Top Engineering Jobs

Leads engineering teams and projects across multiple manufacturing plants, overseeing capital budgets up to $50 million, equipment and process improvements, plant performance, compliance, safety, and continuous improvement. Provides technical guidance on meat-processing equipment, manages engineering disciplines and resources, develops employees, and partners with operations, maintenance, infrastructure, and HR to achieve operational excellence.

Own and improve the release process for a distributed software platform. Responsibilities include coordinating release schedules, managing versions and release branches, maintaining CI/CD automation, validating deployments, troubleshooting build and release failures, tracking dependencies, documenting procedures, and improving automation and quality gates across multiple engineering teams.

Directs engineering design and commissioning teams responsible for building projects. Oversees project planning, staffing, standards, design quality, compliance, client requirements, and schedules. Delegates work, maintains client and vendor relationships, supports business development, and reviews designs for accuracy. The role requires engineering leadership, project management experience, a professional engineering license, strong communication skills, and willingness to travel 30% to job sites and offices.

Directs engineering design and commissioning operations, leading project managers, engineers, commissioning agents, and technical staff. Oversees building design development, project delegation, standards, specifications, quality reviews, client and vendor relationships, and business development activities. The role requires managing project schedules, ensuring design compliance, supporting client requirements, and traveling to construction job sites and office locations.

Lead Travertine’s engineering function from demonstration-scale technology through commercial critical-mineral plant deployment. Responsibilities include building the engineering organization, developing scalable process designs and engineering packages, managing EPCs and vendors, overseeing multidisciplinary engineering programs, driving process safety, supporting permits and constructability, and translating R&D and demonstration data into cost-effective commercial facilities. The role requires extensive chemical process engineering experience, commercial plant delivery expertise, and leadership across design, construction, commissioning, and startup.

Leads the CFM56 Service Engineering program, directing technical strategy, workscope development, repair optimization, module replacement, asset valuation, OEM support, cost reduction, and customer issue resolution. Provides functional leadership to engineering staff, collaborates with production, supply chain, program management, and business development, and ensures compliant, reliable, cost-effective engine MRO solutions. Requires deep gas turbine and aviation propulsion expertise, commercial acumen, and the ability to travel regularly across multiple sites.

Leads embedded software engineering teams developing servo drive products. Owns software backlogs, technical direction, architecture, requirements, release planning, and cross-functional product roadmaps. Provides people leadership, coaching, mentoring, and technical guidance while coordinating priorities across Engineering, Product Management, Customer Support, and application engineering. Guides major software initiatives from concept through release and supports industrial motion control product development.

Leads GPU hardware platform design from feasibility studies through board layout, tapeout, power-on, testing, and validation. Designs electronic components, PCBs, and integrated circuits; translates platform requirements into specifications; optimizes placement and routing for power and signal integrity; and collaborates with architecture, firmware, thermal, mechanical, and manufacturing teams. Requires extensive hardware development experience and technical leadership in high-performance computing systems.

Lead engineering teams building payments, credit, compliance, and customer-data products. Responsibilities include setting technical roadmaps, scoping and prioritizing work, partnering cross-functionally with product, legal, compliance, capital markets, and solutions engineering, developing engineering talent, managing Staff-level engineers, and maintaining technical credibility through hands-on engagement and AI-assisted codebase investigation.

Lead development of Chariot’s claims processing pipeline and CRM systems, transforming manual scripts into reliable, observable production infrastructure. Build claimant and law-firm workflows, fraud detection and verification stages, dashboards, integrations, internal tooling, and AI agent harnesses. Own product decisions, recruit and develop engineers, and establish pipeline reliability. The role requires staff-level software ownership, early-stage startup experience, and proficiency with Go and AWS.

Engineering Lead responsible for Chariot Claims’ consumer acquisition and claim-filing funnel, claimant communications, evidence and signature collection, dispute scheduling, and payment disbursement systems. The role owns technical direction, rapid experimentation, platform foundations, AI-native tooling, and team hiring and development. Candidates should have staff-level production software experience, strong product judgment, early-stage startup experience, and familiarity with payments or money-movement systems.

Lead Chariot’s consumer platform engineering function, building community, education, case discovery, referral, trust and safety, and growth-loop products. Own product decisions and end-to-end delivery, contribute to shared AI-native platform tooling, recruit and develop engineers, and establish production systems using TypeScript, React, Go, and AWS.

Leads North American electrical engineering and design for data center development projects. Oversees strategic planning, technical standards, design documents, construction and commissioning support, QA/QC, vendors, budgets, schedules, and multi-project delivery. Manages and develops electrical engineering teams while collaborating with operations, sales, marketing, consultants, contractors, and executives. Requires extensive electrical design and construction expertise, data center experience, knowledge of power distribution and critical infrastructure systems, and 15–25% travel.

Supports mechanical engineering research and development for undersea military systems through design support, fabrication, machining coordination, assembly, integration, testing, troubleshooting, calibration, documentation, and field operations. The role works with experimental hardware, mechanical subsystems, fluid systems, rotating equipment, test fixtures, and electromechanical setups while coordinating with engineers, technicians, suppliers, and machine shops. Periodic travel to remote field-test locations is required.

Lead a customer-facing software engineering team developing React Native mobile and Next.js web experiences. Own team outcomes, roadmap input, technical quality, hiring, performance management, and an AI-native development workflow. Partner with Product and Design on product decisions, experimentation, reliability, and customer impact while building scalable systems and coaching engineers through organizational and workflow changes.

Provides integration, installation, configuration, compilation, troubleshooting, and sustainment support for heterogeneous HPC software, servers, clusters, operating systems, schedulers, and networks. Develops Linux shell scripts and Python software while supporting parallel processing, configuration management, and multi-vendor HPC technologies. Requires extensive experience, DoD IAT II certification, and an active TS/SCI clearance with polygraph.

Verification Intern supporting ASIC storage controller SOC development. Responsibilities include writing SystemVerilog and UVM testbenches, analyzing simulations, debugging issues, developing automated verification scripts and environments, and researching AI tools and workflows to improve verification productivity. The role is part-time, up to 25 hours weekly, for a student pursuing Electrical or Computer Engineering or a related graduate degree.

Tenure-track Assistant Professor teaching undergraduate mechanical engineering courses and laboratories, with emphasis on manufacturing processes, engineering materials, machine element design, and potentially modeling, design, and mechanisms. Responsibilities include curriculum development, academic assessment, student advising, professional development, scholarly or undergraduate research, university and community service, and interdisciplinary collaboration. Graduate teaching may also be available through the online engineering program.

Leads strategy, development, modernization, and operations for global core accounting applications. Oversees architecture, cloud adoption, engineering delivery, platform stability, resilience, security, regulatory compliance, automation, and data and AI capabilities. Partners with product, business, risk, operations, and client-facing teams to deliver scalable technology and measurable business outcomes across multiple regions.

Supports engineering and manufacturing improvement projects by updating databases, creating metrics, documenting processes, developing training materials, providing technical support, and creating or revising CAD models and drawings. The intern follows relevant procedures, supports 6S practices, and works in office and manufacturing environments.

Leads end-to-end architecture, development, and delivery of enterprise applications using Java, AWS, cloud-native architectures, and AI technologies. Manages offshore engineering teams, drives sprint execution, mentors developers, oversees code quality, and communicates with clients and executives. Translates business requirements into scalable technical solutions, manages delivery risks, and champions AI-assisted engineering, Agentic AI, DevOps, and modern development practices.

Leads mechanical design and lifecycle support for main bearings used in utility-scale wind turbines. Responsibilities include new product introduction, component design and analysis, validation testing, reliability improvement, technical documentation, manufacturing and supplier support, cost reduction, field issue resolution, and root cause analysis. The role collaborates globally with quality, sourcing, manufacturing, suppliers, and field teams to deliver reliable, manufacturable designs.

Leads Americas generator project engineering activities, managing a team of senior engineers and overseeing project scope, schedules, controls, specifications, and execution. Provides technical leadership across customers, proposal management, sourcing, product engineering, and subcontractors. Drives consistent global processes, resolves complex engineering and operational challenges, manages resources, and influences strategy. Requires significant electrical systems or generator engineering experience, strong project management skills, and leadership capability.

Design, analyze, test, and validate machinery components and systems for electrical and turbomachinery applications. Execute scoped engineering tasks, develop machine design expertise, apply 3D modeling and FEA, analyze data, support testing and product implementation, and collaborate with cross-functional teams and suppliers. The role focuses on rotating components, turbomachinery, power generation, storage, electric machines, and drives while working under senior technical guidance.

Leads systems engineering and modeling for combined hardware/software data processing systems supporting U.S. national security missions. Responsibilities include eliciting operational concepts, refining requirements, designing architectures, coordinating verification and validation, documenting systems using MBSE tools, mentoring staff, and improving engineering processes. The role collaborates with government customers, operational users, integration teams, and technical staff, with emphasis on MOSA, microservices, data centers, and high-performance processing.