As an independent consultant since 1978, I provide mechanical
engineering, electronic packaging and project management services for new
product design. Clients benefit from my early background as a stress
analyst, my eye for detail, and over 30 years of experience creating
products that are easily fabricated, assembled and serviced. Working closely
with each client's staff, I treat the vital issues of structure, component
placement, wiring, cooling, EMI and user ergonomics to ensure
well-integrated solutions. Rapid prototyping technologies are routinely
employed to reduce development times.
Teams of experts: I regularly assemble teams of skilled independent
associates to solve clients' problems quickly and efficiently and provide
turnkey solutions. When product designs require broader system
conceptualization or higher level aesthetics and ergonomics, I team with
talented industrial designers who resolve the concept issues and create the
stylish appearances, user interfaces, and custom graphics. Together we
design the fabricated parts in plastic and metal and work with selected
vendors to produce prototype units. Similarly, when the client needs
custom-embedded software and electronics or clever mechanical mechanisms, I
bring seasoned individuals onto the design team.
I look forward to your next product design challenge, be it a cart-based
medical product, a handheld detection device, a body-worn medical biosensor
or an environmental product. I am particularly interested in applying my
skills to medical and "green" products that beneficially affect people around
A sampling of projects...
SuturTek's 360° Sternum Closure DeviceTM
the difficulty and danger of closing the sternum manually with the simple push
of a button. (Image at left.) A steam-sterilized outer handle seals a removable
battery-powered motor module inside. The surgeon snaps a sterile needle cartridge
onto the front end, positions the device against the sternum and presses a button
to drive a standard needle with attached sternal wire cleanly through.
Circulatory Support System provides
temporary support for one or both sides of the natural heart in circumstances
where the heart has failed, giving the patient's heart the opportunity to rest and
potentially recover. (Image at right.) This complex battery-backed-up electronics
device is constructed of sheet metal and machined parts with plastic skins,
over-molded metal and cast urethane parts. The AB 5000 passed the severe helicopter
transport and UL medical equipment tests on the first try. This was the second
consecutive generation of this product we were hired to design. Industrial design
and project lead by Michael Cattafe, Origin Product Development.
A small battery-powered Smart-MagnetTM for Medtronic Inc.
providing safe management of patients' ICD devices during surgical procedures.
(Image at left.) Despite the heavy internal permanent magnet, our injection-molded
enclosure exceeded all requirements for multiple drops to the operating room floor.
Generations of electronic Holter Recorders for Northeast Monitoring Inc. Each
new model reduced overall size while improving ruggedness. (Image at right.)
(Mark Hubelbank, a founder, is my oldest continuous client; we first worked
together on a heart monitoring product in 1983.)
Prototype body-worn biosensors for a variety of FitSense Technologies Inc. RF-linked
devices, since 1998.
(See more at http://www.fitsense.com/
AirMotion Sciences has developed a new HVLS (high volume - low
speed) fan to help solve air movement, energy cost, and facility
temperature and air quality problems. (Image at left.) Using Variable
molded blades and custom
electronics, this new breed of large ceiling fan improves the comfort
of facility environments while providing immediate cost benefits and
savings. This fan moves massive amounts of air efficiently with low
power consumption, letting people (or animals) below be more comfortable
while lowering other conditioned air requirements.
Engineering Matters, Inc. has developed a fully flexible EVA
(electromagnetic valve actuator) that replaces conventional belt-driven cam
actuators in internal combustion engines and deliver a 20% improvement in
fuel economy, 20% reduction in emissions, and improved low end torque.
(Image at right.) This patented and patent-pending design allows for
fully flexible valve control variable timing and lift and low valve landing
speed. The camless EVA applies to spark-ignition, compression-ignition, and
homogenous-charge-compression-ignition (HCCI) engines for optimum operating
performance. Presented as Paper 2008-01-1350 at the SAE International World
Congress in Detroit, April 14-17, 2008, the EVA won an R&D 100
award for 2008.
and select "Projects").
A line of force feedback joysticks for Engineering Matters, Inc. that required
careful attention to manufacturing technology costs, understanding of the
electromagnetic forces so a proper structural support system could be
designed, and accurate mechanical assembly. (Image at left.)
One direct drive joystick won an R&D 100
being one of the 100 most technologically significant products introduced into
the marketplace in 2005.
enclosure for their backscatter
contraband detection system which detects items hidden in or under people's clothing.
Designed in 1995, next generations of this system are in wider use today.
Various enclosures for the networking startups of Brix Networks, AmberWave (sold to US
Robotics/3COM in 1996), NetICs (sold to Bay Networks/Nortel in 1996), plus major
cost-reduction for Nashoba Networks (sold to Cisco Systems in 1996), two
projects for Prominet Corp (sold to Lucent in 1997), and multiple projects
for New Oak Communications (sold to Bay Networks/Nortel in 1998).
PixelVision's color flat panel systems, often with integrated touch sensors and
X-terminals or embedded PCs in thin (under 3.75") packages. In 1993, we designed
the first generation of these space-efficient systems that were hung on overhead arms
at the New York Stock Exchange trading floor.
(You see similar units today on nightly business reports.)
The Trotter 645/640 treadmill series for high-volume manufacturing with improved
modularity for lower cost, ease of assembly, and servicing. Major parts were designed
in sheet metal, structural foam and tubular steel weldments.
A custom laboratory equipment cart for PerkinElmer Life and Analytical
Sciences that exactly meets the rigidity, ventilation, and ease of
component servicing requirements for their precision tabletop devices.
(Image at right.)
Leaf System's LeafaxTM, the world's first
portable 35mm electronic darkroom, which revolutionized the worldwide
photojournalism industry in 1988. Well before today's digital cameras,
it combined a precision 1200 dpi line scanner, custom electronics,
keyboard, monitor and fax modem in an attach� case, with key parts injection
molded for lower cost, parts consolidation, and weight reduction.
My 1500 square foot office in Acton houses a
conference room, design area, and model shop.
I use SolidWorks 3D solid modeling software which allows me to
communicate and coordinate concept images and technical design
data with anyone, anywhere. I am a member of the SolidWorks
From 1968 to 1978, I was employed in engineering analysis and design positions
at Magnetic Corporation of America, BLH Electronics, Teledyne Engineering
Services, and Knolls Atomic Power Laboratory. My degrees are a B.S. in
Mechanical Engineering from Union College 1966 Schenectady, NY, and a Master of
Engineering from The Pennsylvania State University 1968 College Park, PA.
I also enjoy close-up nature photography. I invite you to see images of flowers,
birds, polar bears and other natural subjects at