● Simultaneously execute all project stages for 10 to 35 fire protection construction projects throughout MA for both core shell as well as tenant fit out contracts within hospitals and mixed use commercial and residential properties with a majority occurring at MPA’s Logan Airport. Projects range from $8,000 to $3M+ in contract value, from 2 months to 2+ years in contract length, and from 2 to 15 in field crew size.● Create and maintain budgets, SoVs, schedules, change order review, pricing, and negotiations, purchase orders, monthly job cost and cash flow projections, weekly manpower projections, submittals, field documentation, safety documentation, subcontractor selection and engagement, as well as testing, commissioning, and closeout documentation for all projects. Utilize AutoCAD, NavisWorks, BIM 360, BlueBeam, ProCore, CMiC, Egnyte, Microsoft Teams, Asana, and other Microsoft Suite software packages to efficiently accomplish short and long-term tasks.● Collaborate closely with in house administrators, designers, assistant project managers, project managers, and field personnel as well as with general contractor coordinators, assistant project managers, project managers, and superintendents to remain on schedule and below budget on 98% of projects.

● Responsible for successfully developing and leading growth and continuous improvement projects across the United States including site selection, site layout, equipment procurement and installation, as well as site start-up for clean technology processing of organic food waste.● Managed the on-site and off-site execution of minor, $20,000 budget, and major, $1M+ budget, capital projects by leading cross-functional teams including internal and external resources resulting in being on time and below budget for 95% of projects.● Participated in and led engineering design sessions to identify special projects required to improve plant processing stability and decrease plant interaction and inefficiencies.● Initiated the use of 3D software to model all existing, potential, and future company project and plant sites in order to improve team efficiency and reduce costly miscommunication and engineering errors by project resources as well as reduce overall travel and travel expenses by 45%.

● Produced robust product assemblies, set-up procedures, work instructions, as well as supplemental assembly drawings for environmental monitoring automation equipment while simultaneously soliciting input from manufacturing, quality, and field service groups.● Operated as engineering group product database and product lifecycle manager for submitting, reviewing, and approving engineering designs, drawings, and change orders with SolidWorks EPDM and Agile PLM software. Improved process efficiency by over 15% by consolidating tasks and organizing the engineering group’s practices.

● Cultivated new business direction by creating new means of product development and implementation for engineering and sales teams with expectations of a 70% increase in production.● Executed KBmax programming and SolidWorks design for on-the-fly reconfiguration of stock designs which produced initial customized customer designs in hours instead of weeks.

● Led manufacturing team of more than 10 members in a production facility that streamlined processes and increased production by 25% that enhanced support of company operations.● Generated and executed thousands of conceptual 3D CAD models, bills of material, and engineering change orders while supporting and interfacing with dozens of technicians, customers, and suppliers.● Created engineering designs for a variety of capital equipment customers spanning $50 million in design, equipment, and product cost, resulting in over 5,000 units produced.

● Supervised five personnel during yearlong builds ensuring an 80% reduction in delays.● Headed the field service effort providing technical support for 15 domestic and international locations, reducing equipment shut down time and cost by 30%.● Piloted the design and manufacturing of specialty equipment resulting in savings of $25,000 per product line.

● Designed 600 doctor blade structural beams in SolidWorks for all applications on paper machines.● Produced a digital beam catalog for engineers and sales personnel to utilize during initial design that increaseddesign efficiency by 80%.● Developed components to surpass safety specifications (by at least 20%) by evaluating their natural frequencies.