1985 - Developed an encoder/decoder used to interface to the Stores Management System for the F-15 using an 8035. This unit implements an energy transfer system for specialty weapons designed to meet the requirements of AFR 122-10 and System I. The software was written in assembler.

1987 - Developed the systems, software and hardware for a dual redundant control system responsible for de-icing the Osprey utilizing dual 8051's. The software was written in assembler. A simple real time operating system (RTOS) was implemented in the 8051's to simplify handling of the concurrent requirements.

1995 - Developed the system, hardware and software for Poc-it - an 8051 based intermittent tester. These units are still in demand from companies like Dell, Intel and Apple in testing their motherboards and power supplies. The software was written in 8051 assembler.

1996 - Developed the system, hardware and software for PowerCycler - an 8051 based device used for testing power supplies. The software was written in 8051 assembler.

2002 - Modified an existing 8051 postage scale developed in China with limited English comments. The software was written in 8051 assembler and documented in Chenglish.

2003 - Ported an existing 8051 wireless transmitter developed using an obsolete Archimedes tool set to a Keil compiler. Modified the existing hardware and software to interface to a second wireless modem. Much of the existing code was written incorrectly which the non-ANSI Archimedes C compiler incorrectly interpreted resulting in correct operations (Two wrongs sometimes do make a right!). In addition, the code was riddled with real-time bugs which "hardly ever happened."