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APRI consists of a core of senior engineers and scientists
with a supporting technical staff augmented when appropriate by key
consultants who are highly qualified by education and experience. The
broad experience base of APRI's engineers gives APRI strong credibility
in theoretical analysis, numerical analysis, experiment design, and
experiment implementation. APRI's scientists have a strong background
in both managing and conducting research intensive and high technology
programs, and excel in this type of environment. APRI has been working
on analytical, experimental, and computational aspects of hypersonic
propulsion, scramjets, detonation physics, and scramaccelerator
launcher technology since APRI's inception in 1989. Research has been
ongoing at APRI under several technology programs for NASA, the US Air
Force and the US Navy. These efforts have focused on the physics of
propulsion, detonation, implementation of detonation for propulsive
applications including pulse detonation, oblique detonation, and
scramaccelerator propulsion devices.
Dr. Thomas Sobota, President.
Besides formal training in engineering and technology that Dr. Sobota
received through his Ph.D. study, Dr. Sobota has obtained practical
experience in low volume manufacturing, aero propulsion system
engineering, hypervelocity gun system engineering, computer system
engineering, ground vehicle engineering, and nuclear power plant system
engineering. Dr. Sobota has established a system engineering department
at a start-up electric and hybrid electric vehicle manufacturer, where
besides the development of vehicles, his responsibilities included the
ground-up establishment of the engineering group, including the
definition of engineering practices and procedures. Through various
experimental programs in which he has participated, he has also
received practical experience in analog and digital electronic design,
programming for the digital control of machine tools and combustion
systems, the manufacture of aerodynamic shapes and bodies, and the
operation of ballistic, hypersonic, and acoustic test facilities. This
strong formal education, together with the deep and broad practical
experience in system design, engineering design, and manufacturing,
provides a strong basis for APRI's continued growth.
Jane P. Sobota, JD, PE, Chief
Financial Officer and Corporate Counsel.
Jane Sobota has received formal training in engineering and law, and
she is a registered Professional Engineer in the State of California
and licensed to practice law in New Jersey and Pennsylvania. Ms. Sobota
has considerable experience in the management of large construction
programs and served as the Chief of Contracts Administration for the
Construction Branch of the Philadelphia District of the U.S. Army Corp
of Engineers. In this role she was responsible for the administration
of several multi-million dollar military, civil, and superfund
construction projects. The management, contracting, negotiation and
administrative skills developed in this prior employment have proven
extremely beneficial to APRI.
Jay Marsh, Principal Engineer.
Mr. Marsh has been trained in the techniques of systems engineering and
has applied these techniques to a variety of commercial projects since
1995. Mr. Marsh has been involved with the inception and management of
a university solar vehicle project that included the development,
design and procurement of a vehicle engineered to compete in a 1000
mile staged race. With this experience, Mr. Marsh was then employed by
an electric vehicle manufacturing company to design, analyze and
develop many of the critical electro-mechanical systems required for
electrical vehicle on-road use. These systems included drivetrain
simulation and analysis, HVAC development for FMVSS certification and
total systems simulation for conceptual studies and trade analysis. Mr.
Marsh has also worked at Honda R&D, North America as a design
engineer for mass production vehicles. His responsibilities at Honda
included final designs for a low production Canadian Acura and the
first prototype stage of the 1999 Acura TL major redesign. His design
experience was focused on the audio, navigation, and theft deterrent
systems and subsystems for traction control. Since joining APRI in
1997, Mr. Marsh has been the design engineer and systems engineer for
all SBIR contracts requiring component design. He has also assisted in
the development and specification of the operating procedures for the
design department at APRI including the procurement of Pro/ENGINEER as
the standard design tool.
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