Unit attached
to baseball glove measures ball speed
based on Doppler radar technology
Developed product
from concept to production
Designed electronics, including RF, signal processing and microcontroller
circuits
Developed software to measure the speed of a ball
Developed rugged package to survive 120 mph pitches
Responsible for industrial design and mold-making
Designed and fabricated testers for production
Provided production support
Tape measure
that provides a digital readout
Developed product
from concept to production
Designed electronics, including bar code reader, signal processing
and microcontroller circuits
Developed software to measure the tape extension
Developed rugged package to survive 6-foot drops onto tile floors
and provide environmental sealing
Designed and fabricated testers for production
Provided production support
Developed various versions of product
Product that
Web-enables sensors or instruments
Designed single
circuit board that contains complete Web server and file system
Developed software that displays live data in user-defined Web
pages
Unit transmits
real-time sensor data to a collection system during events like
freestyle skiing and skateboarding
Designed miniature,
rugged, low-cost 25 channel transmitter mounted on equipment
such as skis and skateboards
Designed receiver electronics and circularly polarized patch
antenna
Unit simulates
the return signal from a target
approaching or receding from a radar
Designed wide
band RF circuitry to simulate return signals from 800 MHz to
8 GHz
Design included an embedded PC controller and an IEE488 external
control interface
Unit that
switches multiple microwave signal inputs
to any of several outputs
Designed
and delivered a switch matrix with the following features:
Power handling: 50 watts CW
Frequency range: 0.1 to 18 GHz
Inputs: 6
Outputs: 4
