Having worked directly with Product Management and customers, I
understand what it takes to define user needs and product
requirements.
Getting a clear understanding what the customer wants is the key
to developing successful products. So many valuable insights come
from direct feedback during the design process.
This is a WiFi enabled battery operated rodent trap.
I was responsible for designing the injection molded plastic
housings and sheet metal interiors.
This is a family of Checkpoint RF antennas, offered in many
styles.
I touched every step of development from concept through to
production, including CE and UL testing.
This WiFi enabled smart sprinkler design was an evolution of a
prior offering.
An important design aspect was the lighting effect. Rapid
prototyping was a big part of getting this just right.
It has been very rewarding to be part of the development of life
saving medical devices. I have gathered insights through usability
research studies as well as product validation labs.
I had the pleasure of working directly with many doctors, nurses,
surgeons, and heard direct feedback from many patients about
medical devices.
This transport incubator meets global standards for use in
helicopters and ambulances.
In addition to designing many aspects of this unit, I was part of
product verification testing, including IPx, shock, and vibration
testing.
This is a small sampling of laser beam delivery products. They are
designed to assemble together into many configurations.
I worked with customers to develop systems that met their specific
optical needs.
I worked directly with surgeons requesting custom specialty
instrumentation.
I launched dozens of instruments for class II and class III
medical devices. I maintained the complete Design History Files
documentation for the FDA.
I had the pleasure of being part of a renewable energy company
that developed power buoys. I designed these massive steel
weldments that harnessed energy from the ocean and converted it
into electricity.
The buoy shown here is being deployed off the coast of Hawaii. One
of the biggest challenges for these 45,000 pound structures was
surviving in the harsh ocean environment. I put a lot of effort on
FEA analysis and doing force calculations.