Daniel Hubert Email & Phone Number

Falls Church, VA, US

• Lead and manage the home room responsibilities of 12+ engineers of various skill levels and disciplines
• Complete employee performance feedback and reviews
• Foster team engagement, mentorship, career discussions, and coaching
• Manage training opportunities and budget allocations, as well as participation in tool, process, and metric initiatives

Falls Church, VA, US

• Lead Designer of Equipment Subsystems responsible with using NX/ Teamcenter for the design and release of more than 500 detail parts, assemblies, and installations for aircraft secondary structures and mission.
• Tier 1 focal for supplier subsystems integration; including: interface coordination via ICM’s, managing engineering impacts to supplier schedules, and coordination of design optimizations to reduce cost/span
• Prepare statements of work, estimate scope and impacts, capture funding sources, balance team workload according to manpower and skillset, and track/ manage projects to completion
• Developed methods to identify and manage hundreds of engineering changes and impacts across all subsystems teams to align priorities and ensure engineering release dates were met
• Selected to lead a team of 9 design, stress and manufacturing engineers responsible for the rapid development and release of Flight Test equipment installations to support critical program milestones
• Support and lead investigation and resolution of manufacturing or engineering related questions/ RCI’s

Falls Church, VA, US

- Responsible with the coordination of subsystem design changes with our Tier 1 suppliers. - Ensuring subsystem engineering updates are coordinated amongst design teams and then develop a strategy for implementation with the Tier 1 suppliers. - Managing the engineering subsystem releases and execution that impact Tier 1 manufacturing need dates..

Falls Church, VA, US

- CAM for a Subsystems Design IPT responsible for managing over $5M of labor budget and maintaining projections for budgeted / anticipated work using EVMS methods- Maintaining QBD’s (Quantifiable Backup Data) on discrete accounts for the support of EV metrics

Arlington, VA, US

• Design & Sustainment Engineering on a program’s transition from development into production
• Lead and supported the development and execution of engineering change packages, trade studies, and weight reduction efforts while representing the company as the prime technical contact to customers and/or government.
• Equipment manager for the platform's Liquid Cooling Systems (LCS), rack Air Handling Unit (AHU) and electric actuator systems – approved supplier RCPs, technical specs, drawing changes – scheduled, tracked and managed.
• Directed and presented RCCA studies on the LCS to develop resolution engineering change packages
• Reduced program costs and time by developing and streamlining the engineering change processes

• Design Lead over Equipment Subsystems installations for innovative equipment rack-mount solutions and airframe modifications for LRU installations, VHF, UHF and K-band antennas on transport/ cargo aircraft, Boeing.
• Worked through program lifecycles with BOE development, design layouts in NX, engineering design release of 2-D drawings in Teamcenter, and shop/ aircraft liaison during fabrication and modification
• Developed and presented detailed design layouts which integrated inputs from systems architecture, stress analysis, manufacturing, cost/schedule planners, and customer feedback
• Designed ground support equipment (GSE) for hardware storage and shipping which also served as the unique installation solution of an EO/IR sensor onto the deployable mechanism structure
• Ensured consistent communication between Design Engineering, Stress Analysts, Electrical Design, Systems Engineers, and the FAA’s DERs throughout design and implementation of airframe modifications
• Guaranteed installation of new rack and antenna designs by validating and verifying with rapid protypes, 3D aircraft scans, 1-to-1 scale mockups, and sheet metal prototypes

US

• Developed a strong understanding of manufacturing operations, tools and processes
• Implemented Lean and Six Sigma principles on production flow, fabrication time, waste and total cost
• Performed Quality Assurance by inspecting parts against their drawings and documentation

Bingen, Washington, US

• Sustainment Engineer on the Scan Eagle UAV tasked with the development, prototyping and implementation of fielded improvements utilizing SolidWorks for 2-D drawing releases
• Developed processes and performed tests to determine the mass moment of inertia for the Scan Eagle UAV which yielded test results within 0.1% of simulated calculations
• Designed and manufactured the shock and vibration test jig for a new PMU (propulsion module unit)

Bachelor Of Science (B.S.), Aerospace, Aeronautical And Astronautical Engineering

Bachelor Of Science (Bs), Mechanical Engineering