Top Engineering Jobs

Drive technical direction and architecture across teams for enterprise retail software. Improve platform reliability and performance, scope customer-facing features, mentor engineers, de-risk large work, and embed AI-native practices (LLMs/agents) into engineering workflows.

Supports quality requirements, statistical process analysis, product testing, process capability studies, inspection procedures, new product introduction, corrective actions, failure analysis, and continuous improvement. Collaborates with cross-functional teams to improve products and processes while maintaining ISO 9001 and other quality-system requirements.

Provides technical leadership for enterprise infrastructure spanning compute, virtualization, storage, networking, Linux, Windows, Kubernetes, data centers, and AWS. Designs scalable platforms, leads infrastructure-as-code and automation initiatives, supports migrations, resolves complex incidents, and improves reliability, performance, and operational efficiency. The role mentors engineers, influences infrastructure strategy, participates in disaster recovery and on-call rotations, and evaluates AI-assisted and agent-based operational tooling.

Designs, builds, and operates secure, scalable platform infrastructure for industrial automation applications. Responsibilities include infrastructure provisioning, CI/CD, GitOps, Kubernetes, cloud and on-prem systems, observability, security, incident readiness, documentation, and on-call support. The role partners with R&D and Operations to improve developer tooling and maintain software-defined automation platforms.

Build and operate shared cloud infrastructure and backend services using Java, Redis, Docker, Terraform, and AWS. Design scalable, resilient systems; evaluate and roll out common frameworks; conduct code reviews; write tests; monitor and troubleshoot services; optimize performance; and mentor junior engineers. Collaborate with architects, QA, product, security, and operations teams while supporting high-scale, multi-tenant deployments.

Own the Testimonials SaaS platform end to end, including architecture, code quality, Kubernetes infrastructure, production reliability, and SOC 2 compliance. Lead day-to-day delivery, collaborate with Product on roadmap decisions, establish engineering standards, mentor a small team, and integrate the platform with FMG systems. Partner with AI Architecture to introduce AI-assisted capabilities and maintain secure, compliant development practices.

Build and maintain secure blockchain applications across custody contracts, transaction signing, orchestration, and key management. Own features end to end, contribute to technical design, coordinate delivery, review code, investigate production issues, and collaborate with neighboring systems. The role requires strong blockchain and cryptography knowledge, automated testing, AI coding assistant experience, clear communication, and the ability to work remotely across U.S. or Canada.

Leads quality engineering activities, including design control, risk management, validation, audits, root cause analysis, and CAPA. Supervises quality team members, ensures regulatory and quality-system compliance, drives product reliability and continuous improvement, analyzes quality trends, reduces cost of poor quality, and mentors engineers. The role also supports team engagement, development, and retention.

Designs, develops, tests, deploys, and supports scalable enterprise software across web, native, and mobile platforms. Responsibilities include system architecture, cloud applications, APIs, integrations, data systems, security, performance optimization, technical documentation, Agile delivery, and production support. The role collaborates with distributed engineering and cross-functional teams, translates requirements into technical solutions, evaluates architectural tradeoffs, mentors engineers, and supports technologies including Salesforce, Azure DevOps, generative AI, and mobile frameworks.

Lead systems engineering for a U.S. Navy terminal defense program. Responsibilities include S&T roadmapping, fleet feedback and threat analysis, requirements and weapon specification development, combat-system integration, stakeholder alignment, and MBSE/digital engineering leadership. The role supports surface weapon systems such as RAM and CIWS and requires senior engagement with Navy program offices, warfare centers, OEMs, and national security stakeholders.