Adam Marshall Email & Phone Number

Arlington, VA, US

New York, NY, US

• Design and optimize production system for environmentally sustainable mass-timber building components; perform detailed cost and performance analysis of operations and incorporate design for manufacturing trades early.
• Lead the design, engineering, and delivery of custom robotics and automation equipment for all factory processes; machines developed with a global network of aerospace, automotive, and timber equipment integrators
• Develop digital technology strategy for product design and manufacturing; map information and data flows from design to production, including automation of bill of materials and machine programming; responsible for all.

Arlington, VA, US

• Led 400+ person manufacturing and industrial engineering team supporting fabrication and assembly of metal aircraft components at seven factories (domestic and global) producing thousands of parts per week
• Established metal-fabrication focused engineering organization tasked with driving functional excellence across a complex multi-site operation through standard work, design for manufacturing, advanced product quality.

Arlington, VA, US

• Led geographically disparate team of technologists creating software for manufacturing and engineering end users across the enterprise
• Developed and executed strategic roadmap for information technology solutions for robotics and machine connectivity, factory automation and operational technology (OT), industrial internet of things (IIOT), and.

Arlington, VA, US

• Led the design, configuration, and analysis of a proposed new airplane production system; developed and drove factory and supply chain definition maturation
• Developed and executed program strategy for engineering process automation including design and manufacturing software tools and NC programming

Arlington, VA, US

• Led product management team for manufacturing software applications used at all Commercial Airplanes production sites; portfolio included two integrated manufacturing execution systems (MES) and dozens of ancillary.
• Collaborated with Information Technology to deliver system enhancements to the factory and supply chain; ensured strategic alignment and business value of all changes
• Championed efforts to pilot mobile technologies to manufacturing end-users; solutions tested to assure safety and positively impact productivity

Boston, MA, US

• Performed rigorous analysis of non-oncology drug infusion processes at ten disparate outpatient specialty clinics; benchmarked MGH infusion system against other hospitals
• Modeled potential centralized systems and developed scheduling algorithms to improve patient access to treatment and avoid unnecessary hospital admission
• Delivered scheduling algorithm and recommended clinic configuration reducing resource requirements by more than 50% while improving patient access; MGH created a new multi-specialty infusion center based upon findings

Arlington, VA, US

• Recruited, hired, and led cross-functional team of engineering software application developers and manufacturing engineers
• Created and managed a multi-million dollar technology development portfolio that targeted invention of new computational geometry software tools and algorithms to automate composites manufacturing processes
• Led team of statisticians and engineers in the collection and analysis of complex data set; drove production process changes to decrease chronic issues in composites factory

Arlington, VA, US

• Reported all technical and business aspects of large-scale composites product development project to senior executive leadership; tracked and communicated weight, cost, and schedule metrics
• Invented new software system for engineering geometry and data generation; application provided 75% reduction in NC programming labor; tool was fully accredited for production use and received 2013 Boeing Special.
• Built comprehensive Monte Carlo simulation and estimating model used by program leadership and finance to create all production cost data on major development project

Fort Worth, Texas, US

• Created composites bonding process and tooling revisions that simplified production methods and improved product quality
• Investigated and proposed digital tooling for rotor blade balancing equipment, resulting in recurring and non-recurring cost savings in factory and service depots

Arlington, VA, US

• Created, analyzed, and realized determinant assembly tolerance scheme for wing component attachment, eliminating the need for manual processes on installation
• Proposed and implemented assembly configuration changes for trailing edge wing structures, removing a factory work-cell and improving installation cycle time
• Coordinated the creation of comprehensive build process documentation for multiple complex composite fuselage components

US

• Investigated manufacturing and engineering issues impacting production
• Performed root cause and corrective action (RCCA) to identify and eliminate defects from both internal and supplier factories

Master Of Business Administration (Mba), Operations Management

Master Of Science In Mechanical Engineering, Manufacturing Focus

Bachelor Science, Mechanical Engineering