams. Sets technical strategy, architectural and engineering standards, and delivery practices across AWS, Java services, Solr, LLM capabilities, MCP integrations, and enterprise systems. Manages and develops engineering leaders, partners with product and business stakeholders, oversees modernization and roadmap execution, uses operational metrics, manages budgets and risks, and supports production incidents and technical escalations.

Leads a global enterprise application engineering team delivering workflow, reporting, integration, production support, and release solutions. Translates stakeholder priorities into technical requirements and delivery plans, manages employees and consultants across regions, oversees Salesforce and corporate-system integrations, and improves configuration, testing, deployment, documentation, and support practices. Coaches engineering talent, partners with technical leadership, manages delivery capacity and quality, and ensures reliable application operations.

Designs and optimizes robotic actuator systems while leading systems engineering across the product lifecycle. Responsibilities include defining architectures and requirements, managing interfaces, integrating mechanical, electrical, software, and controls systems, conducting trade studies and risk assessments, leading verification and validation, maintaining technical documentation and configuration control, and supporting manufacturing transition. The role is primarily onsite in office, lab, and test-track environments, with occasional domestic and international travel.

Leads multidisciplinary tooling teams across engineering, fabrication, metrology, maintenance, procurement, and tool control. Oversees approximately 50 employees and ensures quality, cost, schedule, compliance, and customer satisfaction targets. Develops long-range staffing, training, capital asset, and affordability strategies; manages tooling budgets and Cost Account Manager responsibilities; ensures EVMS compliance; and collaborates across the aerospace sector to standardize processes and deploy best practices.

Supports aircraft structural design engineering through 3D modeling, 2D drafting, bill of materials development, static and fatigue analysis, trade studies, certification activities, modifications, and repairs. The intern applies aerospace engineering principles, finite element methods, and design tools to metallic and composite aircraft structures while communicating technical issues, solutions, and project status.

Supports aerospace engineering documentation throughout its lifecycle, including database searches, document releases, formatting, scanning, signature coordination, drawing distribution, and technical document authoring. Assists with presentations, customer and supplier coordination, and engineering database processes. Develops CATIA drafting skills while working onsite with the Wichita engineering team. The role is intended for a current engineering student and offers exposure to aerospace workflows.

Supports aircraft structural design engineering for production and in-service aircraft. Responsibilities may include 3D modeling, 2D drafting, bill of material development, part sizing, trade studies, weight reduction, certification support, modifications, repairs, and static or fatigue analysis of metallic and composite components. The intern applies engineering principles, finite element methods, technical instructions, and design tools while communicating work status and solutions in a team environment.

Leads the electrical engineering team in designing public and private development projects. Responsibilities include recruiting, business development, client and project interviews, cross-functional collaboration, client and authority meetings, multi-project management, and design QA/QC review. The role requires broad building-design experience across power, lighting, fire alarm, and voice/data systems, plus leadership experience and a Professional Engineer license.

Lead the advanced thermal management strategy for next-generation AI data center infrastructure. Develop cooling roadmaps, architectures, specifications, simulations, prototypes, and validated hardware across rack-, row-, hall-, and facility-level systems. Drive direct-to-chip liquid cooling, CDUs, facility cooling, containment, controls, manufacturability, reliability, cost optimization, and commercialization. Partner with systems architecture, operations, manufacturing, supply chain, quality, customers, and ecosystem partners while providing hands-on technical leadership.