Top Engineering Jobs

Leads the New Glenn Aft Module engineering team responsible for designing, analyzing, developing, qualifying, and testing structural, fluid, and mechanical systems for a reusable orbital launch vehicle. Provides technical leadership, mentorship, process improvement, supplier coordination, requirements and drawing reviews, staffing and budget management, and oversight of aerospace hardware testing and certification.

Leads Hadrian’s Forward Deployed technical team across major government, defense, and customer programs. Owns technical roadmaps, product scope, delivery, executive relationships, production outcomes, and platform learnings. Builds and manages engineering, product, and design teams while remaining hands-on with architecture, development, and technical reviews. The role requires strong product judgment, customer leadership, zero-to-one product experience, AI fluency, and the ability to operate across software, hardware, manufacturing, and defense environments.

Lead Forward Deployed software teams delivering customer programs from ambiguous discovery through production. Own technical roadmaps, architecture, scope, schedule, quality, and delivery; serve as the senior technical contact for customers, government stakeholders, and partners. Hire and develop engineers, product managers, and designers, stay hands-on in early builds, and transfer program learnings into Hadrian’s Opus platform.

Leads enterprise Oracle database operations, including production support, incident and problem management, patching, upgrades, vulnerability remediation, backup and recovery, performance, capacity planning, and disaster recovery. Partners with technology, security, risk, audit, and application teams to meet operational and regulatory requirements. Drives automation, AI adoption, standardization, reliability improvements, vendor management, and continuous improvement while leading and mentoring database operations professionals.

Leads a manufacturing engineering team supporting production operations, sustaining engineering, process improvements, capacity expansion, and manufacturing capability development. Manages hiring, performance, team development, project execution, resource planning, risk mitigation, and cross-functional communication. Ensures manufacturing processes comply with medical device quality system requirements while driving operational improvements and supporting complex electro-mechanical systems.

Lead and build a global post-sales Solutions Engineering organization for an agentic AI platform. Own enterprise delivery from pilots through production, including architecture, integrations, testing, monitoring, reliability, adoption, and optimization. Recruit and develop engineers, establish delivery standards and playbooks, support strategic customers, and translate field needs into product improvements. The role requires hands-on technical leadership across AI agents, APIs, cloud environments, enterprise systems, and complex operational workflows.

Leads a global process engineering team supporting semiconductor equipment productivity, product performance, process robustness, escalation prevention, and operational excellence. Manages cross-functional teams across the US and India, resolves engineering escalations, prioritizes operational work, improves engineering development and release processes, establishes standards and best practices, and develops tools and knowledge systems to improve engineering quality and efficiency.

Leads engineering teams responsible for Datadog Agent developer experience, build systems, correctness, performance benchmarking, and software supply-chain security. Evolves SDLC practices for a complex multi-language, multi-platform open-source project, including AI coding enablement, CI/CD, build infrastructure, testing, and reliability. Hires, mentors, and develops engineering managers and staff engineers across global teams while balancing velocity, security, and long-term platform investments.

Supports ABB R&D projects involving electrical, mechanical, thermal, mechatronics, and generative AI topics. Responsibilities include evaluating emerging technologies, contributing ideas and solutions, designing components and test setups, and conducting calculations, simulations, laboratory tests, and experiments. The intern will work onsite or hybrid in Raleigh, North Carolina while collaborating with research teams and documenting results.

Engineering interns support manufacturing, product development, quality, and continuous improvement projects. Responsibilities may include process improvement, capacity analysis, equipment optimization, testing, quality audits, root-cause investigations, statistical analysis, documentation, and validation. Interns collaborate with engineering, operations, quality, maintenance, and product development teams while gaining hands-on experience in ammunition manufacturing, Lean and Six Sigma methodologies, and engineering decision-making.

Support the installation, commissioning, startup, and lifecycle management of manufacturing and automation equipment. Maintain project files and technical documentation, conduct time studies and process observations, create standard work instructions and visual controls, and participate in safety assessments and risk reviews. This 12–14-week summer internship requires current enrollment in an engineering bachelor’s program and availability for a full-time weekday schedule.

Lead three engineering teams building an AI-powered wealth management platform. Responsibilities include delivery ownership, engineering coaching, hiring, technical quality, architecture, code review, AI tooling adoption, and cross-functional collaboration with Product and Design. The role manages a remote LATAM team while working in person at the NYC headquarters and requires strong full-stack or platform engineering expertise.

Mechanical Engineering Intern supporting manufacturing operations initiatives to increase output, reduce scrap and rework, eliminate waste, improve efficiency, and ensure quality and safety. Responsibilities include root-cause analysis, process improvement, applying manufacturing best practices, analyzing operational issues, developing solutions, and assisting with process control. The internship requires full-time availability during Summer 2027 and hands-on engineering problem-solving skills.

Develop and maintain scalable full-stack applications using Java, React, and Spring Boot for a financial services SaaS platform. Responsibilities include modernizing legacy applications, designing architecture, coding, testing, debugging, documenting solutions, collaborating with SQA teams, gathering requirements, and supporting junior developers. The role requires Agile development, CI, test automation, secure coding practices, cross-team collaboration, technical leadership, and mentoring.

Owns product integration for CSSNA-designed power units throughout the product lifecycle. Provides technical installation requirements, product selection, validation strategy, OEM application support, and performance analysis. Resolves complex integration issues, guides design and product changes, manages Advisor Installation Requirements, documents testing, and collaborates with engineering, manufacturing, validation, operations, and product support teams. The role also mentors application engineers and preserves institutional technical knowledge.

Develop and enhance CAD methodologies, EDA automation flows, and engineering utilities for digital ASIC design, verification, and implementation. Build Python, Tcl, and shell-based tools, analyze design results, and explore AI-enabled solutions using LLMs, RAG, and AI agents. Collaborate with CAD, design, verification, and physical design teams while gaining exposure to synthesis, timing, power analysis, place and route, and physical verification workflows.

Leads engineering and program management for automotive progressive stamping operations, from customer quoting and feasibility through tooling development and production launch. Oversees manufacturing process development, progressive die design, strip layouts, supplier coordination, technical reviews, and continuous improvement. Partners with Quality on APQP, PFMEA, Control Plans, and PPAP documentation while ensuring compliance with IATF 16949, ISO 14001, and customer requirements.

Supports new product introduction for memory interface chips by migrating and validating ATE test data, organizing test-time data, analyzing yield and test performance, and identifying test-time reduction opportunities. Develops Python or SQL automation scripts, documents data workflows, collaborates with Product, Test, and IT engineering teams, and presents a final project. The internship is full-time for 12 weeks during Summer 2027 in San Jose with a hybrid onsite schedule.

Lead the engineering team responsible for operating Kubernetes on large-scale bare-metal GPU infrastructure. Set platform direction, automate GPU node provisioning and lifecycle management, improve scheduling, networking, observability, reliability, and utilization, and establish SLOs and incident practices. Hire and develop infrastructure engineers, manage roadmap delivery and on-call operations, and collaborate with data center, networking, hardware, and product teams on capacity planning and new hardware deployments.

Senior Mechanical Engineer independently leads complex MEP projects from scope definition through completion. Responsibilities include mechanical system design, engineering studies, existing-system analysis, code coordination, budgeting, construction document review, contractor payment review, project-team coordination, staff supervision, quality assurance, client communication, and mentoring junior engineers.

Leads the Manufacturing Engineering technical shopfloor support team for an aerospace fabrication plant. Responsibilities include manufacturing technology implementation, process and system improvements, continuous improvement, risk mitigation, assembly strategy development, tooling validation, configuration compliance, and stakeholder management. Requires substantial manufacturing engineering experience, expertise in metallic and composite fabrication, lean manufacturing, SAP/MES, and quality systems. The role is onsite in Kinston, North Carolina, with approximately 5% domestic and international travel.

The role focuses on designing, implementing, and maintaining distributed systems and infrastructure to support the engineering organization at Honor. Responsibilities include managing cloud services, CI/CD pipelines, and infrastructure scalability, while mentoring team members and enhancing developer experiences.

Supervises engineering staff, providing technical leadership, work-product oversight, personnel development, scheduling, budgeting, and performance management. Reviews engineering deliverables, resolves technical issues, supports outages and emergent work, and drives continuous improvement. The role also supports station operations through routine, on-call, emergency response, and outage activities, including 24/7 duty rotations.

Supports digital transformation projects in a manufacturing environment by analyzing processes, developing dashboards and workflow automations, integrating connected systems, cleaning and visualizing data, testing digital tools, and documenting solutions. Collaborates with Engineering, Operations, Quality, Maintenance, and IT teams on Industry 4.0 initiatives, continuous improvement, process mapping, and data-informed decision-making.

Supports electrical controls, PLC and HMI programming, equipment troubleshooting, automation, electrical schematics, CAD drawing updates, and continuous improvement in a manufacturing environment. The intern analyzes equipment data, assists with controls integration and process improvements, documents technical procedures, and collaborates with Engineering, Operations, Maintenance, and Quality teams while applying electrical engineering principles.