Robert Kemp

 Robert Kemp

Robert L. Kemp

  • Courses2
  • Reviews9

Biography

Long Beach City College - Mathematics


Resume

  • 2010

    Certificate Program

    Engineering Leadership and Management - Executive Education Program

    University of Southern California (USC) Marshall School of Business/Viterbi School of Engineering

  • 1992

    Masters of Science Electrical Engineering

    Engineering

    Physics

  • 1984

    Bachelors of Science Electrical Engineering

    Engineering

    Physics

  • Helping to mentor and develop students in Science and technology

    especially in the areas of aeronautics and aerospace. Working in summer and after-school programs to provide students with an outlet to explore curiosities in a cooperative

    positive

    and safe atmosphere at the Tomorrow's Aeronautical Museum. - http://www.tamuseum.org/

    Tomorrow's Aeronautical Museum

    Systems Design

    Engineering

    Program Management

    Matlab

    Research

    Systems Engineering

    Engineering Management

    Leadership

    Integration

    Manufacturing

    Project Planning

    Signal Processing

    System Design

    Management

    Analysis

    Testing

    Software Development

    Simulations

    The Super Principle Relativity - “Hydrodynamic” Field Theory - “Part #1”

    The Super Principle Relativity Theory is a hydrodynamic field theory

    which models “Gravitation” and the “Vacuum”

    in the conceptual and mathematical framework of a variable density compressible ideal gaseous fluid. In contrast to General Relativity Theory which is a field theory

    that models “Gravitation” and the “Vacuum”

    in the conceptual and mathematical framework of a fixed density “frictionless incompressible fluid medium” or “incompressible liquid medium”. The new theory produces exact solutions to gravitation phenomena

    and describes the Euler-Lagrangian Hydrodynamic Energy Density Equation

    as a space-time frame of reference; and is mathematically the net sum of space-like and time-like energy density terms. The “Hydrodynamic Field Energy Density Frame of Reference” is used to model the interaction between seven (7) physical phenomena: gravitational

    electromagnetic

    isotropic space-time world line

    gravitational sink

    gravitational source

    electromagnetic sink

    and electromagnetic source energy density frames of reference. The “Hydrodynamic Field Theory” models physical phenomena: solar systems

    galaxy rotation

    quantum mechanical systems

    etc.

    The Super Principle Relativity - “Hydrodynamic” Field Theory - “Part #1”

    Experienced Executive Director Engineering skilled in Analytical Skills

    Management

    Leadership

    Matlab

    and Engineering. Strong engineering professional with a Certificate Program focused in Engineering Leadership and Management - Executive Education Program from University of Southern California (USC) Marshall School of Business/Viterbi School of Engineering.

    Robert

    Kemp

    Moller International

    The Walt Disney Company

    Northrop Grumman Corporation

    Jet Propulsion Laboratory

    Long Beach City College

    University of Phoenix - Southern California Campus

    ITT Technical Institute

    FIRELIGHT FUNDING INC

    Cerritos College

    Raytheon - (Formerly Hughes Aircraft Company)

    F-35 Lightning II Functional Manager/IPT LEAD (Mission Systems)\n\tF-35 Algorithm & Model Development and Verification Functional Manager for Mission Systems Engineering and F-35 Software Algorithm Team IPT Lead\n\n\tResponsible for 28 Equivalent People as a Functional Department Manager

    and Responsible for 11 Equivalent People

    as IPT Lead for System Design & Architecture of Airborne Software Algorithms\n\n\tResponsible for Budget > $30 million

    planning

    baseline management

    and cost & schedule performance of the IPT; which includes Earned Value (EV) Reporting

    Rolling Wave Reporting

    and Estimates at Completion (EAC) analysis\n\n\tSoftware Block 1.0 Algorithms developed: Flight Control algorithms

    Navigation and Guidance Systems algorithms

    Aerodynamic flight performance and engine performance algorithms

    Airborne Communication Data Link systems algorithms

    and Airborne & Ground Collision avoidance algorithms.\n\nAF-18 Global Hawk (GH) – Multi-Platform-Radar Technology Insertion Program (MP-RTIP)\nMode Development Lead\n\nX-47B – Navy Unmanned Combat Air Systems Engineer (Mission Systems)

    Northrop Grumman Corporation

    Long Beach City College

    Long Beach

    CA

    Teaching Mathematics

    Engineering

    and Physics principles; to students with diverse backgrounds

    ages and genders.\n\nAverage Number of Students per class: 40 students

    Adjunct Faculty - Mathematics & Engineering

    Torrance

    CA

    \tFaculty in Technical Education Teaching/Training: \n\tRF Communication Systems Courses

    Micro-Processor Systems Courses

    Alternative Engineering System Courses

    Project Management Courses Math

    Physics; (One eve/wk 6 - 10 p.m.)\n\tAverage Number of Students per class: 22 student

    School of Electronics - Faculty Professor

    ITT Technical Institute

    Southern California Campus

    \tCollege Mathematics I

    College Mathematics II

    Introduction to Finite Math; (One eve/wk 6 - 10 p.m.)\n\tIn-Classroom and Online Classes - Average Number of Students per class: 22 students

    Faculty Professor

    University of Phoenix - Southern California Campus

    \tManaged the Application and development of Disney’s Internet and Intranet sites

    created functional requirements

    created development schedule

    developed initial software integration test plan

    and facilitated meetings.\n\n\tSoftware Application Development (Internet/Intranet): Visual Basic

    ASP

    ASP.Net

    Javascript

    HTML

    DHTML

    C#

    SQL Server 2000 Administration

    Stored Procedures

    The Walt Disney Company

    Systems Engineer

    \tConducted research

    designed

    and analyzed computer simulations of interstellar bodies

    using Orbital Mechanics techniques. RF signal analysis of interstellar space objects.

    Jet Propulsion Laboratory

    Systems Engineer

    \tEnd-to-End Systems Engineering in Air Combat Radar Operations (F-14

    F-15

    F18

    and Global Hawk Aircrafts). Provided Management

    planning

    and strategic direction for the Integrated Product Team (IPT). Generated Cost Budgets/Accounting developed IPT integrated Master Schedule

    developed initial hardware integration test plan

    and facilitated meetings.\n\n\tConducted system analysis

    trade studies

    and designs on various radar modes of operation (Air-to-Air

    Ground Moving Target Indication (GMTI)

    High Range Resolution (HRR)

    Synthetic Aperture Radar (SAR)

    Signature Aided Tracking (SAT)

    Space-Satellite based radar).\n\n\tDeveloped algorithms and simulation models to analyze

    predict

    and optimize system requirements and cost-performance tradeoffs. Simulation tools include Excel

    Matlab

    Visual Basic

    JavaScript/C++\n\n\tFamiliar with Orbital Mechanical Techniques in Spaced Based Radar. Developed mathematical models to predict Satellite/Antenna motions relative to low and high earth orbits.

    Raytheon - (Formerly Hughes Aircraft Company)

    Chief Systems Engineer

    Chief Engineer in charge of the Flight Control System design of the (M200

    M400 and Aerobot) Vertical Take-Off and Landing and “Flying Car” aircrafts

    Moller International

    Cerritos College

    Cerritos

    CA 90650

    Science Engineering & Math Department

    – Introduction to Engineering

    Circuit Design

    Power Systems

    Project Management Courses\n\nTeaching Mathematics

    Engineering

    and Physics principles; to students with diverse backgrounds

    ages and genders.\n\nAverage Number of Students per class: 40 students

    Adjunct Faculty - Science

    Engineering & Math

    California

    Engineering Director Responsibilities include:\n\n➢Leading the development of engineering

    physics

    and mathematical requirements generation for various technical projects; proposals and grant writing\n\n➢ Expertise in problem solving

    technical innovation and timely product deliveries \n\n➢ Requirements generation and product development

    Building Strategic Working Relationships

    Planning and Organizing

    with a customer focus for delivering timely technical engineering projects\n\n➢ Requirements Management

    Verification and Validation Methods

    Control System Design

    Integration and Test

    Executive Engineering Director

    FIRELIGHT FUNDING INC

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MATH 60

4.5(2)