Top Engineering Jobs

Develops and improves aerospace manufacturing processes, material flow, production sequencing, work instructions, and process documentation. Supports production and quality problem resolution, engineering changes, root cause analysis, corrective actions, and optimization projects. Coordinates with internal teams, vendors, and customers to improve quality, reduce costs, and shorten cycle times. Requires mechanical engineering expertise, blueprint interpretation, CAD proficiency, and knowledge of machining processes.

Owns end-to-end product development across consumer and B2B experiences, including user-facing interfaces, microservices, APIs, instrumentation, and observability. Collaborates with design, product, go-to-market, and research teams to turn prototypes into polished products using machine learning technology. Responsibilities include code review, feature delivery, and maintaining high engineering quality.

Build and maintain scalable billing and monetization systems for subscription, pricing, and payment workflows. Develop large-scale applications using Java, AWS, Lambda, event-driven architecture, REST APIs, and GraphQL. Work with multiple databases, implement automated testing, protect data integrity, and collaborate with internal teams to deliver customer-facing pricing and upgrade experiences.

Design, integrate, program, commission, troubleshoot, and optimize automated manufacturing systems. Support PLCs, HMIs, robotics, motion control, vision, safety systems, and industrial networks. Lead automation projects from concept through production release, perform root-cause analysis, improve uptime and reliability, and collaborate with production, maintenance, quality, engineering, and suppliers in a high-volume manufacturing environment.

Lead software architecture across Keeper’s security platforms, including PAM, browser extensions, clients, APIs, and distributed systems. Define scalable technical standards, evaluate architectural trade-offs, guide major design decisions, and ensure security, reliability, performance, and maintainability. Build prototypes, review code, partner with Engineering, Product, and Security leadership, address technical debt, mentor senior engineers, and influence architecture across multiple teams. The role requires strong full-stack, cloud-native, SaaS, identity, authentication, authorization, and secure application architecture expertise.

Develop and enhance Ferguson’s custom Trilogie ERP system across multiple functional areas. Responsibilities include designing business-process solutions, owning software projects through implementation, integrating APIs and web services, collaborating with analysts, product owners, QA teams, administrators, and vendors, writing unit tests, reviewing code, and optimizing performance in high-transaction environments. The role also supports Trilogie’s migration from Unix to Linux and requires extensive UniBasic or Pick-based development experience.

Leads catalysis research and development programs supporting sustainable aviation fuel technology. Oversees catalyst discovery, scale-up, manufacturing improvements, pilot plant development, project portfolios, and technical partnerships. Establishes milestones aligned with business objectives, ensures scientific rigor and documentation, supports customer technical needs, and builds a high-performing research team. Requires catalyst R&D and project leadership experience, with production scale-up and catalyst manufacturing knowledge preferred.

Develop, test, deploy, maintain, and support software applications, APIs, web services, and microservices using C#, .NET, Azure, and SQL. Analyze requirements, design scalable solutions, troubleshoot production issues, optimize performance, participate in code reviews, document technical processes, and collaborate with business, QA, IT operations, and service desk teams. The role also promotes Agile practices, Test-Driven Development, continuous improvement, and adoption of emerging technologies.

Designs and modifies mechanical firefighting products, including hydraulic, electro-hydraulic, and mechanical components. Creates CAD models, engineering drawings, bills of materials, assembly instructions, and technical documentation. Collaborates with quality, assembly, and service teams to resolve manufacturing and performance issues. Evaluates design feasibility, reliability, and manufacturability; recommends product improvements; trains personnel; and may travel to vendor or customer locations for product evaluations and troubleshooting.

Designs, analyzes, builds, integrates, and tests mechanical components and assemblies for aerospace and defense systems. Responsibilities include CAD modeling, engineering drawings, bills of materials, tolerance analysis, materials and manufacturing-process selection, prototype support, supplier coordination, testing, failure investigation, documentation, and configuration control. The engineer owns assigned hardware from concept through tested production-ready designs and collaborates with manufacturing, quality, electrical, propulsion, controls, and program teams.