Dale Mayes
is a recognized industry leader, with over 21 years
of engineering and management expertise
focused on: systems engineering for the
aerospace industry, implementing cutting-edge
consumer devices, embedded systems design, and
software process creation.
He holds two Bachelors of Science degrees from
the University of Evansville, one in
Electrical Engineering and one in Computer
Engineering. During his undergraduate
coursework, he spent a year studying at
Harlaxton College in Grantham, England. Later
Dale earned a Masters degree in Business
Administration from Keller Graduate School of
Management
Dale started his career with the Department of
Defense. He was a liaison between the hardware
group, where he worked, and the software
support group. He was immersed in the DOD's
formal Software Development methodology.
Dale left the civil service to join a start-up
appliance control company, which was a
spin-off of Motorola. He created the software
for two of their first electronic oven
controls. The company was acquired by and
merged with Eaton Corporation, a major
appliance component manufacturer. In his
tenure with Eaton, Dale held a variety of
positions with increasing responsibility. As a
Manager of Engineering, he oversaw the
development and support of a majority of
Eaton's electronic appliance control projects,
and all their software projects. Some
responsibilities included new product concept
development, the coordination of product
quotation teams, the establishment of
development schedules and project reviews. He
also managed an ASIC development project.
Dale was recruited by Whirlpool Corporation
soon after they made the strategic decision to
bring the design of their electronic controls
in-house. He implemented a global software
development process, standard software
architecture, also identified and implemented
enabling technology for software development.
After establishing the standards, Dale led the
early concept work for Whirlpool's Integrated
Home Solutions project. He was responsible for
the new in-home devices (web tablet and
residential gateway), networked appliances,
the architecture, and software. He also worked
with Open Services Gateway Initiative (OSGi)
and Association of Home Appliance
Manufacturers (AHAM's) Smart Appliance task
force.
In recognition of the leadership and vision
applied as chairman of the drafting committee
for AHAM's Connected Home Appliances - Object
Models standard, AHAM presented Dale with
their highest honor, the Home Appliance
Industry Leader Award.
As a systems engineer in the aerospace
industry, Dale has been involved with DO-178b
projects. He is also familiar with AE653,
ARINC's requirements for partitioned operation
systems.
Dale was invited and presented at the 2005
Embedded Systems Conference - "Establishing
great software development process(es) for
your organization".