Aims and Goals


Statement of purpose.  To achieve and excel at identifying opportunities, researching technologies, analyzing strategies, evaluating ideas, and developing solutions, thereby anticipating and creating the future, and with information, knowledge, and technology, to change the world. Providing leadership that creates a vision of the future based on a market rationale. One that asks questions, seeks new ideas, and encourages the best. Focusing on synthesizing disparate software and systems into a cohesive whole and multiplying their value..

My keen interest in the nature of reality led me to pursue physics and a fascination with the nature of thought attracts me to computer science.  The foundation of intelligence lies in the power of abstraction, abstraction from reality.  It is on the plane of abstraction that I have always preferred to work, whether mathematics or reasoning.  The idea of creating the thinking machine is an enticing one.  Such an open and challenging field offers untold rewards. I like to achieve, synthesize, visualize, abstract, analyze, solve, create, design, evaluate, reason, inquire, learn, research, and discover. I value creativity, self actualization, achievement, and intellectual challenge.

Know thyself. To thine own self be true. Each man is the architect of his own life. Everyone needs to look to the future, think strategically, feel their intuition, develop their potential, do something they believe in, do what it takes to accomplish their goals, search for value, focus on the market, and keep an eye on the bottom line.

My professional roles and primary aims are
  • Artist/Designer - Creates beauty and elegance - Creative
  • Architect/Engineer - Constructs artifacts and edifices - Constructive
  • Mathematician/Scientist - Contributes to knowledge - Collaborative
My principal interests are
  • Mathematics and Science - MathCad, Mathematica
  • Graphics and Visualization - PostScript, virtual reality/unreality modeling and rendering, N Dimensional visualization
  • Cognitive Science - Computer vision, natural language processing, symbolic computation
  • Languages and Tools - C++, Java, Lisp, Sed, Awk, Perl, Python, Lex, Yacc
  • Operating Systems - Open, distributed, fault tolerant, multiprocessing, multitasking, real time systems
  • Network and Internet Technologies - Packets and protocols
  • Project Management - Abstract object oriented analysis and design, modeling languages, software architecture and design

Prominant firms, organizations, and projects in these areas

Aims | Bio | Resume

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© Copyright 1998-2006 David Maeschen. All Rights Reserved.

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