Douglas Macpherson Email & Phone Number

Windsor, Connecticut

Member of the Eversource Work and Asset Management (WAM) Team. WAM Project work includes the following: Design of Maximo Work Management System and ClickMobile System for Gas Business. Act as SME for various parts of Project including the following: Work Types, Sub Work Types, Prerequisites, Workflows, Job Plans, proper field documentation per PURA/DPU Requirements. For the Maximo System, create Compatible Unit (CU) Library for Gas Business which is utilized for estimating, material procurement, scheduling, accounting, and finance. The CU Library also includes Macro Units to simplify the design of gas mains, gas services, regulator stations and other gas construction work. Other WAM Roles include the following: Participate in Change Network by communicating and demonstrating Maximo and ClickMobile System to various Gas Departments, prepare training documents, oversee Contractor Time and Expense module, and standardize Gas Business between CT and MA including gas material consolidation.

Responsible for many different types of projects including the following: new business, gas main replacement, municipal, and bridge projects. Areas of work also include: engineering, design, cost estimating, writing STORMS work requests, creating work packages, preparing specifications, material procurement, regulator selection, writing and approval of procedures. Work requires extensive coordination with internal departments, customers, CT DOT, municipalities, and other key stakeholders.

East Windsor, Ct

Responsibilities include all aspects of design, engineering, and construction of gas mains, services, meter manifolds, and regulator stations. Responsible for many different types of projects including the following: new business, gas main replacement, municipal, and bridge projects. Areas of work also include: uprating of gas systems, cost estimating, writing STORMS work requests, creating work packages, preparing specifications, material procurement, regulator selection, writing and approval of procedures, budget adherence, scheduling of contractors, construction oversight, and approval of invoices. Work requires extensive coordination with internal departments, customers, CT DOT, municipalities, PURA, and other key stakeholders.

Greater Boston Area

Responsibilities included fuel system design, layout, calculations, and specifications for the $7 million-dollar Aircraft Fueling System for the new 26-gate Airport Terminal in Boston. Design work included extensive coordination between the client, existing Fuel System Operator, various engineering disciplines, local agencies, and inter-office personnel. Resident Engineer work consisted of the following: coordinate daily activities with the construction manager, contractors, subcontractors, fueling operator; participate in weekly contractor meetings, prepare required contract documentation and reports, coordinate written responses to contractor initiated correspondence, review and approve the contractor’s monthly pay requisitions, enforce all requirements and provisions of the construction contract, coordinate resolutions of design issues, review submittals and schedules, prepare drawing revisions on CAD, perform site inspections for various disciplines including civil/structural/electrical/mechanical, and track all correspondence including requests for information and project change orders.

Boston, Ma

Responsibilities included site resident engineering services for a $67 million-dollar Aircraft Fueling System Project in Boston. Office work included the following: review submittals, pay requisitions, and schedules, respond to contractor requests for information, prepare drawing revisions on CAD, prepare punch lists for various disciplines, and prepare as-built drawings for various disciplines utilizing contractor’s information and field notes. Developed information system for tracking of correspondence, submittals, requests for information, drawing revisions, etc. Site inspection work included the following: perform quality assurance role to assure contractor work performed in accordance to plans and specifications, coordinate with superintendents and foreman for general contractor and subcontractors, prepare daily construction and inspection reports for testing of piping, storage tanks, liner system, etc. Also performed civil/structural inspections for the following: rebar, backfill and compaction of soils, and placement of concrete. In August, 1999 to completion of project, served as Resident Engineer. Additional responsibilities included the following: conduct weekly contractor meetings, prepare required contract documentation and reports, coordinate written responses to contractor initiated correspondence, review and enforce all requirements and provisions of the construction contract, coordinate contract administrative issues and procedures with client, prepare final punch lists, coordinate contract close-out proceedings, manage the daily operation of the field office.

Tampa/St. Petersburg, Florida Area

Responsibilities included design, layout, calculations, and specifications for Aircraft Fueling Systems. Design work included the following: layout of aboveground and underground storage tanks, filtration systems, truck loading and off-loading systems, pumping, underground and aboveground piping, valve pits, product recovery and leak detection systems. Design work also included extensive coordination between sub-consultants, various engineering disciplines, and inter-office personnel. Functioned as CAD Manager for $67 million dollar Aircraft Fueling System Project that included coordination of over 350 engineering drawings. Performed computerized hydraulic analysis for various Aircraft Fueling Facilities that included modeling system pumps, valves, and flow characteristics to optimize design of each system. Prepared fuel studies that included projecting future fuel uplift and peak demand for various airports. Fuel studies included extensive research and coordination of existing information and future trends. Other areas of work included HVAC and Fire Protection System design, CAD design, feasibility studies, containment calculations, computerized tank rotation scheduling, code research, preparing specifications, cost estimating, scheduling, design and layout of various process piping system, and pump selection.

Certificate, Project Management

Bachelor'S Degree, Mechanical Engineering/Mechanical Technology/Technician, 3.21

Activities and Societies: Alpha Nu Omega Honor Society

Advanced Management Certificate, 2017