Top Engineering Jobs

Develop and maintain software solutions for tax technology and client service delivery. Responsibilities include designing, coding, testing, troubleshooting, and reviewing application features using Python, C# .NET, and React Native. The role translates technical requirements into deliverables, improves functionality based on feedback and data, collaborates across teams, manages workstreams, and mentors junior engineers.

Leads tax technology initiatives by directing software architecture, application design, coding, testing, integration, and client-facing solution delivery. Sets strategic direction, develops roadmaps, drives business growth, evaluates AI and emerging technologies, guides cross-functional teams, coaches leaders, and ensures professional and independence standards. Translates tax requirements into scalable engineering strategies while improving service delivery and business performance.

Leads software engineering for tax technology solutions, overseeing architecture, coding, testing, deployment, project delivery, and AI-enabled innovation. Advises stakeholders, translates tax needs into scalable applications and microservices, evaluates technical tradeoffs, manages risks, and coaches engineering teams. Requires client collaboration, clear communication, systems thinking, and the ability to guide teams through complex and ambiguous situations.

Leads tax technology software engineering workstreams from planning through deployment. Manages client-facing engagements, translates tax requirements into scalable technical solutions, reviews architecture and code, oversees CI/CD, and coaches engineers. The role also manages scope, budgets, timelines, performance, troubleshooting, and delivery quality while identifying automation and process improvement opportunities through AI fluency and analytical thinking.

Develop software solutions supporting tax service delivery and digital transformation. Responsibilities include coding, testing, debugging, application design, deployment, data analysis, defect resolution, requirements translation, code reviews, documentation, and collaboration with tax technology teams.

Leads multiple software engineering teams, providing technical direction, coaching, resource oversight, and budget input. Establishes enterprise practices for AI-assisted engineering, SDLC automation, security, quality, resiliency, and reuse. Drives cross-team collaboration, issue mitigation, talent development, cloud-native delivery, and adoption of technologies including Java, Node.js, PostgreSQL, Kubernetes, CI/CD, AWS, and potentially Temporal.

Leads the AV Data Processing and Services team, combining hands-on software engineering with people management. Owns architecture and roadmap for petabyte-scale distributed data pipelines, storage, batch inference, streaming, simulation, cloud infrastructure, observability, reliability, and cost optimization. Recruits and mentors engineers, establishes SLAs, manages incidents, and translates cross-functional requirements into dependable technical deliverables.

Leads an advanced manufacturing engineering team responsible for designing, optimizing, and maintaining production processes, equipment, and quality standards. Manages engineers and technicians, implements advanced manufacturing technologies, resolves operational bottlenecks, and drives continuous improvement. Partners with operations, supply chain, and leadership to achieve safety, quality, delivery, cost, efficiency, and productivity goals.

Systems Engineering Intern supporting solid rocket motor design, development, manufacturing, and testing. Responsibilities include developing requirements, planning verification and validation, maintaining traceability, conducting reliability and failure-mode analyses, mitigating risks, modeling subsystem data flows, and improving engineering processes and tools. The role collaborates across disciplines and requires initiative, communication skills, and familiarity with systems engineering principles. Experience with solid rocket motors, MBSE, DOORS, or Jama is preferred.

Provides technical leadership for advanced aerospace manufacturing and welding processes. Leads cross-functional optimization initiatives, develops welding processes, evaluates emerging technologies, analyzes manufacturing metrics, drives continuous improvement, and mentors team members. The role requires extensive aerospace welding experience, knowledge of welding standards and GD&T, and expertise in advanced manufacturing, lean principles, and process optimization.

Supports engineering and fabrication projects by checking wiring diagrams and technical documents, preparing labels and nameplates, printing and organizing drawings, updating basic AutoCAD plans, operating laser engraving equipment, and performing document control and record-keeping tasks.

Develops, documents, tests, and supports enterprise application and infrastructure orchestration across cloud and on-premises environments. Partners with development, infrastructure, operations, architecture, and business teams to coordinate releases, define technical controls, manage integrations, enforce CI/CD and compliance standards, and support production deployments. The role also leads implementation planning, incident response, documentation, on-call support, and after-hours maintenance.

Leads and manages a Design Verification engineering team supporting ASIC and FPGA development. Oversees verification planning, implementation, testing, coverage closure, process adherence, staffing, performance management, technical reviews, proposals, scope, budgets, and program execution. Mentors engineers, advances verification tools and methods, communicates performance to leadership, and supports complex electronic warfare and defense programs.

Leads and manages a Design Verification engineering team supporting ASIC and FPGA development. Oversees verification planning, implementation, testing, coverage closure, process adherence, staffing, performance management, technical reviews, proposals, scope, budgets, and program execution. Mentors engineers, advances verification tools and methods, monitors program metrics, supports complex electronic systems development, and communicates performance and technical information to senior leadership and customers.

Supports industrial engineering projects for a defense manufacturing operation by analyzing and optimizing processes, reducing costs, tracking performance, and delivering data-driven improvements. Collaborates with experienced engineers and cross-functional teams in an onsite production environment. Participates in BAE Systems’ LEAP Internship Program, gaining practical experience, professional development, and exposure to continuous improvement and lean principles.

Supports industrial engineering initiatives for a defense manufacturing group by analyzing and optimizing production processes, reducing operational costs, tracking performance, and delivering data-driven improvements. Collaborates with experienced engineers and cross-functional teams in a high-stakes onsite production environment. The intern applies classroom knowledge to real-world projects, uses continuous-improvement and lean principles, analyzes process flows, and contributes to efficiency improvements for national security technology.

Manufacturing Engineering Intern supporting BAE Systems’ Countermeasure & Electromagnetic Attack Solutions group. The role involves analyzing and optimizing production processes, reducing costs, interpreting process data, supporting continuous improvement using lean principles, and collaborating with industrial engineers and cross-functional teams. The intern will apply engineering theory to improve manufacturing efficiency for defense technology in a full-time onsite environment.

Leads a US-based software engineering team building reusable data foundations and AI platform capabilities. Partners with product management on priorities and outcomes, manages and develops engineers, owns architecture and technical direction, contributes hands-on to critical designs and code, and oversees execution, reliability, testing, releases, cost, and production services. Requires strong data modeling, governance, cloud platform experience, product judgment, and cross-functional influence.

The Manager, Network Engineering oversees network infrastructure, implements strategies for performance and security, and manages vendor relationships. Responsibilities include team management and stakeholder engagement.

Leads and develops high-performing Site Reliability Engineering teams responsible for cloud platform reliability, scalability, and resilience. Partners with executives and cross-functional engineering, security, and operations teams to define technical strategy, drive SRE best practices, establish reliability metrics and SLOs, guide architecture, and champion automation and infrastructure-as-code initiatives. Requires extensive software engineering and leadership experience, distributed systems expertise, cloud proficiency, and strong executive communication.

Leads software engineering teams delivering large-scale mobile products and supporting infrastructure in an Agile environment. Responsibilities include team management, hiring, coaching, development-process improvement, security and compliance, technical vendor oversight, and timely product delivery. The role requires experience with mobile authentication, contextual onboarding, home-screen experiences, AEM, MoEngage, analytics and business intelligence development, and applications serving millions of daily users.

Supports gas turbine engine performance and operability modeling, test planning, data reduction, test cell correlation, production support, diagnostics, and fielded engine systems. Provides MBSE support, maintains PETS Online, tracks production margins, and contributes to process improvements. Requires foundational thermodynamics and turbomachine performance knowledge, technical reporting, collaboration, and 10% domestic and international travel.

Leads software engineering teams and technical initiatives across JPMorganChase’s Global Customer Platform. Establishes direction, governance, and controls for agentic AI-enabled engineering and SDLC automation, including testing, release readiness, incident triage, security, resiliency, and traceability. Oversees technology implementations, budgets, resources, talent development, cross-functional delivery, and reusable technical solutions while influencing senior business, product, and technology stakeholders.

Lead infrastructure engineering across cloud, on‑prem, and SaaS environments; set strategy, governance, and AI-assisted workflow standards; manage large cross‑functional teams, budgets, and SLAs; drive risk, security, compliance, automation, and scalable infrastructure solutions using Agile practices.

Leads multiple software engineering domains and high-performing teams within Consumer & Community Banking Operations Technology. Drives scalable platform development, cloud-native engineering, SDLC and TLM automation, agentic AI adoption, release governance, testing modernization, resilience, security, and incident response. The role manages complex cross-functional programs, influences executives and stakeholders, develops talent, and establishes enterprise standards for responsible AI-enabled engineering delivery.