Evan Albert Email & Phone Number

East Hartford, Ct, Us

Rocky Hill, Connecticut, Us

− Led a team of engineers, which involved coordinating with integrated product teams, collaborating with suppliers & customers, and hosting weekly meetings with cross-disciplined engineers to ensure all aspects of the design intent were met− Created and maintained physical interface control documents, which define the spatial location of interfacing components, installation specifications, dimensional tolerancing and keep out zones for pertinent interface locations− Performed tolerance studies and dimensional analyses to ensure the successful installation and operational functionality of interfacing components− Supported the design/redesign of components to mitigate hardware clashes and clearance concerns− Managed bills of materials for all development and production engine configurations

St. Petersburg, Us

Funded through the Senior Experience in Engineering Design (SEED) program at the University of Vermont, I led a team of mechanical engineering students who designed and analyzed a proof-of-concept gunfire simulator used to fatigue test various components of the GAU-19 50 Caliber machine gun without the use of live ammunition.− Designed and analyzed complex mechanical systems and sub-assemblies using a variety of software packages including SolidWorks, ADAMS, MatLab and Abaqus − Worked closely with professional engineers and mentors who introduced me to industry skill sets such as best engineering practices, appropriate management behaviors, and protocols− Held weekly meetings with the engineers and technicians at UVM’s Instrumentation & Model Facility to ensure our designs could be manufactured as an accurate integrated model − Gained experience with security measures for sensitive corporate data

East Longmeadow, Ma, Us

− Managed numerous projects during manufacturing plant relocation, which involved designing floor plans, specing/ordering equipment, and hiring subcontractors− Created plant layouts that included extrusion operations, assembly, warehousing utilities, maintenance, and shipping/receiving− Designed standard operating procedures through R&D to mitigate flaws during the extrusion of troublesome products− Audited bills of materials for new and existing products keeping inventory up-to-date Major Projects:− Design and implementation of water chilling system for 10 extrusion lines− Automation of filament spooling machines using Programmable Logic Controller coupled with AC and DC motors− Utilized SolidWorks to design innovative filament spools in conjunction with Makerbot Industries to reduce material usage and increase the efficiency of our assembly process− Created plant layouts for manufacturing plant relocation to optimize procedures and processes − Created and documented standard operating procedures through R&D for our 2.88 mm ABS 3D printing filament and new manufacturing equipment − Design and implementation of compressed air lines throughout the factory− All projects involved interacting with customers, cross-disciplined engineers, and key stakeholders to ensure the desired specifications and safety regulations were met