Assistant project manager for Northeastern University department of design and construction

Manage testing process for an award-winning $2.4B government construction program by consistently documenting non-conformances of test systems or equipment, assuring implementation of corrective and preventative actions, and understanding technical issues on a deeper level to help provide solutions in a timely manner.Review and approve testing quality assurance procedures for various systems, including radio antenna cables, CCTV, fire detection and prevention, HVAC, facility power and vertical circulation, by assuring adherence to the design requirements set forth by government agencies and design engineers.Lead comprehensive audits of consultants, contractors and suppliers to assure specification and documentation compliance.

Documented contract change orders for all radio communication, fire detection and suppression, HVAC, internet connectivity, facility power and lighting systems by understanding current and proposed product design changes and coordinating with contractors, designers and management to help resolve any problems.Coordinate all MEP, hydraulic, fire protection and conveying system testing activities, perform quality control/analysis on construction documentation, and assist in various other engineering duties Manage system safety and security conformance by demonstrating required testing and inspections are performed and associated documentation is submitted to necessary stakeholders/regulatorsDeveloped weekly presentations for management, stakeholders and investors highlighting project achievements, issues solved and schedule tracking.

Supported senior engineers in designing and implementing custom fixtures and components a unique brushless electronic motor design through CAD adjustments, hands-on protype development, and modifying or troubleshooting data acquisition during laboratory testing. Executed thermal and lifecycle tests on electric motors using LabVIEW software to measure heat transfer and battery voltage over time, demonstrating design modifications performed to specifications, with estimated cost savings of $138,000. Designed and produced variety of components for prototype builds and milestones using CATIA CAD software and manufacturing techniques such as milling, 3D printing, and injection molding

Performed competitive analysis for new product line to determine marketability for new unit, offered solutions to better value and fill the needs of the userPitched cost reduction initiative to new product development team that would decrease total production cost of toolGenerated component lists for competitor products by organizing teardowns, documenting differences of in-house products and presenting to new product development teams for further action.