Top Engineering Jobs

Designs, develops, and architects enterprise Microsoft Power Platform solutions for Navy programs in the Flank Speed M365 environment. Responsibilities include Power Apps, Power Automate, and Power BI development; Dataverse, SharePoint, SQL, and Azure data architecture; system integrations; ALM and governance; documentation; troubleshooting; and cybersecurity compliance. The role collaborates with technical and program teams and requires participation in on-site meetings at Webster Field, Maryland.

Creates working layouts, master drawings, detailed 3D mechanical integrity inspection drawings, and isometric equipment drawings using AutoCAD. Reviews specifications and engineering data, identifies critical design factors, revises drawings to correct deficiencies or improve efficiency, and supports operations and office management. Requires a high school diploma, AutoCAD vocational training or equivalent, AutoCAD knowledge, Microsoft Office proficiency, and compliance with drug and alcohol policies.

Leads hands-on engineering and administration of secure IT, OT, network, server, virtualization, and industrial infrastructure across enterprise, data center, and remote microgrid environments. Configures Fortinet firewalls, routing, VPNs, VMware, Windows Server, Active Directory, monitoring, SCADA connectivity, backups, and disaster recovery. Resolves complex incidents, supports multi-site deployments, documents standards, and coordinates with field and security teams. Travel up to 20% is required.

Oversee the reliability and operational performance of deployed autonomous robotic systems. Responsibilities include investigating field issues, conducting root cause analysis, developing fleet monitoring and automation tools, managing hardware and software configurations, defining KPIs, supporting new site deployments, and collaborating across engineering and operations teams to improve system robustness and customer outcomes.

Develop and correlate aerodynamic concepts for racing vehicles using CFD, CAD, wind tunnel testing, telemetry, and track data. The role manages the full aerodynamic design cycle, from simulation and testing through manufactured-part validation and race performance analysis. Responsibilities include aero mapping, automation, configuration management, instrumentation support, competitor and regulatory analysis, and collaboration with race engineering, vehicle dynamics, design, manufacturing, suppliers, and series partners. Occasional travel to tests and races is required.

Lead the technical design, development, governance, and delivery of SAP EWM warehouse automation solutions. Own ASRS integration with automation vendors, including interface design, message mapping, error handling, inventory, replenishment, and pallet movement processes. Coordinate SAP teams, implementation partners, vendors, and PMO stakeholders while managing the development backlog, quality standards, testing, deployment, cutover, go-live, and hypercare for a large-scale SAP S/4HANA transformation.

Plans, designs, and constructs small- to medium-sized electronic specialty gas projects. Prepares proposals, design bases, budgets, schedules, risk plans, process models, P&IDs, equipment specifications, and test plans. Coordinates third-party engineering firms, leads design reviews and risk assessments, supervises construction contractors, manages scope changes, tracks project performance, and transitions completed projects to facility operations.

The Controls Engineer designs electrical control systems, supports existing machinery, develops PLC programs, and collaborates with teams to improve processing and reduce costs.

Develops, maintains, and administers software and technology systems. Translates business requirements into applications, writes object-oriented programs and SQL, builds stored procedures and data warehouse scripts, designs solutions, tests and debugs systems, coordinates deployments, trains users, and provides application support. The role also monitors infrastructure and manages small to medium systems-related projects.

Develop and maintain C/C++ firmware for robotic subsystems, including sensing, motor control, battery management, and real-time control loops. Implement communication interfaces, integrate sensors, support RTOS performance, debug embedded systems, and assist with board bring-up and hardware/software integration. Collaborate with firmware, electrical, mechanical, and systems engineers while building independent ownership under senior mentorship.