About
PhD Mechanical Engineer with 20+ years of experience in product development, CAD design, and embedded systems. I specialize in mechanical systems, 3D modeling (SolidWorks, Alibre, OnShape), electronic design (Altium, KiCad), and embedded programming (C, Python, ARM, TI MSP, Microchip/Atmel). I’ve led engineering teams, built manufacturable hardware, and delivered working prototypes across industries from medical devices to renewable energy. I work on both small devices and complex systems, and I specialize in taking projects from lab prototype to market-ready product. Whether you need precise mechanical components, integrated electronics, or full product systems—I can take your idea from concept to reality.
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Experience
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President
Shandor LLC · Full-time
Jan 2025 –
Present
11 mos
Puerto Rico
Shandor Engineering is a design and engineering consultancy focused on turning complex ideas into manufacturable products. With deep expertise in mechanical design, electronics (EDA), and embedded systems, we support projects from early prototyping through to market launch. Whether it’s a compact IoT device or a large-scale electromechanical system, Shandor delivers end-to-end solutions with a focus on precision, reliability, and real-world deployment.
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Director of Systems Engineering
H2Pump · Full-time
Jan 2008 –
Nov 2014
6 yrs 10 mos
Latham, NY, United States
At H2Pump, I led the design and integration of electrochemical hydrogen recovery systems used in industrial environments to recycle hydrogen from contaminated gas streams. As Director of Systems Engineering, I oversaw cross-functional development of membrane-based gas separation devices, including mechanical, electrical, and control subsystems. My responsibilities included system architecture, component specification, manufacturability, and field reliability. I worked closely with research scientists, vendors, and end users to translate lab-scale innovations into field-deployable, production-ready systems—advancing clean hydrogen reuse while reducing operational costs for industries such as metal processing and semiconductor manufacturing.
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Product Manager
XOS · Full-time
Jan 2005 –
Jan 2006
1 yrs
East Greenbush, NY, United States
As Product Manager at XOS, I led the development and commercialization of high-precision X-ray fluorescence (XRF) analyzers used in applications ranging from petroleum compliance to environmental safety. My role spanned full product lifecycle management—defining market requirements, working closely with engineering on design and development, and coordinating with manufacturing, sales, and support teams to deliver reliable, regulatory-compliant analytical instruments. I focused on translating complex customer needs into actionable product specifications, ensuring our instruments met evolving industry standards while maintaining XOS’s reputation for accuracy, innovation, and performance.
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Manager of Planar Fuel Cells
MTI Microfuel cells. · Full-time
Sep 2001 –
May 2004
2 yrs 8 mos
Colonie, NY, United States
At MTI MicroFuel Cells, I led the development of planar direct methanol fuel cell (DMFC) systems for compact, portable power applications. Managing a multimillion-dollar development budget, I directed cross-functional engineering teams to optimize stack performance, manufacturability, and system integration. I collaborated closely with manufacturing vendors for injection molding, microfabrication, and catalyst deposition to transition prototypes into scalable, production-ready designs. My role included system architecture, materials selection, and validation testing—ensuring technical viability while meeting cost and production targets for consumer electronics and defense use cases.
Education
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Rensselaer Polytechnic Institute (RPI)
Ph. D., Mech Eng, 3.8 (I honestly do not remember, I have not been asked this in decades)
1996 – 1998
Activities and Societies:
Hockey, Machine Shop
My doctoral work focused on modeling the viscoelastic dynamics of the human spine for orthopedic applications, combining mechanical engineering, biomedical modeling, and control systems. During my PhD, I also taught courses and labs in electronics and embedded systems for mechanical engineering students, bridging the gap between hardware and software in real-world applications. I was actively involved in mechatronics curriculum development and led instruction in dynamic system modeling using tools like MATLAB/Simulink. The program gave me a deep foundation in multidisciplinary engineering, with a strong emphasis on applied problem-solving and systems integration.