Top Engineering Jobs

Engineering interns will support mechanical, electrical, or plumbing design teams on real-world MEP projects. Responsibilities include collaborating with engineering teams, conducting research and data collection, assisting with experiments, troubleshooting, preparing technical documentation, and supporting project tasks. Candidates should be enrolled in an engineering degree program, demonstrate strong academic performance and analytical skills, and communicate effectively. Prior engineering internship or project experience is preferred but not required.

Architects, deploys, optimizes, secures, and troubleshoots enterprise-scale cloud, hybrid, and on-premises infrastructure. The role focuses on Azure, AWS, systems integration, monitoring, automation, resiliency, and security. Responsibilities include technical solution design, production deployment, documentation, knowledge transfer, project leadership, escalated support, vendor coordination, and root cause analysis. The engineer serves as a subject matter expert and consultant while supporting mission-critical systems and evolving cloud workloads.

Architects, deploys, optimizes, secures, and troubleshoots enterprise-scale cloud, hybrid, and on-premises infrastructure. Designs Azure and AWS environments, develops architectural documentation, supports monitoring and automation, transitions systems to operations, leads technical projects, trains staff, and serves as the escalation point for complex issues, vendor coordination, and root-cause analysis.

Electrical Engineering Intern supporting electrical system design projects in the AEC industry. The intern will learn electrical design principles, collaborate with experienced engineers, use industry-standard software, gain exposure to construction project lifecycles, and contribute to projects across multiple markets. The role is based in Irving, Texas, with limited travel and potential onsite or project-location work.

Leads PSA Airlines’ aircraft engineering organization, providing technical authority over fleet reliability, airworthiness, configuration management, engineering documentation, regulatory compliance, modifications, and maintenance programs. Partners with maintenance, quality, supply chain, flight operations, OEMs, and regulators to improve safety, performance, reliability, and cost efficiency. Oversees engineering support teams, budgets, safety programs, and entry into service for new aircraft types.

Leads global software engineering delivery, code quality, technical execution, sprint management, and engineering performance across distributed SaaS teams. Oversees full-stack tooling, CI/CD reliability, defect management, architectural improvements, QA and DevOps alignment, and AI-assisted development adoption. Mentors engineering leaders, supports hiring and performance management, monitors delivery KPIs, and serves as an escalation point for delivery risks and cross-functional blockers.

Leads an 8–12-person systems integration and test engineering team while performing technical program work. Responsibilities include functional management, staffing, career development, workload forecasting, engineering process adherence, budget and training support, IPT leadership, technical specifications, design reviews, customer communications, proposal support, and integration and test activities for radar, electronic warfare, RF, or embedded software systems. The role is full-time onsite in Baltimore and requires an active Secret clearance with SAP eligibility.

Leads manufacturing engineering activities for aerospace production, translating product designs into detailed assembly and manufacturing instructions. Maintains bills of material, incorporates quality and engineering requirements, ensures process compliance, investigates production quality issues, and drives corrective actions. Represents Operations technically while collaborating with leadership, clients, vendors, and cross-functional teams. The role requires on-site leadership, production planning and configuration management experience, prior management experience, and active Secret clearance with eligibility for SAP access.

Leads the technical strategy, development, integration, optimization, and qualification of RF power delivery systems for semiconductor manufacturing equipment. Oversees RF subsystem architecture, plasma performance optimization, system troubleshooting, supplier partnerships, technology roadmaps, and cross-functional engineering programs. Serves as the senior RF subject matter expert while developing engineering talent and presenting technical strategies to executives, customers, and external stakeholders.

Leads software engineering teams responsible for designing, developing, supporting, and optimizing enterprise applications and platforms. Oversees budgets, vendors, delivery planning, technical roadmaps, system reliability, metrics, and reference architectures. Partners across functions to deliver scalable solutions, evaluate emerging technologies, and align engineering execution with business goals.

Leads Swiss-style CNC machining applications, turnkey engineering projects, customer demonstrations, and technical implementations. Develops and optimizes CNC programs and machining processes, evaluates customer parts and requirements, recommends tooling and machine configurations, and provides cycle-time estimates. Supports pre-sale activities, customer training, troubleshooting, and on-site engineering assistance while guiding Applications Engineers and collaborating with Sales, Service, and customers.

Provides technical leadership for clinical technology design and operations. Owns enterprise-scale integration strategies, resilient and secure architectures, APIs, event-driven systems, cloud platforms, modernization, observability, and AI-assisted engineering. Partners with software engineering, cybersecurity, infrastructure, and clinical operations teams to establish standards, troubleshoot complex issues, drive adoption of emerging technologies, and influence cross-functional initiatives.

Leads global engineering and new product development for electrical construction products used in industrial, hazardous, and extreme environments. Directs product design, qualification, certification, technology roadmaps, budgets, and engineering teams. Ensures compliance with electrical safety standards, collaborates with cross-functional and global stakeholders, manages innovation programs, develops team talent, and provides executive reporting. The role requires substantial electrical or mechanical engineering experience, project management, leadership, and successful product introduction expertise.

Engineering Interns support the assessment, analysis, design, modeling, and testing of guidance and navigation systems for missile, aircraft, and ground vehicle applications. Responsibilities include engineering trade studies, requirements development, system architecture assessment, mathematical modeling, computer code development, data analysis, graphics, technical reports, briefings, and corrective action planning. Interns collaborate with experienced engineers and scientists on aerospace and defense projects.

Lead a team of engineers hands-on: design and implement full‑stack features, drive architecture and technical decisions, ensure code quality/security/performance, mentor engineers, collaborate with Product and Design, and champion DevOps and continuous improvement using Node.js, React, cloud platforms, and Kubernetes.

Leads cloud enablement engineering teams and directs the architecture, migration, deployment, optimization, security, and operation of public cloud infrastructure. Oversees AWS migration of microservices, infrastructure as code, CI/CD, resilient platform design, 24/7 support, audits, disaster recovery, vendor relationships, and service-level adherence. Establishes engineering standards, develops high-performing teams, manages technical debt and vulnerabilities, and partners cross-functionally to deliver scalable, secure, and reliable cloud solutions.

Leads and builds Infinia’s Release Engineering, DevOps, SecDevOps, and SRE functions. Owns release pipelines, CI/CD automation, infrastructure as code, security tooling, reliability standards, observability, incident response, capacity planning, and scaling. Establishes SLOs, SLIs, error budgets, and operational practices while building globally distributed engineering teams. Partners with product, QA, security, and executive leadership to communicate roadmaps, risks, and technical tradeoffs.

Supports the design, drafting, BOM development, process improvement, quality checks, shop layout, workflow efficiency, production scheduling, and tracking of prefabricated electrical assemblies. Collaborates with estimating, BIM/VDC, and field operations to align prefab designs with installation needs. The intern works in a production environment, contributes to a capstone project, and presents results to leadership.

Assist with coding, testing, debugging, integration, and optimization of software applications. Support development of artificial intelligence capabilities for large-scale data analysis, security components, interfaces, and custom adapters. Participate in unit testing, test-plan development, documentation, code reviews, and Scrum team meetings while working fully on-site during a 12-week summer internship.

Leads manufacturing engineering across multiple production sites, scaling HTS magnet component and assembly manufacturing from R&D through full production. Responsibilities include process development, automation, tooling, work instructions, capacity planning, factory expansion, Lean and quality system implementation, cross-functional execution, vendor management, and organizational leadership. The role manages managers and technical teams while driving manufacturing readiness, operational excellence, throughput, safety, and cost performance.

Supports process engineering improvements in ATI’s Vacuum Induction Melting area. Responsibilities include optimizing elemental additions, analyzing melt quality, conducting refractory trials, documenting furnace liner health, developing standard operating procedures, and creating shop-floor quality standards. The intern works with Operations and Engineering teams on process optimization, failure analysis, furnace performance, and manufacturing consistency involving nickel melting technologies.

Leads cathode product engineering, including new product design, product support, prototype and pre-production builds, manufacturing scale-up, technical change management, process advancement, quality improvement, cost reduction, and new product introduction. Partners cross-functionally with manufacturing, process engineering, quality, supply chain, marketing, and application engineering teams while supporting safety, export controls, trade-secret protection, and customer-focused product innovation.

Leads and grows a hands-on engineering team building an enterprise ontology platform. Owns architecture for APIs, data ingestion, mappings, graph or relational storage, configurable rules, validation, reconciliation, and production operations. Defines ontology models and drives source-to-ontology mapping, data quality, observability, testing, and CI/CD practices. Partners with data platform, business, governance, and compliance stakeholders while remaining involved in implementation and promoting AI-assisted development practices.

Supports process engineering projects in ATI’s Vacuum Induction Melting area, including process optimization, elemental addition sequencing, refractory trials, furnace liner assessment, quality analysis, standard operating procedures, and failure investigation. The intern collaborates with Operations and Engineering teams to improve melt quality, process consistency, and furnace performance in a manufacturing environment.

Leads the modular chiller new product development team, directing engineering resources across product development, productivity, quality, and reliability projects. Provides leadership, coaching, and recruitment support for product engineers, designers, lab technicians, and staff. Ensures design integrity, manages project resources and budgets, and supports engineering projects across locations. Requires expertise in HVAC and refrigeration systems, hardware components, product development, problem-solving, and cross-functional leadership.