Matthew E. Email & Phone Number

Acton, Ma

Burlington, Ma

• Machine Center Lead for four machines on first Kold Pod Syrup Filling Lines running at 600 PPM.• Supporting Designer for Carbonator Pod Manufacturing Machines.• Equipment Technical Lead on cross-functional 8D team; root cause analysis of line-trial failure.• DOE Technical/Analytical Lead for network-wide lid welding optimization across all products.• Technical Lead for bench top Laser Cutter for rapid prototyping of new Keurig products.• Responsible for Data Acquisition and Analysis during Recyclable K-Cup Commissioning runs.• Co-Designed 300-psi Pod Burst Testers for validation of ultrasonic weld integrity.• Lead Engineer/Mechanical Designer of 440-ppm Laser Marking Station.

Salem, Nh

• Co-designer/lead tech on five fully automated medical product manufacturing machines.• Invented fully automated, pneumatic-powered hopper/feeder subassembly.• Co-designed three automated blow-mold perform manufacturing machines. Responsible for thedevelopment, assembly, tuning, and maintaining of the machines’ hardware and software.• Modernized medical balloon neck cutting capabilities via novel mechanism designs.• Directed a team’s investigation, testing, and selection of a Machine Vision System (vendor andhardware) for precision measurement/inspection application and integration.• Integration and support of automated pad printing machinery.• Invented an automatic medical balloon post-processing machine to for catheter bonding process.• Designed frame, motion assembly, controls enclosure, hot water tank, and safety lockout system ofthree medical heat-shrink testing stations.• Responsible for the remodeling of a plastic Shrink Tubing Manufacturing line.• AMADA sheet metal brake installation. Responsible for integration with CAD systems.

Lowell, Ma

•Tested the affects of nanoparticles on the thermal conductivity of paraffin wax for solar energy storage applications.•Designed and fabricated a system to analyze the efficiency of a microimpinger in collection of airborne microparticles to be used for IED detection.

Stoughton, Ma

•Primarily employed on the Grand Gulf uprate project. •Researched impact of retrofitting heater drain pumps into BWR/4 power plants.•Aided the development of technical specifications for uprate modifications including the turbine, cooling towers, and full flow filtration system.

Allston, Ma

•Employed on the Harvard Allston Science Complex project site.•Manually recorded, processed, and analyzed data from various instruments on the site including load cells, inclinometers, extensometers, piezometers, and, seismographs to ensure the safety of the deep excavation.•Installed and maintained data transmitting/logging equipment.•Use of DMMWin and Digipro software for data collection and analysis.