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I am a mechanical engineer specializing in:
• Management of complex projects with accelerated timelines, from concept development through production and commissioning while matching vendor capabilities with client expectations.
• Management of mixed disciplinary teams with competing interests.
• Hands on design and engineering of structural systems using non-traditional materials.
• 3d “digital twin” modeling, mechanical drawing for production, and complex engineering analysis using ANSYS.
• Design, integration, and building of mixed mechanical and electrical systems.
• Proof of concept and prototype development with validation testing and documentation.
• Use of:
o 3-5 axis machining of a variety of steel, stainless steel, aluminum, brass/bronze and titanium alloys
o Complex fabrication of steel, and stainless steel alloys using GTAW, GMAW and electron beam welding
o Extrusion of aluminum, brass, and bronze
o Investment, slip, and sand casting in a variety of steel, and stainless steel alloys
o Mechanical forming of sheet and plate steel, stainless steel, and aluminum
o Use of a variety of surface finishing techniques including anodizing, galvanizing, nitriding, electroplating, blackening, fluoropolymer paint and coil coatings, and powder coating.
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Commonwealth Fusion Systems, Devens MA
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Tripyramid Structures Inc, Westford MA
• Managed the day-to-day design and engineering priorities of mixed group of engineers, architects, and manufacturing specialists.
• Directly worked with clients, contractors, and vendors to develop projects and ensure quality from concept, through design, to final installation.
• Communicated design and engineering work with 3d models, CAD sketches, dimensional drawings, and shop and assembly drawing packages using Solidworks, Rhino and AutoCAD.
• Provided engineering support for all ongoing project work using hand calculations, custom applications and structural analysis using ANSYS.
• Developed engineering narratives and engineering calculation packages as required to justify and validate design work.
• Developed test/ validation protocols to prove out engineering and design.
• Designed and built custom mechanical, electrical and hydraulic equipment to support internal R&D.
• Provided mentoring and leadership training to help grow the next generation of engineers and architects.
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Tripyramid Structures Inc
• Managed the day-to-day requirements of a variety of external and internal projects including:
• Interacting directly with project clients and associated contractors
• Interacting directly with manufacturing vendors including machining, fabrication/forming, casting (stainless steel and alloy steel) and aluminum extruding.
• Developed and communicated project and hardware designs via 3d models, sketch and shop drawing packages, and piece and assembly drawings for manufacturing.
• Developed engineering narratives and engineering calculation packages as required to justify and validate design work.
• Provided day to day engineering support to other staff project managers and architects including spot calculations during design through to full calculation packages.
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Deep Ocean Engineering, San Leandro CA
• Led a mixed engineering team in the mechanical and electrical development of:
• A novel class of underwater remotely operated vehicles (ROVs) to simplify manufacturing and constructability, increase mission flexibility, and enhance survivability.
• A line of prototype, all electric brushless DC thrusters, fiber optic connectors and composite pressure vessels for use at full ocean depth pressures (~16,000psi)
• Supported the ongoing production and development of four classes of legacy ROV product lines including nuclear rated vehicles.
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Deep Ocean Engineering, San Leandro CA
• Collaborated with a small team of mechanical and electrical engineers to develop small semi-autonomous, benthic landers for deployment and retrieval of subsea deep water monitoring instruments.
• Developed concepts and prototype hardware for snake like locomotion to compete for and eventually satisfy both phase 1 and 2 of a US Navy SBIR (Small Business Initiative Research) grant.
• Independently lead the development and engineering of a less than 70-pound observation class, subsea vehicles for use by naval EOD operators for ship hull inspection and intrusion detection.Item description
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Tripyramid Structures Inc, Westford MA
• Worked as an engineer in training to support a variety of architectural and structural projects.
• Worked as a manual machinist and leading the transition to CNC machining and use of CAM software
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1993-1997
BS Mechanical Engineering, Alfred university
Overall GPA 3.5, Major GPA 3.8
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• CAD: NX, Solidworks(3d), AutoCAD (2d), Rhino (3d and surfacing), Fusion360/Inventor (3d and CAM), KiCAD
• Analysis: ANSYS Mechanical, ANSYS HPC, Solidworks Simulation, Comsol, SkyCiv, AutoDesk Simulation Mechanical (Algor and Nastran)
• Office: MS Office Suite/Office 365, Project, MathCAD, Open/Libre Office, Slack, Asana, Vizio, Lucid Charts
• Code: VSCode, Jupyter Notebook/Lab, Git (using Windows, Linux and MacOS)
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• Skilled machinist (manual and CNC) and welder (GTAW and GMAW)
• PCB design, manufacturing, and stuffing/rework
• Prototype level coding and data analysis using C, C++, and Python
• Skilled at the use of 3d printing (SLA, MSLA, FDM) and 3d printer design
• Skilled with the design, build and troubleshooting hydraulic, pneumatic, and electrical systems.
• Skilled in the use of strain gauges, a variety of process instrumentation and sensors, and data collection devices and software.
• Familiar with ABB industrial robots, Robot Studio and RAPID programing
• Certified fork truck driver, and familiar with a variety of construction lifts and equipment
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• Lazy long distance bike touring where the destination is not really the point.
• Downhill and cross-country skiing because let’s not kid ourselves, winter is the best season.
• Fantastic cooking since capers were created by unicorns and white wine is not for drinking only.
• Making kitchen knives, because absolutely no one knows how to cut a tomato like I do….