Summary
·
Supervisory Physical Scientist with over 16 Years of
Defense and Federal related Industry Experience.
·
Strong background in Engineering, Physics, Mathematics,
Chemistry, Computer Science, & the Military.
·
High level of Discipline & Demonstrated Leadership acquired
through 27 Years Military Engineering Experience.
·
Excellent communication skills, assertive, confident &
willing to devote time & effort to achieve success.
·
Current Top-Secret SCI Security Clearance and Counter
Intelligence Poly.
Education
Defense Acquisition
University: DAWIA
Certified Level III Test & Evaluation, Oct. 09.
DAWIA
Certified Level I Systems Planning, Research, Development & Engineering –
SE, Oct. 09.
University of Texas
at Austin: Graduate School in
Theoretical Chemical Physics, Aug. 96 -Jan. 98.
State University of
New York at Stony Brook: M.S.
Chemical Physics, Aug. 96.
University of
Missouri at Columbia: B.S.
Degree in Physics, May 94.
B.S. Degree
in Chemistry, May 94.
Minor in
Mathematics, May 94.
PROFESSIONAL Experience
Army Research, Development & Engineering Command, APG, Maryland:
Jan. 11-Present; Sr.
Science & Technology Intelligence Specialist, GG14:
Project manager for
impact assessments on a large variety of science and technology intelligence
topics integrating subject matter expert analysis into comprehensive
integrated products while working with multiple subordinate, peer, and higher
echelon commands and agencies. Developed, composed, coordinated and
implemented multiple policy memorandum for various working agreements across
multiple disparate organizations including the Army Material Command,
Assistant Secretary of the Army for Acquisition, Logistics, and Technology,
Army Intelligence Command, Defense Intelligence Agency, National Ground
Intelligence Agency, National Security Agency and subordinate commands.
Planned, initiated, implemented, managed and directed several new Science
Technology oriented intelligence programs that routinely disseminated
multiple S&T intelligence products throughout the organization in order
to ensure our scientists and engineers are well equipped to make decisions
based on the most current intelligence related to their programmatic
work. Conducted research on and for emerging threats and capabilities
intelligence products over multiple intelligence databases to brief executive
level leaders on hot topic science and technology intelligence threats and
events. Represent the Research Development and Engineering Command G2
as the cyber warfare SME in all activities related to cyber warfare
capabilities, working groups, policy, and cross-organizational/agency
interactions.
Army Test & Evaluation Command, APG, Maryland:
Apr. 07-Jan. 11; Supervisory
Physical Scientist, Branch Chief, GS13:
Supervised &
directed over a dozen government civilian engineers while directing an
additional fifty support contractors over three state of the art facilities
covering forty acres of range as the Homeland Defense Branch Chief in the
Survivability & Lethality Directorate. Provided expertise
& guidance to subordinate engineers in their planning, execution &
reporting of innovative technology developments and the test & evaluation
of these programs in the areas of energetic & kinetic materials &
post explosive event products as well as software interoperability,
compatibility, and Information Assurance. Execute the full range of
human resources, assigning work to subordinate engineers based on priorities,
difficulty, schedules & their expertise. Balance costs, resources,
work force, facilities, & equipment to meet a variety of wartime mission
support needs for the Department of the Army, Department of the Navy,
Homeland Security, & multiple non-government entities. Mentor
engineers in mathematical & practical calculations & simulations
& data modeling to accurately & efficiently report customer
results. Chair Army System Teams coordinating many people from several
agencies/organizations: National Security Agency, Joint Improvised Explosive
Device Defeat Organization, Army Research Laboratory, & Air Force
Research Laboratory through test execution & evaluation to test new
systems quickly & effectively to determine their capabilities.
Massachusetts Institute of Technology Lincoln LabORATORY, Lockheed
Martin co., INTELLIGENCE, tEST, & EVALUATION GROUP, Lexington, Massachusetts:
Aug. 02-Apr 07; Senior
Research Engineer:
Mission lead for
coordinating analyst & technical efforts in meeting product
requirements. Managed the reduction & analysis of advanced
radar/sensor data at the Ronald Reagan Ballistic Missile Defense
Test Site located on the Kwajalein Atoll. Obtained Data on
both operational & developmental missile systems in support
of a variety of sponsors/tests, including the Missile Defense
Agency. Worked with, developed, and programmed a wide variety of state
of the art software on high performance computers to simulate geospatial
kinetic and explosive events. Scripted and programmed software for data
modeling and reduction efforts over multiple sources including satellite
collection as well as ground based state of the art sensor collections for
event analysis. High profile missions require quick-look analysis using
state-of-the-art analysis tools within hours. Conducted long-term
analysis for the defense community in publications of mission summaries &
final reports.
Raytheon Co., Electronic Systems, Weapon Systems Design
Laboratory, Bedford, Massachusetts:
Jun. 00-Apr. 02; Systems
Engineer II:
Designed systems using
Matlab, FORTRAN, & C++ on several different weapon, radar, & sensor system
simulations to analyze their performance characteristics & behavior under
different hardware simulation builds to insure their interoperability and
functionality. Installed, implemented, analyzed, & debugged
different software builds for data reduction & analysis. Developed
& documented the process of a Comprehensive Test Plan for a live fire
missile test. Assisted in data reduction, simulation & analysis on
live & simulated kinetic and explosive weapons missions in order to help
validate & evaluate hardware & software performance under mission
conditions at the Patriot Test Facility, Guidance Test Simulation Facility,
& White Sands Missile Range. Assisted in weapon & radar system
design considerations, requirements, & algorithm development.
FAAC INC.,
Ann Arbor, Michigan:
Mar. 99-May 00; Staff
Engineer: Systems Engineer
Analyzed & designed
programs using/translating C, C++, Ada, & FORTRAN in the UNIX &
Windows NT environments to develop weapon applications for the Tactical
Aircrew Combat Training System/Air Combat Training System (TACTS/ACTS) &
Air-to-Air Range Infrastructure (AARI) programs. Was primary author of
a standard test document for the software development & test
validation/analysis of the AIM-9X missile simulation performance. Wrote
two Small Business Innovative Research (SBIR) proposals to the Department of
Defense (DOD).
ACADEMIC Experience
University of Texas at
Austin, Department of Chemistry
& Biochemistry:
May 97-Jan. 98; Research
Assistant: Theoretical Chemical Physics
Developed FORTRAN code
to model a chemical physics theory toward a better understanding of the
quantum dynamic behavior of HFCO dissociation. Used FORTRAN & MPI
(Message Passing Interface) to run simulations on a CRAY T3E super computer.
Aug. 96-May 97; Teaching
Assistant
Responsible for
teaching, grading, & proctoring of a Physical Chemistry lab.
Assisted in reorganizing the course content, creating new experiments,
repairing scientific instruments, chemical preparations, & HAZMAT
disposal.
State University of New York at Stony Brook, Chemistry Department:
May 95-Aug. 96; Research
Assistant Experimental Polymer Physics
Used synchrotron X-rays
from the National Synchrotron Light Source (NSLS) at Brookhaven National Labs
(BNL) to do small angle X-ray scattering (SAXS) & wide angle X-ray
diffraction (WAXD). Studied block copolymers in many phases &
states by use of several different collimation methods (pinhole, Kratky,
etc.) as well as methods of detection (CCD, imaging plate, photodiode array,
etc.). Analyzed, interpreted, & processed digital information from
the detector images. Designed & built a computer controlled high
pressure apparatus for use in studying block copolymers by SAXS & laser
light scattering (LLS) in supercritical fluids for use at BNL.
Aug. 94-May 95; Teaching
Assistant
Responsible for
teaching, grading, & proctoring of Physical Chemistry & Honors
General Chemistry.
Summer 94; Research
Assistant Theoretical Chemical Physics
Developed software to
optimize a FORTRAN program on an IBM 6000 to study the structures &
quantum energy levels for the Rydberg region of a H2+ system at different separations & angular
momenta by use of Fourier grid methods.
University of Missouri at Columbia, Physics & Chemistry Departments:
Spring 94; Research
Assistant to Dr. Brian DeFacio, Physics Dept., Theoretical Optical
Physics
Wrote FORTRAN code to
simulate fluid dynamics of water molecules in order to examine optical
absorption phenomena.
Summer 93; Research
Assistant to Dr. John Adams, Chemistry Dept., Theoretical Chemical
Physics
Wrote FORTRAN programs
on an IBM 6000 in order to model the theoretical fluid & molecular
dynamics of several physical systems to rationalize several experimentally
observed properties.
Summer 92; Research
Assistant to Dr. Samuel A. Werner, Physics Dept., Solid State
Physics
Technical Assistant
working on the Neutron Beam at the University of Missouri Nuclear Reactor,
helped to build a neutron collimator.
COMPUTER Skills
Programming
Languages: C, C++, Java, Ada,
FORTRAN, Pascal, HTML, Message Passing Interface.
Operating
Environments: Windows,
Macintosh, UNIX.
Applications: Matlab, Mathematica, Maple, AutoCAD, PowerPoint, MS
Visual C++, Excel, Access.
Other: Embedded Systems, Weapon Systems & Simulations,
Radar Systems & Simulations.
Awards:Bronze Star Medal (2nd Award), Army
Commendation Medal, Army Achievement Medal, Army Reserve
Component Achievement Medal (2nd Award), National Defense Service Ribbon (2nd Award), Iraq
Campaign Medal (3rd Award), Global War on Terrorism Service Medal,
Armed Forces Reserve Medal (2nd Award), Army Service Ribbon, Overseas Service
Ribbon (2nd Award), Army Reserve Components Overseas Service
Ribbon, Missouri Commendation Ribbon, Missouri Long Service Ribbon, Missouri
Basic Training Ribbon, Army Superior Unit Award, Achievement Medal for
Civilian Service.
MILITARY EXPERIENCE
July.
13- Present; Major, Plans and Policy Officer, United States
Cyber Command, Meade, MD
Aug. 11- July 13; Major, Plans Officer,
352nd Civil Affairs CMD, B Co, USAR, Ft. Meade, MD
Aug. 09-Aug. 11; Captain, Electrical
Engineer, 673rd Facilities Engineer Det., USAR, Ft. Meade, MD
OPERATION IRAQI
FREEDOM, 312th
Tactical Psychological Company, 1170th
TPD, Baghdad, Iraq:
Oct 07-Aug. 09; Captain,
Commanding Officer: Psychological Operations Officer
Commands & manages
an Airborne Tactical Psychological Detachment (TPD), consisting of a
detachment headquarters & Six Tactical Psychological Teams (TPT).
Developed & deployed TPT’s to assigned operational areas for OIF in
support of an Army Brigade on the conventional battlefield, & contingency
operations in support of Special Operational Forces (SOF). Conducts
staff integration, coordination, & mission analysis in support of the
assigned BDE. Develops PSYOP Annex to the supported unit commanders’
plan. Prepares & directs the TPD’s mobilization to include home
station activities, movement to & through the MOB station, & the
subsequent deployment to a theater of war. Managed discipline, moral,
logistical, & administrative matters of the TPD the maintenance of
equipment worth in excess of $4,300,000. Ensures the technical &
tactical proficiency of all TPD personnel.
Jul.
06-Oct. 07; Captain, Operations Officer, 10th
Psychological Operations BN, USAR;
St. Louis, MO
OPERATION IRAQI
FREEDOM, 301st
Tactical Psychological Company (Airborne), 1420th
TPD, Baghdad, Iraq:
Mar 05-Jun. 06; Captain,
Commanding Officer: Psychological Operations Officer
Commands & manages
an Airborne Tactical Psychological Detachment (TPD), consisting of a
detachment headquarters & three Tactical Psychological Teams (TPT).
Developed & deployed TPT’s to assigned operational areas for OIF in
support of an Army Brigade on the conventional battlefield, & contingency
operations in support of Special Operational Forces (SOF). Conducts
staff integration, coordination, & mission analysis in support of the
assigned BDE. Develops PSYOP Annex to the supported unit commanders’
plan. Prepares & directs the TPD’s mobilization to include home
station activities, movement to & through the MOB station, & the
subsequent deployment to a theater of war. Managed discipline, moral,
logistical, & administrative matters of the TPD & maintenance of
equipment worth in excess of $600,000. Ensures the technical &
tactical proficiency of all TPD personnel.
Jun.
04-Feb. 05; First Lieutenant, Operations Officer, 10th
Psychological Operations BN, USAR;
St. Louis, MO
Operation noble eagle, 101st ENBN, B Co (FWD), SBCCOM, Natick, Massachusetts:
May. 03-Jun. 04; First
Lieutenant, Executive Officer: Combat Engineer Officer
Feb.
01-May. 03; First Lieutenant, Platoon Leader, 101st
Engineer BN, B Co, MA Army National Guard; Chelsea, MA
Aug.
99-Feb. 01; First Lieutenant, Platoon Leader, 612th
Engineer BN, C Co, OH Army National Guard; Norwalk, OH
Operation new horizons, Task force bravo, 135th Engineer GP, Soto Cano AFB, Honduras:
Dec. 98-Jan. 99; Second
Lieutenant, Group Telecommunications Engineer: Combat Engineer
Officer
Dec.
97-Aug. 99; Platoon Leader, 1140th
Engineer BN, A Co, MO Army National Guard; Farmington, MO
Jun.
98-Oct. 98; U.S. Army School of Engineering, Ft. Leonard Wood, Missouri:
Engineer Officer Basic Course
Feb.
88-Oct. 97; MO Army National Guard; Missouri: Various Units, Enlisted
Combat Engineer/E5/ROTC
Military Education: Completed:
Basic
Training 1988
Advanced
Initial Training 1989
Engineer
School Officers Basic Course 1998
Engineer School Officers Advanced Course Phase 1 2004
Psychological
Operations Officers Course (Honor Graduate)2005
Engineer
Captains Career Course 2011
Command
& General Staff College, Intermediate Level Education2013