Top Engineering Jobs

Leads a distributed backend engineering team responsible for designing, building, operating, and evolving Jitterbit’s iPaaS and API Management platform. The role combines people leadership, hiring, delivery execution, technical architecture guidance, Agile practices, cross-functional collaboration, production troubleshooting, and operational excellence for a highly available, multi-tenant SaaS environment.

Lead and develop a distributed backend engineering team responsible for Jitterbit’s iPaaS and API Management platform. Own engineering planning, delivery, Agile execution, technical direction, architecture discussions, production support, reliability, and operational excellence. Partner with Product, Support, QA, DevOps, Security, and other teams while balancing feature delivery, scalability, technical debt, and platform performance. Coach engineers, manage performance, hire talent, and drive continuous improvement across a globally distributed SaaS engineering organization.

Designs modular cooling and power plant systems from specification through production. Responsibilities include mechanical calculations, equipment selection, design deliverables, technical reviews, vendor coordination, factory or site supervision, testing procedures, and technical support. The role collaborates with sales, fabrication, procurement, construction, clients, and other engineering disciplines while ensuring compliance with project requirements, codes, standards, and company procedures.

Leads manufacturing engineering for aerospace production, converting product designs into assembly instructions, maintaining BOMs, developing tooling, and resolving production quality issues. Guides design reviews, ensures regulatory and engineering compliance, supports production technicians, drives corrective actions, and manages engineering personnel. Requires production assembly experience, management experience, and the ability to obtain a U.S. Secret clearance and program special access.

Software Test Engineer Intern supporting Northrop Grumman’s Manufacturing Test Engineering Team. Responsibilities include applying software and coding knowledge in C++ or C#, communicating effectively, collaborating with team members, managing time and tasks, and continuously improving skills. The intern must be enrolled full-time in an optics or photonic science engineering program, work 40 hours weekly for at least 10 weeks in summer 2027, and be eligible for a U.S. security clearance.

Lead engineering strategy and multiple teams developing Java, Big Data, cloud-native, and analytics platforms for trading, risk, and regulatory reporting. Architect high-performance, low-latency systems and enterprise data ecosystems using streaming and batch technologies. Drive modernization, DevSecOps, data governance, AI/ML enablement, architecture standards, and engineering excellence across global Markets Technology.

Lead systems engineering for a complex hybrid-electric mining vehicle retrofit. Define and manage system requirements, architectures, interfaces, traceability, and verification and validation strategies. Integrate mechanical, electrical, controls, battery, thermal, software, and vehicle systems while identifying risks and resolving requirements gaps. Facilitate technical reviews, support testing and failure analyses, manage engineering documentation, and coordinate cross-functional teams, suppliers, and stakeholders using systems engineering tools and methodologies.

Lead systems engineering for a complex hybrid-electric mining vehicle retrofit. Define system architectures, requirements, interfaces, traceability, and verification and validation strategies across mechanical, electrical, controls, battery, thermal, power electronics, safety, and vehicle systems. Review technical documentation, manage risks and requirement changes, lead technical and verification reviews, support integration and testing, and coordinate cross-functional engineering teams, suppliers, and stakeholders.

Leads the Infrastructure team, owning Terraform-based GCP infrastructure, CI/CD pipelines, Cloud Run deployments, uptime, observability, alerting, and on-call reliability. Manages and grows an experienced engineering team while remaining hands-on with architecture, production debugging, root-cause analysis, and AI-driven delivery automation. Partners across engineering, data science, and AI platform teams to establish scalable, reliable deployment systems and improve developer workflows.

Mechanical engineering intern supporting aerospace and defense product development. Responsibilities include designing mechanical components and experimental equipment in 3D CAD, performing calculations and FEA simulations, preparing manufacturing drawings, conducting benchtop and larger-scale testing, and documenting project progress. The role also involves brainstorming, team coordination, presentations, and validating proof-of-concept designs through manufacturable solutions.

Leads multiple software engineering teams and enterprise product initiatives, owning roadmap execution, delivery predictability, technical quality, modernization, and organizational effectiveness. Partners with product, architecture, DevOps, UX, QA, security, and business leaders to deliver scalable solutions. Champions AI-assisted development, Spec-Driven Development, automation, cloud-native architecture, developer productivity, platform engineering, and engineering metrics while mentoring leaders and driving strategic alignment across distributed teams.

Designs electrical systems and drawing packages for automated manufacturing equipment. Collaborates with project managers, controls engineers, manufacturing teams, customers, suppliers, and shop personnel to develop, build, integrate, and support systems. Responsibilities include solving plant issues, selecting pneumatic components, developing predictive maintenance indicators, supporting legacy designs, ensuring standards compliance, and sharing design practices. Requires travel to customer sites for design information and installation support.

Lead and develop an electrical engineering team while managing workloads, backlogs, priorities, standards, and process improvements. Provide technical oversight for industrial electrical systems, controls, power distribution, and safety systems. Collaborate with manufacturing, sales, project management, service, and customers to deliver accurate, timely engineering solutions. Ensure compliance with applicable electrical, crane, nuclear, and manufacturing standards while supporting ERP and workflow system improvements.

Manages quality engineering teams and oversees product and process quality across design, manufacturing, supply chain, and suppliers. Leads technical evaluations, inspections, testing, failure investigations, MRB activities, CAPA, root cause analysis, and continuous improvement. Ensures compliance with engineering requirements, quality standards, reliability expectations, and customer requirements while improving supplier and organizational performance.

Software engineering intern supporting technical and engineering organizations such as software, systems, test, hardware, cybersecurity, and field engineering. The role requires programming experience in C, C++, or Java; Linux; Git; and enrollment in a relevant bachelor's degree program. Desired skills include Python, software development environments, software and system testing, and user interface development. U.S. citizenship and eligibility for a government security clearance are required.

Manages and develops systems engineering personnel supporting Space Security programs while contributing technically to systems engineering, integration, and test work. Responsibilities include workforce planning, recruitment, performance management, career development, requirements analysis, system integration, verification and validation, risk and cost analysis, trade studies, requirements allocation, and interface definition. The role requires collaboration across multifunctional teams and a TS/SCI clearance with polygraph.

Software Engineering Intern developing, testing, debugging, and documenting software for Microsoft’s specialized government cloud services. The role involves collaborating with engineering, program management, and product teams; learning team technologies and engineering practices; incorporating feedback; and delivering secure, high-quality solutions for U.S. government customers. Candidates must be pursuing a computer science degree and hold an active U.S. Government Top Secret clearance.

Software Engineering Interns develop, test, debug, document, and improve software for Microsoft government cloud products and services. They collaborate with teammates, Technical Program Managers, Product Managers, and mentors to understand requirements, implement shipping-quality code, follow security and quality practices, and learn relevant technologies and engineering methods. The role supports secure, reliable solutions for U.S. government customers and requires an active Top Secret clearance and U.S. citizenship.

Leads Site Reliability Engineering teams responsible for reliability, availability, incident response, disaster recovery, automation, telemetry, security, and compliance for Microsoft Substrate services in regulated environments. Establishes SLOs and SLIs, drives operational excellence, participates in on-call rotations, leads post-incident improvements, develops senior engineers, and influences cross-organizational engineering strategy.

Supervise rotating equipment engineering and reliability programs for reciprocating, centrifugal, and pump assets. Lead initiatives improving asset operability, maintainability, and reliability; coordinate internal stakeholders, contractors, consultants, and project managers; support facility planning, commissioning, troubleshooting, compliance, optimization, and turnarounds. Manage team development, workforce planning, budgets, forecasting, scheduling, process improvements, and technical solutions involving equipment health, vibration, modeling, and data analysis.

Lead the multi-year agreement life-extension pipeline from concept to launch, reducing annual backlog costs through systems engineering, risk modeling, AI, and automation. Evaluate gas turbine risks using mechanical design, statistics, and failure-mode analysis; lead cross-functional engineering reviews; manage creep programs; support digital maintenance models; and present data-backed productivity cases. The role also requires lifecycle management expertise, technical documentation, mentoring, and collaboration across NPI, reliability, repair, and engineering teams.

Supports Value Engineering projects for GE Vernova steam turbines, including cost reduction, capacity expansion, standard design implementation, manufacturing improvement, and value optimization. Responsibilities include engineering analysis, project schedule and risk tracking, cost reporting, business case development, technical and financial data analysis, documentation, presentations, and cross-functional collaboration with Engineering, Manufacturing, Sourcing, Supply Chain, and Product Management teams.

Perform aerodynamic and CFD analyses, build meshes and solver-ready cases, define simulation settings, automate workflows with Python, and validate numerical and physical results. Responsibilities include calculating lift and drag, evaluating convergence and mesh quality, diagnosing unstable or invalid simulations, selecting modeling assumptions, and documenting technical methodologies. The role supports an AI training project and requires strong fluid mechanics, aerodynamics, computational analysis, and programming expertise.

Design and evaluate rigorous hardware engineering problems for AI training projects. Develop reference solutions using calculations, simulations, Python scripts, and experimental reasoning. Model and validate hardware systems against physical test data, create verification methodologies, investigate failures, and document reproducible technical solutions. The role requires substantial hardware engineering ownership, strong programming ability, quantitative reasoning, and mandatory hands-on experience with AI Coding Agents.

Design and build scalable, AI-native systems and intelligent services for Microsoft’s global sales ecosystem. Responsibilities include understanding business workflows and data flows, prototyping solutions, integrating systems and signals, improving reliability and performance, and delivering secure, compliant, responsible AI-powered production features. The role requires cross-team collaboration, experimentation, debugging, and continuous engineering improvement.