Top Engineering Jobs

Leads the architecture, engineering delivery, modernization, and operations of a multichannel inbound communications platform. Oversees document capture, imaging, OCR, workflow automation, AI-enabled classification and extraction, integrations, security, scalability, and reliability. Establishes technology strategy, standards, APIs, roadmaps, and engineering practices while leading architecture, software, platform, quality, and AI/data teams. Partners with product, operations, sales, security, implementation, and client stakeholders to deliver scalable solutions and reduce technical debt.

Designs, operates, and administers controller-based wireless networks and university infrastructure. Configures and maintains access points, switches, routers, and related equipment; manages VLAN, QoS, LAN/WAN, and Layer 3 networking. Troubleshoots issues, supports users, maintains network availability, documents technical information, and coordinates multiple infrastructure projects while providing hands-on technical oversight.

Build and operate scalable data infrastructure for personalized recommendations and music discovery. Responsibilities include streaming and batch pipelines, feature computation and serving, event logging, workflow orchestration, observability, data quality, and infrastructure as code across AWS and Snowflake. The role owns architecture and reliability, partners with ML, data, and product teams, leads technical design, and mentors engineers.

Develops and improves manufacturing and assembly processes, administers the Dozuki digital work-instruction platform, and creates controlled visual documentation. Integrates inspection, testing, traceability, data capture, reporting, and workflow automation. Collaborates with manufacturing, production, quality, design, electrical engineering, and business intelligence teams to improve efficiency, consistency, quality, and ease of assembly. Regularly observes shop-floor operations, validates process changes, supports training, and contributes to new product introductions and manufacturing technology implementation.

Develops, fabricates, assembles, tests, maintains, and improves superconducting accelerator cavities and related subsystems for ATLAS and other projects. The role combines hands-on laboratory work, mechanical design, vacuum, electronics, electrical, and radio-frequency systems, analytical modeling, facility operations, troubleshooting, and collaboration with accelerator staff to deliver reliable scientific infrastructure.

Design, prototype, validate, and manufacture electrical systems for an autonomous rebar-tying robot. Responsibilities include multilayer PCBAs, power distribution, wiring harnesses, EMI/EMC compliance, embedded hardware, system integration, environmental testing, documentation, design reviews, debugging, and manufacturing support. The role requires hands-on ownership from requirements through production while collaborating with mechanical, software, and manufacturing teams.

Develops, qualifies, and improves manufacturing and coating processes for aerospace, automotive, or industrial gas turbine components. Leads Lean and Six Sigma initiatives, root-cause corrective actions, SPC implementation, NPI qualification, process documentation, cost reduction, and quality improvement. Serves as a technical liaison among customers, manufacturing, engineering, quality, and supply chain. Supports production on flexible off-shift schedules and may travel occasionally domestically and internationally.

Provides enterprise technology architecture and strategic leadership for scientific computing infrastructure, including high-performance storage, advanced networking, large-scale data processing, and geographically distributed research environments. Develops architectural standards, roadmaps, designs, technology evaluations, and modernization strategies supporting petabyte- and exabyte-scale scientific datasets. Guides engineering and operations teams while translating scientific requirements into scalable, resilient, secure, and cost-effective infrastructure solutions.

Plan and execute developmental and operational testing for MILSATCOM systems, provide integration and troubleshooting support, identify hardware and software defects, assess system modifications, and produce technical documentation. The role supports military customers, requires active Secret clearance, and involves up to 20% CONUS and OCONUS travel. It is fully onsite at Peterson SFB.

Leads the Engineering team responsible for presales and post-sales broadcast and audiovisual system designs, labor estimates, bills of materials, CAD packages, and final deliverables. Manages engineering handoffs, quality standards, staffing, budgets, project priorities, employee lifecycle activities, customer technical discussions, and continuous improvement. Ensures designs are accurate, timely, coordinated, and ready for Procurement, Installation, Programming, Commissioning, and Support teams.