PROFESSIONAL SKILLS
Summary: Nine years experience with all aspects of system architecture, algorithm, and design, development, and implementation. Nearly all of these designs included parallel or massively parallel architectures. Design, development, and implementation of complex real-time simulation/stimulation systems. This includes architecture and algorithm development for closed- and open-loop simulation/stimulation, and data acquisition and analysis development. Signal processing algorithm design and implementation. Military Specification (2167A) software design methodologies.
Hardware: UNIX workstations, VAX, Hypercube (386 and i860 based), Intel Touchstone Delta, Cray, various DSP chips and array processors.
Languages/ C, FORTRAN, Pascal, assembler and machine language for assorted processors. UNIX, OS: VMS, DOS, managed a small VMS installation.
Hardware: UNIX workstations, VAX, Hypercube (386 and i860 based), Intel Touchstone Delta, Cray, various DSP chips and array processors.
Languages/ C, FORTRAN, Pascal, assembler and machine language for assorted processors. UNIX, OS: VMS, DOS, managed a small VMS installation.
PROFESSIONAL EXPERIENCE
1994 to Present Future Systems, Schenectady, NY 2000 to Principal Developmental Engineer, Advanced Technology Center Present
Researched and identified a modern replacement hardware architecture for existing real-time simulation/stimulation laboratory
Led the design and implementation of advanced fault-tolerant signal generation software on massively parallel DSP based
Researched, identified, and developed a high speed, data connecting an Intel Hypercube and a Sun Sparc workstation
Developed and implemented algorithms for rapid low rank updating and downdating of Choleski matrix factors. These algorithms are based on hyperbolic Householder transforms and are optimized for use with parallel processors. This is a new technology development for wide-band signal synthesis.
1998 to 2000 Senior Developmental Engineer, Precision Weapons Operation
Lead engineer in field of stability analysis for systems of spinning rigid and deformable bodies
Managed scheduling and work assignments for team of researchers
Awarded Keller Technical Achievement award for major contributions in the field of nonlinear dynamical system analysis
Led the development efforts for various real-time and non real-time simulations.
Researched and identified a modern replacement hardware architecture for existing real-time simulation/stimulation laboratory
Led the design and implementation of advanced fault-tolerant signal generation software on massively parallel DSP based
Researched, identified, and developed a high speed, data connecting an Intel Hypercube and a Sun Sparc workstation
Developed and implemented algorithms for rapid low rank updating and downdating of Choleski matrix factors. These algorithms are based on hyperbolic Householder transforms and are optimized for use with parallel processors. This is a new technology development for wide-band signal synthesis.
1998 to 2000 Senior Developmental Engineer, Precision Weapons Operation
Lead engineer in field of stability analysis for systems of spinning rigid and deformable bodies
Managed scheduling and work assignments for team of researchers
Awarded Keller Technical Achievement award for major contributions in the field of nonlinear dynamical system analysis
Led the development efforts for various real-time and non real-time simulations.
PROFESSIONAL EXPERIENCE
1994 to 1998 Senior Developmental Engineer, Underseas Systems Division
Lead Engineer Feller Real Time Simulation Laboratory. This hardware-in-the-loop simulation consisted of a large number of parallel processors communicating through a shared memory interface. It encompassed many diverse engineering
disciplines including kinematic and dynamical systems analysis, real-time embedded software design, data acquisition and analysis.
Responsible for overall system design and implementation for a major real-time simulation/stimulation effort
Managed scheduling and work assignments for simulation group
Designed and analyzed massively parallel, DSP based, real-time program the associated algorithms for various new business ventures
Became expert in distributed, real-time algorithm and software design and implementation
Developed and implemented control system for an unstable vehicle
Performed environmental modeling
Lead Engineer Feller Real Time Simulation Laboratory. This hardware-in-the-loop simulation consisted of a large number of parallel processors communicating through a shared memory interface. It encompassed many diverse engineering
disciplines including kinematic and dynamical systems analysis, real-time embedded software design, data acquisition and analysis.
Responsible for overall system design and implementation for a major real-time simulation/stimulation effort
Managed scheduling and work assignments for simulation group
Designed and analyzed massively parallel, DSP based, real-time program the associated algorithms for various new business ventures
Became expert in distributed, real-time algorithm and software design and implementation
Developed and implemented control system for an unstable vehicle
Performed environmental modeling
EDUCATION
May 2000 M.S. Aerospace Engineering and Mechanics, Rensselaer Polytechnic Institute
March 1994 B.S. Aerospace Engineering and Mechanics, Rensselaer Polytechnic Institute
March 1994 B.S. Aerospace Engineering and Mechanics, Rensselaer Polytechnic Institute
