Skilled & Experienced Engineering Leader
Engineering § Project Management § New Product Development § Budgeting § Design § Six Sigma Specialist § Analysis § Testing
QUALIFICATIONS PROFILE
Results-driven engineering manager with strong organizational, communication, time management, and leadership skills with teams of up to 40 engineers, departments budgets of $2 Million and projects up to $20M
Formal training and experience in project management and project cost accounting (Raytheon), failure analysis methods (Lockheed Martin), operations and business (Carnegie Mellon MBA)
Expertise in Computational Fluid Dynamics analysis (CFD), statistical analysis (product / system success data and reliability statistics), thermal analysis, and mechanical testing
Outstanding knowledge of MIL specs (810, 461, 882, 454), ABS, UL, FM, NSF, and CSA standards and procedures
Proficiency in various tools of FEA Analysis (COSMOS, Pro-E Mechanica), CFD analysis (CF Design 2011, Flow3D), drafting/CAD (Solid Works, Pro-E), fluid modeling (Pipe-Flo, Impulse) and statistical analysis (MathCAD, Excel)
PROFESSIONAL EXPERIENCE
Extrude Hone Corp. § Irwin, PA
Engineering and Feasibility Manager
July 2015-April2016
Developed systems to provide advanced machining processes, using fluid grinding. Created chemical treatment systems; pumps, flow measurement and controls for municipal, industrial, and commercial use. Supervised and evaluated 1 Engineering Manager with a staff of 10, 3 Applications Engineers, and 1 staff engineer. Developed resource requirements, schedule, and budget for $1+ Million per year.
Reorganized staff and rebuilt Engineering Group in 4 months with 2 new employees and project focus
Created new design review milestones (peer reviews and cross-discipline reviews) to improve system design quality (ongoing)
Worked with sales and service to provide response to customers for ongoing system technical issues
Prominent Fluid Controls § Pittsburgh, PA
Engineering Manager
2012-2014
Created chemical treatment systems; pumps, flow measurement and controls for municipal, industrial, and commercial use. Supervised and evaluated 4 Project Managers, 2 Applications Engineers and 1 drafter. Served as a Project Manager and developed resource requirements, schedule, and budget for multiple chemical feed system design projects worth over $1 Million per year. Developed processes map for all of Engineering and instituted process changes to reduce project cycle time.
Reduced on-time system delivery performance from below 50% to over 90% in less than 1 year
Developed group metrics to show improved project response times, quotation delivery and design cycle time
Worked with sales management on 4 troubled distributor channels to improve relations, communication and system quality
Kortec § Ipswich, MA
Engineering Manager
1/2011-4/2012
Supervised 4 engineers and 1 designer in the development of plastic injection molding systems. Implemented design control (PTC Windchill) processes that resulted in reduction of manufacturing errors. Developed new processes for systems design and analysis. Established project schedules to encourage timely delivery of 4 multi-million dollar injection molding systems and 5 smaller systems. Coordinated customer requests and inputs to product design and system quotations.
Managed a $1M department budget, ~$20M project budget and achieved 25% growth in sales
Developed new valve pin geometries using CFDesign to increase injection molding quality
Performed FEA analysis and testing to validate design concepts and eliminate failures
Raytheon Co. § Sudbury, MA
Principal Engineer
2003-2010
Terminal High Altitude Area Defense Program Customer Review Coordinator (2009-2010):
Managed Raytheon internal processes and completed Preliminary Design Review for new training module ahead of schedule. Coordinated and negotiated customer and supplier demands for product requirements.
European Midcourse Radar Survivability Working Group (2008) – Missile Defense Agency (MDA) Programs:
Negotiated with customer representatives and Supplier Team to develop detailed plans and establish end-product requirements. Provided a strategic plan for the Survivability support to the program that was accepted and enacted over a 9-month period. Developed a Nuclear Biological Chemical Contamination Survivability (NBCCS) operations concept and achieved implementation.
Zumwalt Destroyer Design Compliance (2007)
Negotiated details with the customer, shipbuilders (2) and suppliers to provide the consistent design criteria across the entire Zumwalt Platform. This also entailed chairing and scheduling sub-system design peer reviews
Program Office Lead (2003-2006) – Terminal High Altitude Area Defense Program:
Served as a Project Lead for THAAD PPU $19M generator development with 22 employees. Managed the program budget, subcontractors, customer relationships, technical design, and process compliance. Completed PDR level design 2 months ahead of schedule and on budget. Led the installation of Computer Simulation Centers (1 year ahead of schedule and at 60% of budget) – received customer recommended award for exceptional service.
Trained in Project Management (80hrs), including cost tracking and scheduling
Six Sigma training (40hrs.), plus cost reduction project
Trained (40hrs.) and practiced in Stage Gate new product development processes
Kidde-Fenwal § Ashland, MA
Engineering Manager
2001-2003
Created fire protection products for marine, industrial, and commercial use. Supervised and evaluated 4 engineers and 3 technicians, and managed a $3.5M budget. Oversaw the development of 4 new products. Served as a Lead Engineer and developed resource requirements, schedule, and budget for an advanced fire extinguishing system design project worth $500K. Developed reclaim system that increased fire protection fluid recovery rate by 20% and resulted in $120K in yearly savings.
Developed a cost reduction program to reengineer legacy products, reducing cost by over $50K in 2003
Moved the development project for a $5M high pressure fire protection system from design to market within a year in 2002
Awarded Patent #6,896,067 (for the development of high-efficiency fire system control) and Patent #7,281,672 (for the development of an explosion protection system to revamp a 50-year-old design)
Developed Failure Mode Effects Analysis (FMEA) Program for the company
Lockheed Martin § Denver, CO
Engineer – Propulsion and Fluids
1995-1998
Project team leader for 6 engineers on a $4 million rocket engine firing test
Recommended and implemented 3 vehicle changes, saving over $20,000 per launch
Designed, integrated and coordinated test objectives with a multi-national team on a joint Russian/American test program.
Developed a new fuel measurement system that reduced vehicle weight by 25 pounds, increasing reliability and creating $250,000 worth of extra payload capability
Trained (40hrs.) in Flow3D CFD software and used CFD for analysis of rocket fuels and other supporting rocket fluid systems including piping and tubing
Provided analysis and testing of fluid and thermal systems for the Atlas Rocket, including pressure vessels, piping and tubing
EDUCATION
MBA / Industrial Administration Carnegie Mellon Graduate Business School, Pittsburgh, PA
B.Sc. / Mechanical Engineering Worcester Polytechnic Institute, Worcester, MA